Bus Interface Modules

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Bus Interface Modules

PMC Spacewire: (from Dynamic Engineering)
PMC Compatible SpaceWire Interface
Utilize SpaceWire to communicate with the European Space Agency and NASA equipment utilizing the ECSS-E-50-12A specification. SpaceWire is configured using routers to create a hierarchical point-to-point system with high speed parallel paths.
The PMC SpaceWire is easy to use. Point and shoot - just fill the FIFO and set the start bit to get your custom protocol transmitting. Built in loop-back capabilities and engineering kits help with integration into your system. Windows driver available. Utilize SpaceWire to communicate with the European Space Agency and NASA equipment utilizing the ECSS-E-50-12A specification. SpaceWire is configured using routers to create a hierarchical point-to-point system with high-speed parallel paths.

PMC-BiSerial-S311: (from Dynamic Engineering)
Provide an interface to radar systems using the S-311 protocol [data transfer between sub-systems within the radars]. 16K TX and RX FIFO, programmable clock rate, interrupt or polled operation. Driver available. http://www.dyneng.com/pmcbis_s311.html

PMC-Wizard: (from Dynamic Engineering)
The PMC-Wizard is intended for use in ultra high-speed bidirectional point-to-point data transmission systems. The primary application is to provide very high-speed I/O data channels for point-to-point baseband data transmission over controlled impedance media of approximately 50 Ω. The maximum rate and distance of data transfer is dependent upon the attenuation characteristics of the media, and the noise coupling to the environment. The PMC-Wizard can also be used to replace parallel data transmission architectures by providing a reduction in the number of traces, connector terminals, and transmit / receive terminals. Parallel data loaded into the transmitter is delivered to the receiver over a serial channel, which can be a coaxial copper cable, or an optical link. Data is then reconstructed into its original parallel format. Significant power and cost savings are realized when compared with parallel solutions. Scalability for higher data rates in the future is another positive for the Wizard approach.

4521 -- CardBus / PCMCIA Adapter PMC: (from Technobox, Inc.)
Permits use of single Cardbus or PCMCIA card in a PMC slot. Built around Texas Instruments 1520 Cardbus-to-PCI bus interface chip, assuring a high degree of compatibility with off-the-shelf socket and card services software. Optional assemblies available populated with Cardbus card (audio, 802.11g WiFi , USB 2.0, and IEEE 1394a).

4662 -- CardBus / PCMCIA Adapter with Audio Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with audio CardBus card.

4663 -- CardBus / PCMCIA Adapter with 802.11g Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with 802.11g WiFi CardBus card.

4664 -- CardBus / PCMCIA Adapter with USB 2.0 Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.

4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: PMC Compatible SpaceWire Interface
Utilize SpaceWire to communicate with the European Space Agency and NASA equipment utilizing the ECSS-E-50-12A specification. SpaceWire is configured using routers to create a hierarchical point-to-point system with high speed parallel paths.
The PMC SpaceWire is easy to use. Point and shoot - just fill the FIFO and set the start bit to get your custom protocol transmitting. Built in loop-back capabilities and engineering kits help with integration into your system. Windows driver available. Utilize SpaceWire to communicate with the European Space Agency and NASA equipment utilizing the ECSS-E-50-12A specification. SpaceWire is configured using routers to create a hierarchical point-to-point system with high-speed parallel paths.
PMC-BiSerial-S311: (from Dynamic Engineering)
Provide an interface to radar systems using the S-311 protocol [data transfer between sub-systems within the radars]. 16K TX and RX FIFO, programmable clock rate, interrupt or polled operation. Driver available. http://www.dyneng.com/pmcbis_s311.html

PMC-Wizard: (from Dynamic Engineering)
The PMC-Wizard is intended for use in ultra high-speed bidirectional point-to-point data transmission systems. The primary application is to provide very high-speed I/O data channels for point-to-point baseband data transmission over controlled impedance media of approximately 50 Ω. The maximum rate and distance of data transfer is dependent upon the attenuation characteristics of the media, and the noise coupling to the environment. The PMC-Wizard can also be used to replace parallel data transmission architectures by providing a reduction in the number of traces, connector terminals, and transmit / receive terminals. Parallel data loaded into the transmitter is delivered to the receiver over a serial channel, which can be a coaxial copper cable, or an optical link. Data is then reconstructed into its original parallel format. Significant power and cost savings are realized when compared with parallel solutions. Scalability for higher data rates in the future is another positive for the Wizard approach.

4521 -- CardBus / PCMCIA Adapter PMC: (from Technobox, Inc.)
Permits use of single Cardbus or PCMCIA card in a PMC slot. Built around Texas Instruments 1520 Cardbus-to-PCI bus interface chip, assuring a high degree of compatibility with off-the-shelf socket and card services software. Optional assemblies available populated with Cardbus card (audio, 802.11g WiFi , USB 2.0, and IEEE 1394a).

4662 -- CardBus / PCMCIA Adapter with Audio Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with audio CardBus card.

4663 -- CardBus / PCMCIA Adapter with 802.11g Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with 802.11g WiFi CardBus card.

4664 -- CardBus / PCMCIA Adapter with USB 2.0 Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.

4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Provide an interface to radar systems using the S-311 protocol [data transfer between sub-systems within the radars]. 16K TX and RX FIFO, programmable clock rate, interrupt or polled operation. Driver available. http://www.dyneng.com/pmcbis_s311.html
PMC-Wizard: (from Dynamic Engineering)
The PMC-Wizard is intended for use in ultra high-speed bidirectional point-to-point data transmission systems. The primary application is to provide very high-speed I/O data channels for point-to-point baseband data transmission over controlled impedance media of approximately 50 Ω. The maximum rate and distance of data transfer is dependent upon the attenuation characteristics of the media, and the noise coupling to the environment. The PMC-Wizard can also be used to replace parallel data transmission architectures by providing a reduction in the number of traces, connector terminals, and transmit / receive terminals. Parallel data loaded into the transmitter is delivered to the receiver over a serial channel, which can be a coaxial copper cable, or an optical link. Data is then reconstructed into its original parallel format. Significant power and cost savings are realized when compared with parallel solutions. Scalability for higher data rates in the future is another positive for the Wizard approach.

4521 -- CardBus / PCMCIA Adapter PMC: (from Technobox, Inc.)
Permits use of single Cardbus or PCMCIA card in a PMC slot. Built around Texas Instruments 1520 Cardbus-to-PCI bus interface chip, assuring a high degree of compatibility with off-the-shelf socket and card services software. Optional assemblies available populated with Cardbus card (audio, 802.11g WiFi , USB 2.0, and IEEE 1394a).

4662 -- CardBus / PCMCIA Adapter with Audio Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with audio CardBus card.

4663 -- CardBus / PCMCIA Adapter with 802.11g Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with 802.11g WiFi CardBus card.

4664 -- CardBus / PCMCIA Adapter with USB 2.0 Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.

4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: The PMC-Wizard is intended for use in ultra high-speed bidirectional point-to-point data transmission systems. The primary application is to provide very high-speed I/O data channels for point-to-point baseband data transmission over controlled impedance media of approximately 50 Ω. The maximum rate and distance of data transfer is dependent upon the attenuation characteristics of the media, and the noise coupling to the environment. The PMC-Wizard can also be used to replace parallel data transmission architectures by providing a reduction in the number of traces, connector terminals, and transmit / receive terminals. Parallel data loaded into the transmitter is delivered to the receiver over a serial channel, which can be a coaxial copper cable, or an optical link. Data is then reconstructed into its original parallel format. Significant power and cost savings are realized when compared with parallel solutions. Scalability for higher data rates in the future is another positive for the Wizard approach.
4521 -- CardBus / PCMCIA Adapter PMC: (from Technobox, Inc.)
Permits use of single Cardbus or PCMCIA card in a PMC slot. Built around Texas Instruments 1520 Cardbus-to-PCI bus interface chip, assuring a high degree of compatibility with off-the-shelf socket and card services software. Optional assemblies available populated with Cardbus card (audio, 802.11g WiFi , USB 2.0, and IEEE 1394a).

4662 -- CardBus / PCMCIA Adapter with Audio Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with audio CardBus card.

4663 -- CardBus / PCMCIA Adapter with 802.11g Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with 802.11g WiFi CardBus card.

4664 -- CardBus / PCMCIA Adapter with USB 2.0 Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.

4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Permits use of single Cardbus or PCMCIA card in a PMC slot. Built around Texas Instruments 1520 Cardbus-to-PCI bus interface chip, assuring a high degree of compatibility with off-the-shelf socket and card services software. Optional assemblies available populated with Cardbus card (audio, 802.11g WiFi , USB 2.0, and IEEE 1394a).
4662 -- CardBus / PCMCIA Adapter with Audio Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with audio CardBus card.

4663 -- CardBus / PCMCIA Adapter with 802.11g Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with 802.11g WiFi CardBus card.

4664 -- CardBus / PCMCIA Adapter with USB 2.0 Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.

4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with audio CardBus card.
4663 -- CardBus / PCMCIA Adapter with 802.11g Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with 802.11g WiFi CardBus card.

4664 -- CardBus / PCMCIA Adapter with USB 2.0 Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.

4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with 802.11g WiFi CardBus card.
4664 -- CardBus / PCMCIA Adapter with USB 2.0 Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.

4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with Dual USB 2.0 CardBus card.
4665 -- CardBus / PCMCIA PMC with IEEE 1394a Card: (from Technobox, Inc.)
Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.

CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Technobox CardBus / PCMCIA PMC (P/N 4521) bundled with IEEE 1394a CardBus card.
CEI-820: (from Condor Engineering)
CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.

CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: CEI-820 provides complete, integrated databus functionality for ARINC 429 and related avionics protocols. Up to 8 Rx and 8 Tx ARINC 429 channels; ARINC 717/573 or ARINC 561 6-wire are available. Up to 16 bi-directional avionics-level discretes are available. The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, label filtering, multiple buffering options, time-tagging and error detection. Programmable receive level thresholds are standard. Conductively cooled configurations with extended operating temperatures are optional.
CEI-820TX: (from Condor Engineering)
The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.

PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: The CEI-820TX offers 32 Tx and 1 Rx ARINC 429 channels. Designed for applications where a large number of independent ARINC 429 transmit channels are required, the CEI-820TX PMC Module can be mounted on a wide range of intelligent or non-intelligent PCI, CompactPCI, VME or VXI platforms.The CEI-820 supports maximum data throughput on all channels while providing on-board message scheduling, automatic slew rate adjustment, along with programmable data rates and parity. Advanced, high-level software API included for Windows XP, 2000, Me, NT, 98, 95, Linux, LabWindows/CVI, VxWorks and Visual Basic on supported carriers.
PMC-ECAN: (from SBS Technologies)
PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.

PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: PMC Module with one or two CAN 2.0 interfaces. CAN High-speed and modified RS-485. Opto-isolated.
PMC230: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II, Front Panel Access

PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: PCMCIA HBA, 1 Type I/II, Front Panel Access
PMC230A: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II/III, Recessed

PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: PCMCIA HBA, 1 Type I/II/III, Recessed
PMC232EX: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Remote Unit

PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: PCMCIA HBA, 1 Type I/II Remote Unit
PMC232FP: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Front Panel Access

PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: PCMCIA HBA, 1 Type I/II Front Panel Access
PMC232RG: (from GE Fanuc)
PCMCIA HBA, 1 Type I/II Recessed

QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: PCMCIA HBA, 1 Type I/II Recessed
QPMC-1553-M: (from Condor Engineering)
The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: The QPMC-1553 offers 1, 2 or 4 multi-function 1553 interfaces that can operate simultaneously as a BC, up to 31 RTs and as a BM.Front panel or rear (P14) I/O available.IRIG/GPS synchronization capability.48-bit, microsecond time-tagging. Complete message programmability. Flexible message status/interrupt generation. I/O triggering and error injection/detection. Built-in-test. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.
QPMC-1553-S: (from Condor Engineering)
Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.

TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Single-function MIL-STD-1553A/B on the PMC bus. Interfaces function as either a Bus Controller or 31 Remote Terminals or Bus Monitor. Standard features include IRIG/GPS synchronization capability, real-time bus playback (with ability to edit out RTs), aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. The Bus Monitor mode provides 100% bus monitoring of a fully loaded 1553 bus. 1 MB RAM per channel. Transition cabling to 1553 cable jacks. Conductive cooling optional.
TPMC310-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Conduction Cooled PMC with isolated 2 x CAN Bus; Two independent CAN Bus Controller based on Philips SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C
TPMC316-10: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller based on Intel 82527 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated CAN-HIGH-SPEED (ISO11898); Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C
TPMC316-11: (from TEWS TECHNOLGIES GmbH)
Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C

TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Conduction Cooled PMC with isolated 2 x CAN Bus, Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated modified RS485; Channels Isolated against each other; P14 I/O; Operating temperature -40�C to +85�C
TPMC810-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Two independent CAN Bus Controller based on SJA1000 supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898); Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C
TPMC812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optical transmitter, receiver and DB15 mounted in front panel; Operating temperature -40�C to +85�C
TPMC812-11: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C

TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: SERCOS-Bus Interface using the SERCON410 controller chip; RS485 interface and fiber optic interface; Two encoder inputs for hand wheel support; Optically isolated encoder inputs; DB15 mounted in front panel; Operating temperature -40�C to +85�C
TPMC813-10: (from TEWS TECHNOLGIES GmbH)
LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: LON-BUS RS485 Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C
TPMC813-20: (from TEWS TECHNOLGIES GmbH)
LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: LON-BUS 1.25 Mbit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 1.25 MBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C
TPMC813-21: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: LON-BUS 78 kBit Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit transformer coupled interface; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C
TPMC813-30: (from TEWS TECHNOLGIES GmbH)
LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C

TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: LON-BUS 78 kBit FTT-10A Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; 78 kBit Free Topology Twisted Pair Interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR licence; Operating temperature -40�C to +85�C
TPMC815-11: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C

TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: ARCNET Traditional Interface, COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC and DB9 mounted in front panel; Operating temperature 0�C to +70�C
TPMC815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C

TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: ARCNET RS485 Interface, COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 mounted in front panel; Operating temperature -40�C to +85�C
TPMC816-10: (from TEWS TECHNOLGIES GmbH)
Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Two independent CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; Isolated against each other; DB-9 pol for each channel in front panel and P14 I/O; Operating temperature -40�C to +85�C
TPMC816-11: (from TEWS TECHNOLGIES GmbH)
One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C

TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: One CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED (ISO11898) or modified RS485; DB9 in front panel and P14 I/O; Operating temperature -40�C to +85�C
TPMC821-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C

TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: INTERBUS Master G4 (Generation 4), Local 68332 running the original Generation 4 INTERBUS firmware of PHOENIX; Supports up to 512 I/O modules with up to 4096 I/O points and up to 62 PCP devices; Operating temperature 0�C to +70�C
TPMC901-10: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Extended CAN Bus with six CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C
TPMC901-11: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C

TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Extended CAN Bus with four CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C
TPMC901-12: (from TEWS TECHNOLGIES GmbH)
Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C: Extended CAN Bus with two CAN Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED (ISO11898); DB 25 pol mounted in front panel; Operating temperature 0�C to +70�C