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Multi-Function
- PMC Serial/4U synch & asynch protocals: (from Dynamic Engineering)
- The PMC-4U features the Exar 854 quad UART and Zilog 85X30 Serial Communications Controller. The PMC-4U utilizes a Xilinx FPGA to provide a 33/32 PCI interface and control for the UART and SCC. The IO from the Quad UART and Serial Communications Controller are routed through the FPGA to provide a multiplexer capability with the IO options onboard. The PMC-4U supports RS232, RS485, RS423 and RS188. The PMC-4U has options for the UART and SCC reference frequencies, and the capability of adding a reference oscillator to the Xilinx for custom state machine requirements. Perfect for your embedded control applications! A high-density 68 pin SCSI III front panel connector and backplane IO provide system wiring options.
- PMC-4U: (from Dynamic Engineering)
- The PMC-4U features the Exar 854 quad UART and Zilog 85X30 Serial Communications Controller. The PMC-4U utilizes a Xilinx FPGA
to provide a 33/32 PCI interface and control for the UART and SCC. The IO from the Quad UART and Serial Communications Controller
are routed through the FPGA to provide a multiplexer capability with the IO options onboard. The PMC-4U supports RS232, RS485,
RS423 and RS188. The PMC-4U has options for the UART and SCC reference frequencies, and the capability of adding a reference
oscillator to the Xilinx for custom state machine requirements. Perfect for your embedded control applications! A high-density 68 pin
SCSI III front panel connector and backplane IO provide system wiring options.
- 2628 -- Multifunction RS422/RS485 Digital I/O: (from Technobox, Inc.)
- The 2628 Multifunction RS422/RS485/Digital I/O board provides the following functions:
One 16550 based UART with RS422 interface. One 16550 based UART with RS485 interface. 16 bit-oriented Digital I/O as driven by Z8536. Temperature Sensor.
The two 16550 UARTs on the board provide asynchronous communication at bit rates to 115Kbaud. The 16550's are mapped into host processor space so that standard drivers can be used with the board. Each UART interface provides TXD, RXD, CTS, and RTS control signals. In one case, an RS422 interface with 150 ohm termination is implemented. In the other case, RS485 (multi-drop RS422) is used, with the RTS controlling data direction.
The board also provides a total of 16 general purpose digital I/O lines as driven by one Zilog 8536 Counter/Timer/Parallel I/O chip. Four Z8536 Counter/Timer channels are available on these pins, each providing count input, count output, gate and trigger functions. The digital I/O may be used as bit-oriented inputs or outputs.
Connection to the board is accomplished via a 50-pin SCSI style connector out the front panel. These signals are also routed to the rear I/O connector (PN4) on the PMC, which may be routed out the backplane of a cPCI or VMEbus system for host processors that provide rear I/O connectivity. Ground and a fuse protected +5V power is provided at the connectors for powering user interfaces. These power lines are alternated with the digital I/O signals in order to reduce cable crosstalk. The PCI bus interface uses a slave-only PLX 9050 part, and the 16550 UARTS and Z8635's are mapped into host processor I/O space via the PCI configuration BAR registers. A final feature of the board is a temperature sensor for measuring, in 0.5 degree C increments, temperature in the proximity of the PMC module.
- GPIO 8405: (from Creative Electronic Systems)
- General purpose I/O PMC with user programmable front-end 10K50 / 10K100 FPGA to implement easilly custom protocols and functions
- MFCC 8441: (from Creative Electronic Systems)
- Multi Function Computing Core, intelligent PMC kernel (PPC603, PPC740 @ 366 MHz) with one user-programmable FPGA front-end (50kGates or 100kGates), 16 / 64 MBytes SDRAM, 2 MBytes Flash EPROM, software facilities and PCI bridge functionnality (DMA)
- MFCC 8443: (from Creative Electronic Systems)
- Multi Function Computing Core, intelligent PMC kernel (PPC740 @ 366 MHz) with one user-programmable FPGA front-end (100kGates), 16 / 64 MBytes SDRAM, 8 MBytes Flash EPROM, software facilities and PCI bridge functionnality (DMA) - PCI 64-bit
- NPMC-860-CPU: (from N.A.T. GmbH)
- The NPMC-860-CPU is an intelligent PMC module on the basis of the Motorola MPC860, providing extra processor resources in PMC based systems. The RISC based communication processor provides flexible I/O such as Ethernet, HDLC, UART and many more. Access to 1x 10BaseT, 2x RS232 and 1x Centronics is available at the front panel..
- NPMC-EXT64: (from N.A.T. GmbH)
- The NPMC-EXT64 is a passive 64Bit PMC extender, providing a versatile means for development in a PMC environment. The NPMC-EXT64 allows access to all signals of the PMC bus, including the I/O signals, especially for access by a logic analyzer or a digital oszilloscope.
- PMC-16AO2MF: (from General Standards Corporation)
- 16-bit Analog Multifrequency Analog Output (2 Channels):
The PMC-16AO2MF D/A board provides 400KHz-per-channel precision high speed 16-bit analog outputs, and supports arbitrary waveform generation. Two analog output channels are updated independently from an internal buffer, either at software-determined rates, or by an externally supplied clock. Flexible operating modes include continuous, periodic and triggered burst functions, as well as the seamless, dynamic concatenation of waveforms in real-time. Output ranges are supplied as ±10V, ±5V or ±2.5V. Internal auto calibration networks permit periodic calibration to be performed without removing the board or host from the system. This feature produces the optimum calibration situation, in which the board is calibrated in its actual operating environment. A VxWorks© driver can be provided.
- PMC-8260: (from SBS Technologies)
- Intelligent Quad E1/T1 PMC Module based on the MPC8260 processor. Four E1 or T1 connections on front panel using RJ-45. 16MB DRAM. 4MB Flash. SCBus via rear-panel (P4). Serial port for status monitoring. VxWorks BSP and development kit available.
- PMC-UL-GPIO: (from SBS Technologies)
- 8 channels of 100 kHz 12-bit A/D, 8 channels of 100 kHz 12-bit DAC, and 16 TTL digital I/O lines. Front I/O support.
- TPMC851-10: (from TEWS TECHNOLGIES GmbH)
- Multifunction I/O PMC Module with 16 bit AD, 16 bit DA, TTL I/O, Counter; 32 single ended or 16 differential channels of 16 bit A/D conversion, 8 channels of 16 bit D/A conversion, 16 digital I/O lines and a 32 bit multipurpose counter. Manuell mode, sequencer mode or external trigger for ADC/DAC. +/- 10V inputs/outputs; PGA with gain 1, 2, 4, 8 in ADC path; Factory calibrated gain and offset; 16 digital ESD protected TTL I/O; 32 bit multipurpose counter with several count and control modes; HD68 SCSI-3 type connector in front panel; Operating temperature -40°C to +85°C
- TPMC851-10: (from TEWS TECHNOLGIES GmbH)
- 16 bit ADC, 16 bit DAC, TTL I/O, Counter; 32 single ended or 16 differential channels of 16 bit A/D conversion, 8 channels of 16 bit D/A conversion, 16 digital I/O lines and a 32 bit multipurpose counter. Manuell mode, sequencer mode or external trigger for ADC/DAC. +/- 10V inputs/outputs; PGA with gain 1, 2, 4, 8 in ADC path; Factory calibrated gain and offset; 16 digital ESD protected TTL I/O; 32 bit multi purpose counter with several count and control modes; HD68 SCSI-3 type connector in front panel; Operating temperature -40°C to +85°C
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