PMC Analog I/O Modules

Acromag, Inc. Tel: (248) 295-0310

Function Description

16-Bit D/A 8 channels; ±5V, ±10V, 0-10V DC output ranges; 10µS settling time (100KHz max throughput), -40° to 85°C option. Model No. PMC230

16-Bit A/D 16D/32SE channels; ±5V, ±10V, 0-10V DC input ranges; 125KHz max throughput (8µS/conversion), -40° to 85°C option. Model No. PMC330

14-Bit A/D
Simultaneous
Sample & Hold 16 differential channels; ±10V DC input range; 8µS for 8 Simultaneous conversions (1MHz max throughput); Two 512-sample memory buffers, -40° to 85°C option. Model No. PMC341

A/D-D/A
DIO Multifunction I/O module; 16-bit D/A on 8 analog output channels; 16 TTL bidirectional digital I/O channels; 32-bit counter/timer, -40° to 85°C option. Model No. PMC730

Reconfigurable
FPGA with
A/D & D/A Four 14-bit 20MHz A/D and two 16-bit 900KHz D/A with customizable FPGA with up to 3 million system gates, -40 to 85°C option. Model No. PMC-AXx020

Reconfigurable
FPGA with
A/D & D/A Four 14-bit 64MHz A/D and two 16-bit 900KHz D/A with customizable FPGA with up to 32,256 logic cells. Model No. PMC-AXx065

Function	Description
16-Bit D/A	8 channels; ±5V, ±10V, 0-10V DC output ranges; 10µS settling time (100KHz max throughput), -40° to 85°C option. Model No. PMC230
16-Bit A/D	16D/32SE channels; ±5V, ±10V, 0-10V DC input ranges; 125KHz max throughput (8µS/conversion), -40° to 85°C option. Model No. PMC330
14-Bit A/D Simultaneous Sample & Hold	16 differential channels; ±10V DC input range; 8µS for 8 Simultaneous conversions (1MHz max throughput); Two 512-sample memory buffers, -40° to 85°C option. Model No. PMC341
A/D-D/A DIO	Multifunction I/O module; 16-bit D/A on 8 analog output channels; 16 TTL bidirectional digital I/O channels; 32-bit counter/timer, -40° to 85°C option. Model No. PMC730
Reconfigurable FPGA with A/D & D/A	Four 14-bit 20MHz A/D and two 16-bit 900KHz D/A with customizable FPGA with up to 3 million system gates, -40 to 85°C option. Model No. PMC-AXx020
Reconfigurable FPGA with A/D & D/A	Four 14-bit 64MHz A/D and two 16-bit 900KHz D/A with customizable FPGA with up to 32,256 logic cells. Model No. PMC-AXx065

Alphi Technology Tel: (480) 838-2428

Function Description

16bit D/A 8 channel, 16 bit D/A, Wave Form RAM, front I/O. Model No. PMC-DA8

Intelligent
8 Channel
16-bit
A/D Converter 200 KSPS A/D per channel,16 bit resolution, differential input. DSP processor for preprocessing, bus master capabilities, 512Kbytes 0 wait state state SRAM, high speed DMA, internal/external scan clock, triggers, software programmable gain, optional external power source inputs, front panel I/O, locking connector. Model No. PMC-AD8

Function	Description
16bit D/A	8 channel, 16 bit D/A, Wave Form RAM, front I/O. Model No. PMC-DA8
Intelligent 8 Channel 16-bit A/D Converter	200 KSPS A/D per channel,16 bit resolution, differential input. DSP processor for preprocessing, bus master capabilities, 512Kbytes 0 wait state state SRAM, high speed DMA, internal/external scan clock, triggers, software programmable gain, optional external power source inputs, front panel I/O, locking connector. Model No. PMC-AD8

BittWare, Inc. Tel: (603) 226-0404

Function Description

FPGA and High-Speed A/D Up to: 4 channels of 14-bit, 105 MHz A/D; High-density reconfigurable FPGA for A/D control, data distribution, and pre-processing; 512 MB SDRAM for snapshot acquisitions. Model Nos. BCPM, TRPM

Function	Description
FPGA and High-Speed A/D	Up to: 4 channels of 14-bit, 105 MHz A/D; High-density reconfigurable FPGA for A/D control, data distribution, and pre-processing; 512 MB SDRAM for snapshot acquisitions. Model Nos. BCPM, TRPM

General Standards Tel: (256) 880-8787

Function Description

Analog
Video
Input Includes two video digitizers, FIFOs, and a DMA engine. Each video digitizer provides luminance and chrominance signal processing for NTSC M, NTSC N, NTSC 4.43, NTSC-Japan, PAL BGHI, PAL N, PAL M, and SECAM. Applications include security monitoring, alarm systems; multimedia, digital television, and image processing. Model PMC-VIDEO-AI2

16-Bit A/D 4 channels, simultaneous sampling, 32,000 sample storage in FIFO, up to 200KHz each channel, 4 D/A channels, autocalibration, on-board metal shield eliminates noise from host CPU, 8 bits digital I/O with handshaking. Model No. PMC-ADADIO

16-Bit A/D-D/A
Multifunction 8 input and 8 output channelswith waveform generation capability, metal shield, 8000 sample FIFO, built-in self-test, automatic calibration. Model No. PMC-16AIO88

16-Bit
12 Channel
D/A 16-bit digital I/O port, 400KHz each channel update rate, autocalibration, waveform generation, FIFOs, external trigger. Model No. PMC-16AO12

Sigma-Delta
16-Bit A/D Six analog inputs (2-200KHz per channel), two D/A outputs (200KHz per channel). Each of the six channels has a separate Sigma-Delta converter. FIFOs for analog inputs. On-board metal shield and accomodation for two separate clock rates. Model No. PMC-6SDI

High-Speed
Sigma-Delta
A/D Provides TBD four precision 16-bit Sigma-Delta analog inputs, requires no external antialiasing filters. Sample rates adjustable from 30 KSPS to 1.1M SPS, for a maximum aggregate rate of 4.4 MSPS. Input range is software selectable as ±1.25V, ±2.5V, ±5V or ±10V. Model No. PMC-16HSDI

16-Bit A/D Cost effective 300,000 conversions-per-second 16-bit analog input capability. single-width PMC format. Inputs configurable as 64 single-ended or 32 differential channels, input range software selectable as ±10V, ±5V or ±2.5V. Multiple PMC-16AI64 boards can be connected together for synchronous scanning. Model No. PMC-16AI64

12-Bit A/D Cost effective 1,500,000 conversions-per-second 12-bit analog input capability, single width PMC format. Inputs configurable as 64 single-ended or as 32 differential channels, input range software selectable as ±10V, ±5V or ±2.5V. Internal auto calibration networks permit calibration without removing board from the system. Model No. PMC-12AI64

12-bit A/D 32 input/4 output channels, 32,000 sample FIFOs. Cost effective 300,000 samples/sec per chan. Inputs configurable as 32 single-ended or 16 differential, scanned continuously or in bursts. Input and output ranges can be software selectable as ±10V, ±5, or ±2.5V. A digital I/O port provides 16 bi-directional data lines and 2 auxiliary I/O lines. Model No. PMC-12AIO

16-bit A/D 32 input/4 output channels, 32,000 sample FIFOs. Cost effective 300,000 samples/sec per chan. Inputs configurable as 32 single-ended or 16 differential, scanned continuously or in bursts. Input and output ranges can be software selectable as ±10V, ±5, or ±2.5V. Model No. PMC-16AIO

16-bit A/D 2 output channels, updated independently from an internal buffer or by an externally supplied clock. Supports arbitrary waveform generation. Continuous, periodic, and triggered burst functions. Output ranges are supplied as ±10V, ±5V, or ±2.5V. Model No. PMC-16AO2MF

Optically
Isolated
I/O 1000V isolation, 24 inputs / 8 outputs. Inputs to 50V, outputs to 30V. Change-of-State Interrupts, Pulse counter. Model No. PMC-OPTO32

Function	Description
Analog Video Input	Includes two video digitizers, FIFOs, and a DMA engine. Each video digitizer provides luminance and chrominance signal processing for NTSC M, NTSC N, NTSC 4.43, NTSC-Japan, PAL BGHI, PAL N, PAL M, and SECAM. Applications include security monitoring, alarm systems; multimedia, digital television, and image processing. Model PMC-VIDEO-AI2
16-Bit A/D	4 channels, simultaneous sampling, 32,000 sample storage in FIFO, up to 200KHz each channel, 4 D/A channels, autocalibration, on-board metal shield eliminates noise from host CPU, 8 bits digital I/O with handshaking. Model No. PMC-ADADIO
16-Bit A/D-D/A Multifunction	8 input and 8 output channelswith waveform generation capability, metal shield, 8000 sample FIFO, built-in self-test, automatic calibration. Model No. PMC-16AIO88
16-Bit 12 Channel D/A	16-bit digital I/O port, 400KHz each channel update rate, autocalibration, waveform generation, FIFOs, external trigger. Model No. PMC-16AO12
Sigma-Delta 16-Bit A/D	Six analog inputs (2-200KHz per channel), two D/A outputs (200KHz per channel). Each of the six channels has a separate Sigma-Delta converter. FIFOs for analog inputs. On-board metal shield and accomodation for two separate clock rates. Model No. PMC-6SDI
High-Speed Sigma-Delta A/D	Provides TBD four precision 16-bit Sigma-Delta analog inputs, requires no external antialiasing filters. Sample rates adjustable from 30 KSPS to 1.1M SPS, for a maximum aggregate rate of 4.4 MSPS. Input range is software selectable as ±1.25V, ±2.5V, ±5V or ±10V. Model No. PMC-16HSDI
16-Bit A/D	Cost effective 300,000 conversions-per-second 16-bit analog input capability. single-width PMC format. Inputs configurable as 64 single-ended or 32 differential channels, input range software selectable as ±10V, ±5V or ±2.5V. Multiple PMC-16AI64 boards can be connected together for synchronous scanning. Model No. PMC-16AI64
12-Bit A/D	Cost effective 1,500,000 conversions-per-second 12-bit analog input capability, single width PMC format. Inputs configurable as 64 single-ended or as 32 differential channels, input range software selectable as ±10V, ±5V or ±2.5V. Internal auto calibration networks permit calibration without removing board from the system. Model No. PMC-12AI64
12-bit A/D	32 input/4 output channels, 32,000 sample FIFOs. Cost effective 300,000 samples/sec per chan. Inputs configurable as 32 single-ended or 16 differential, scanned continuously or in bursts. Input and output ranges can be software selectable as ±10V, ±5, or ±2.5V. A digital I/O port provides 16 bi-directional data lines and 2 auxiliary I/O lines. Model No. PMC-12AIO
16-bit A/D	32 input/4 output channels, 32,000 sample FIFOs. Cost effective 300,000 samples/sec per chan. Inputs configurable as 32 single-ended or 16 differential, scanned continuously or in bursts. Input and output ranges can be software selectable as ±10V, ±5, or ±2.5V. Model No. PMC-16AIO
16-bit A/D	2 output channels, updated independently from an internal buffer or by an externally supplied clock. Supports arbitrary waveform generation. Continuous, periodic, and triggered burst functions. Output ranges are supplied as ±10V, ±5V, or ±2.5V. Model No. PMC-16AO2MF
Optically Isolated I/O	1000V isolation, 24 inputs / 8 outputs. Inputs to 50V, outputs to 30V. Change-of-State Interrupts, Pulse counter. Model No. PMC-OPTO32

Pentek, Inc. Tel: (201) 818-5900

Function Description

2-Channel 14-bit A/D Converter Two 80 or 105 MHz, 14-bit A/D converters; includes bypassable 16-channel digital downconverters; user configurable Virtex-II FPGA; front panel clock and sync bus; custom FPGA I/O; optional GateFlow FPGA Design Kit and IP Core Library; ruggedized version available. Model No. 7131

2-Channel
14-bit A/D
and 16-bit
D/A Converter Two 105 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable digital downconverters and upconverters; user-configurable Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7140

2-Channel
14-bit A/D
and 16-bit
D/A Converter Two 105 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable wideband downconverter core implemented in Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7140-421

2-Channel
14-bit A/D
and 16-bit
D/A Converter Two 105 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable 256-channel downconverter core implemented in Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7140-430

4-Channel 14-Bit A/D and 16-bit D/A Converter Four 125 MHz, 14-bit A/D converters and one 500 MHz D/A converter with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable digital upconverter; two user-configurable Virtex-4 FPGAs; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7142

2-Channel 14-bit A/D and 16-bit 2-Channel D/A Two 125 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable downconverter and upconverter; Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7141-703

Function	Description
2-Channel 14-bit A/D Converter	Two 80 or 105 MHz, 14-bit A/D converters; includes bypassable 16-channel digital downconverters; user configurable Virtex-II FPGA; front panel clock and sync bus; custom FPGA I/O; optional GateFlow FPGA Design Kit and IP Core Library; ruggedized version available. Model No. 7131
2-Channel 14-bit A/D and 16-bit D/A Converter	Two 105 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable digital downconverters and upconverters; user-configurable Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7140
2-Channel 14-bit A/D and 16-bit D/A Converter	Two 105 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable wideband downconverter core implemented in Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7140-421
2-Channel 14-bit A/D and 16-bit D/A Converter	Two 105 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable 256-channel downconverter core implemented in Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7140-430
4-Channel 14-Bit A/D and 16-bit D/A Converter	Four 125 MHz, 14-bit A/D converters and one 500 MHz D/A converter with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable digital upconverter; two user-configurable Virtex-4 FPGAs; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7142
2-Channel 14-bit A/D and 16-bit 2-Channel D/A	Two 125 MHz, 14-bit A/D converters and two 500 MHz D/A converters with independent A/D and D/A clocks; VITA 42.0 XMC compatible; bypassable downconverter and upconverter; Virtex-II Pro FPGA; front panel clock and sync bus; ruggedized and conduction-cooled versions. Model No. 7141-703

Radstone Sensor Processing Tel: (613) 749-9241, (800) 267-9794 (USA only)

Function Description

One Channel
14-Bit
ADC/DAC Rugged PMC offers wide bandwidth A/D and D/A conversion at software radio frequencies. 4 Million gate FPGA provides the platform for application-specific software development within a Xilinx Virtex II environment. Model NO. PMC571

2-Channel
14-Bit
ADC/DAC Two 14-bit, 105 MHz ADCs, two 14-bit, 200 MHz DACs, 4 or 6 million gate Xilinx FPGA, 64 MBytes SDRAM, 8 MBytes QDR-II SRAM, Pn4 User I/O and PCI 64/66 DMA interface. A 'no memory' version is available. Model No. ICS-572

Rugged FPDP II
Receiver/Transmitter FPDP/FPDP II Receiver/Transmitter PMC module, 400 MBytes/s FPDP II interface via P4 connector, an 8 Mbyte swing buffer & a PCI 2.2 (64/66) PCI interface. Software-controlled channel selection & 'corner turning' capabilities. Model No. ICS-8500

2 Channel
210MHz
12-bit ADC Rugged or commercial grade 2 channel, 210 MHz, 12-bit analog input board using AD9430 chips; includes a Xilinx Virtex-4 for user programming, data transfer from the board is available over the 64-bit/66 MHz interface or eight lanes of high-speed serial i/o via the XMC (Vita 42) connector or PN4 connector. Model No. ICS-8550

Analog input, FPGA 2 ADC channels (Texas Instruments ADS5424): 14-bits @ 105 MHz, Two GrayChip 4016 DDC ASICs, 3M gate Xilinx Virtex-II FPGA, Simultaneous wideband and narrowband acquisition supported, 1 PPM Temperature Compensated Crystal Oscillator (TCXO) onboard, Pn4 user I/O supports LVTTL or LVDS signaling levels, Extensive application and technical support available. Model No. ICS-8552B

4-Channel
80MHz ADC Four 14-bit ADCs (Texas Instruments ADS5424), which sample synchronously at frequencies of up to 105 MHz using either a fixed frequency onboard oscillator or an external frequency source. Clock, trigger, and sync sources are all selected by software control. The user is not required to move any jumpers or wire links. Clock input may be sinusoidal or LVTTL. Model No. ICS-8554

4-Channel
105MHz ADC Four 14-bit ADCs sample synchronously at frequencies up to 105 MHz. Includes 4 Graychip GC4016 quad digital downconverters (tuner modules) for simultaneous down conversion of up to 16 arbitrary signal bands (e.g. 16 FDM signals). 1 Million Gate (ICS-554A or 554B) or 3 Million Gate (ICS-554D or 554E) Xilinx FPGA (virtually free for user coding) provides powerful capability for baseband processing. Model No. ICS-554

4-Channel
14-Bit DAC Four 14-Bit, 200 MHz DACs. Each DAC includes a quadrature digital upconverter for programmable upconversion of a baseband signal. The main advantage of digital upconversion is that the data can be supplied at the basband rate. Ideal for radio or radar transmit applications. Up to four signals can be transmitted simultaneously. Model No. ICS-564

Function	Description
One Channel 14-Bit ADC/DAC	Rugged PMC offers wide bandwidth A/D and D/A conversion at software radio frequencies. 4 Million gate FPGA provides the platform for application-specific software development within a Xilinx Virtex II environment. Model NO. PMC571
2-Channel 14-Bit ADC/DAC	Two 14-bit, 105 MHz ADCs, two 14-bit, 200 MHz DACs, 4 or 6 million gate Xilinx FPGA, 64 MBytes SDRAM, 8 MBytes QDR-II SRAM, Pn4 User I/O and PCI 64/66 DMA interface. A 'no memory' version is available. Model No. ICS-572
Rugged FPDP II Receiver/Transmitter	FPDP/FPDP II Receiver/Transmitter PMC module, 400 MBytes/s FPDP II interface via P4 connector, an 8 Mbyte swing buffer & a PCI 2.2 (64/66) PCI interface. Software-controlled channel selection & 'corner turning' capabilities. Model No. ICS-8500
2 Channel 210MHz 12-bit ADC	Rugged or commercial grade 2 channel, 210 MHz, 12-bit analog input board using AD9430 chips; includes a Xilinx Virtex-4 for user programming, data transfer from the board is available over the 64-bit/66 MHz interface or eight lanes of high-speed serial i/o via the XMC (Vita 42) connector or PN4 connector. Model No. ICS-8550
Analog input, FPGA	2 ADC channels (Texas Instruments ADS5424): 14-bits @ 105 MHz, Two GrayChip 4016 DDC ASICs, 3M gate Xilinx Virtex-II FPGA, Simultaneous wideband and narrowband acquisition supported, 1 PPM Temperature Compensated Crystal Oscillator (TCXO) onboard, Pn4 user I/O supports LVTTL or LVDS signaling levels, Extensive application and technical support available. Model No. ICS-8552B
4-Channel 80MHz ADC	Four 14-bit ADCs (Texas Instruments ADS5424), which sample synchronously at frequencies of up to 105 MHz using either a fixed frequency onboard oscillator or an external frequency source. Clock, trigger, and sync sources are all selected by software control. The user is not required to move any jumpers or wire links. Clock input may be sinusoidal or LVTTL. Model No. ICS-8554
4-Channel 105MHz ADC	Four 14-bit ADCs sample synchronously at frequencies up to 105 MHz. Includes 4 Graychip GC4016 quad digital downconverters (tuner modules) for simultaneous down conversion of up to 16 arbitrary signal bands (e.g. 16 FDM signals). 1 Million Gate (ICS-554A or 554B) or 3 Million Gate (ICS-554D or 554E) Xilinx FPGA (virtually free for user coding) provides powerful capability for baseband processing. Model No. ICS-554
4-Channel 14-Bit DAC	Four 14-Bit, 200 MHz DACs. Each DAC includes a quadrature digital upconverter for programmable upconversion of a baseband signal. The main advantage of digital upconversion is that the data can be supplied at the basband rate. Ideal for radio or radar transmit applications. Up to four signals can be transmitted simultaneously. Model No. ICS-564

Red River Tel: (972) 671-9570

Function Description

Single
Channel
Digital
Transceiver 70 MHz IF (Baseband Optional) / 12.5 MHz Analog Bandwidth, 1.25 MHz Maximum Signal Bandwidth, Up to 90 dB Linear Dynamic Range, -20 dBm Max Input / +5 dBm Input TOI, Software Programmable Sample Rates, Simple Memory-Mapped Host Interface, Front Panel Control for Synchronization, Includes Windows 95/98/NT/2000 Drivers, Includes Waveformer Configuration Tool. Model No. 300

PolyChannel
Digital
Transceiver 70 MHz Analog IF (Baseband Optional), 20 MHz Analog Receive Bandwidth, 40 MHz Analog Transmit Bandwidth, 5 MHz Maximum Signal Bandwidth, Up to 8 Transmit and Receive Channels, Up to 90 dB Linear Dynamic Range, PCI Bus Master With Auto DMA Feature, 32/64-bit and 33/66 MHz PCI Support, Front Panel Control for Synchronization, Includes Windows 95/98/NT/2000 Drivers, Includes Waveformer Configuration Tool. Model No. 301

Design
Services Experienced product development team specializes in application specific hardware for signal processing and data communications.

Function	Description
Single Channel Digital Transceiver	70 MHz IF (Baseband Optional) / 12.5 MHz Analog Bandwidth, 1.25 MHz Maximum Signal Bandwidth, Up to 90 dB Linear Dynamic Range, -20 dBm Max Input / +5 dBm Input TOI, Software Programmable Sample Rates, Simple Memory-Mapped Host Interface, Front Panel Control for Synchronization, Includes Windows 95/98/NT/2000 Drivers, Includes Waveformer Configuration Tool. Model No. 300
PolyChannel Digital Transceiver	70 MHz Analog IF (Baseband Optional), 20 MHz Analog Receive Bandwidth, 40 MHz Analog Transmit Bandwidth, 5 MHz Maximum Signal Bandwidth, Up to 8 Transmit and Receive Channels, Up to 90 dB Linear Dynamic Range, PCI Bus Master With Auto DMA Feature, 32/64-bit and 33/66 MHz PCI Support, Front Panel Control for Synchronization, Includes Windows 95/98/NT/2000 Drivers, Includes Waveformer Configuration Tool. Model No. 301
Design Services	Experienced product development team specializes in application specific hardware for signal processing and data communications.

SBS Technologies Tel: (505)-875-0600

Function Description

12-Bit ADC Galvanically isolated 32 multiplexed 12-bit ADC with onboard DC/DC converters, selectable gain, and rear I/O. Supports extended temperature range of -40 to +85 C. Model No. PMC-AD12-ETB

12-Bit ADC Galvanically isolated 32 multiplexed 12-bit ADC with onboard DC/DC converters, selectable gain, and front panel I/O. Supports extended temperature range of -40 to +85 C. Model No. PMC-AD12-ETF

16-Bit ADC 32 multiplexed 16-bit ADC with on board DC/DC converters, selectable gain, extended temperature range, and front panel I/O. Model No. PMC-AD16-ETB

16-Bit ADC 32 multiplexed 16-bit ADC with on board DC/DC converters, selectable gain, extended temperature range, and front panel I/O. Model No. PMC-AD16-ETF

12-Bit DAC 8 channels of isolated 12-bit analog outputs, extended temperature range, and rear I/O. Model No. PMC-DA12-ETB

12-Bit DAC 8 channels of isolated 12-bit analog outputs, extended temperature range, and front panel I/O. Model No. PMC-DA12-ETF

16-Bit DAC 8 channels of isolated 16-bit analog outputs, extended temperature range, and rear I/O. Model No. PMC-DA16-ETB

16-Bit DAC 8 channels of isolated 16-bit analog outputs, extended temperature range, and front panel I/O. Model No. PMC-DA16-ETF

A/D - D/A 8 channels of 12-bit analog to digital conversion. 8 channels of 12-bit digital to analog conversion. 16 channels digital I/O with interrupts. 2 external strobes with I/O and clock capability. Model No. PMC-UL-GPIO

Function	Description
12-Bit ADC	Galvanically isolated 32 multiplexed 12-bit ADC with onboard DC/DC converters, selectable gain, and rear I/O. Supports extended temperature range of -40 to +85 C. Model No. PMC-AD12-ETB
12-Bit ADC	Galvanically isolated 32 multiplexed 12-bit ADC with onboard DC/DC converters, selectable gain, and front panel I/O. Supports extended temperature range of -40 to +85 C. Model No. PMC-AD12-ETF
16-Bit ADC	32 multiplexed 16-bit ADC with on board DC/DC converters, selectable gain, extended temperature range, and front panel I/O. Model No. PMC-AD16-ETB
16-Bit ADC	32 multiplexed 16-bit ADC with on board DC/DC converters, selectable gain, extended temperature range, and front panel I/O. Model No. PMC-AD16-ETF
12-Bit DAC	8 channels of isolated 12-bit analog outputs, extended temperature range, and rear I/O. Model No. PMC-DA12-ETB
12-Bit DAC	8 channels of isolated 12-bit analog outputs, extended temperature range, and front panel I/O. Model No. PMC-DA12-ETF
16-Bit DAC	8 channels of isolated 16-bit analog outputs, extended temperature range, and rear I/O. Model No. PMC-DA16-ETB
16-Bit DAC	8 channels of isolated 16-bit analog outputs, extended temperature range, and front panel I/O. Model No. PMC-DA16-ETF
A/D - D/A	8 channels of 12-bit analog to digital conversion. 8 channels of 12-bit digital to analog conversion. 16 channels digital I/O with interrupts. 2 external strobes with I/O and clock capability. Model No. PMC-UL-GPIO

TEWS Technologies Tel: +49 4101 4058-0, (775) 686 6077

Function Description

32 Channel
Isolated
12-bit ADC 32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter; DB-50 SCSI-2 type front panel connector; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-10), Programmable gain of 1, 2, 4, 8 (TPMC500-11)

32 Channel
Isolated
12-bit ADC 32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter; DB-50 SCSI-2 type front panel connector; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-12), Programmable gain of 1, 2, 4, 8 (TPMC500-13)

32 Channel
Isolated
12-bit ADC 32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter; P14 I/O; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-20), Programmable gain of 1, 2, 4, 8 TPMC500-21)

32 Channel
Isolated
12-bit ADC 32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter; P14 I/O; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-22), Programmable gain of 1, 2, 4, 8 (TPMC500-23)

32 Channel
Isolated
16-bit ADC 32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter on board; DB-50 SCSI-2 type front panel; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC501-10), Programmable gain of 1, 2, 4, 8 (TPMC501-11)

32 Channel
Isolated
16-bit ADC 32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter on board; DB-50 SCSI-2 type front panel; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC501-12), Programmable gain of 1, 2, 4, 8 (TPMC501-13)

32 Channel
Isolated
16-bit ADC 32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter on board; P14 I/O; -40°C to +85°C.Programmable gain of 1, 2, 5, 10 (TPMC501-20), Programmable gain of 1, 2, 4, 8 (TPMC501-21)

32 Channel
Isolated
16-bit ADC 32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter on board; P14 I/O; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC501-22), Programmable gain of 1, 2, 4, 8 (TPMC501-23)

8 or 4 Channel
Isolated
12-bit D/A Isolated 12 bit D/A; Settling time to 0.012% max 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; DB-25 front panel connector; -40°C to +85°C. 8 Channel (TPMC550-10), 4 Channel (TPMC550-11)

8 or 4 Channel
Isolated
12-bit DAC Isolated 12 bit D/A; Settling time to 0.012% max 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; P14 I/O; -40°C to +85°C. 8 Channel (TPMC550-20), 4 Channel (TPMC550-21)

8 or 4 Channel
Isolated
16-bit DAC Isolated 16 bit D/A; Settling time to 0.003% typ. 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; DB-25 front panel connector ; -40°C to +85°C. 8 Channel (TPMC551-10), 4 Channel (TPMC551-11)

8 or 4 Channel
Isolated
16-bit DAC Isolated 16 bit D/A; Settling time to 0.003% typ. 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; P14 I/O; -40°C to +85°C. 8 Channel (TPMC551-20), 4 Channel (TPMC551-21)

Function	Description
32 Channel Isolated 12-bit ADC	32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter; DB-50 SCSI-2 type front panel connector; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-10), Programmable gain of 1, 2, 4, 8 (TPMC500-11)
32 Channel Isolated 12-bit ADC	32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter; DB-50 SCSI-2 type front panel connector; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-12), Programmable gain of 1, 2, 4, 8 (TPMC500-13)
32 Channel Isolated 12-bit ADC	32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter; P14 I/O; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-20), Programmable gain of 1, 2, 4, 8 TPMC500-21)
32 Channel Isolated 12-bit ADC	32 SE or 16 diff. channels isolated 12 bit A/D; up to 10 µs without and up to 12.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter; P14 I/O; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC500-22), Programmable gain of 1, 2, 4, 8 (TPMC500-23)
32 Channel Isolated 16-bit ADC	32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter on board; DB-50 SCSI-2 type front panel; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC501-10), Programmable gain of 1, 2, 4, 8 (TPMC501-11)
32 Channel Isolated 16-bit ADC	32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter on board; DB-50 SCSI-2 type front panel; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC501-12), Programmable gain of 1, 2, 4, 8 (TPMC501-13)
32 Channel Isolated 16-bit ADC	32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; ±10V inputs; DC/DC converter on board; P14 I/O; -40°C to +85°C.Programmable gain of 1, 2, 5, 10 (TPMC501-20), Programmable gain of 1, 2, 4, 8 (TPMC501-21)
32 Channel Isolated 16-bit ADC	32 SE or 16 diff.channels isolated 16 bit A/D; up to 12 µs without and up to 14.5 µs with channel/gain change; Sequencer, timer range from 100 µs to 6.5 s; 0-10V inputs; DC/DC converter on board; P14 I/O; -40°C to +85°C. Programmable gain of 1, 2, 5, 10 (TPMC501-22), Programmable gain of 1, 2, 4, 8 (TPMC501-23)
8 or 4 Channel Isolated 12-bit D/A	Isolated 12 bit D/A; Settling time to 0.012% max 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; DB-25 front panel connector; -40°C to +85°C. 8 Channel (TPMC550-10), 4 Channel (TPMC550-11)
8 or 4 Channel Isolated 12-bit DAC	Isolated 12 bit D/A; Settling time to 0.012% max 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; P14 I/O; -40°C to +85°C. 8 Channel (TPMC550-20), 4 Channel (TPMC550-21)
8 or 4 Channel Isolated 16-bit DAC	Isolated 16 bit D/A; Settling time to 0.003% typ. 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; DB-25 front panel connector ; -40°C to +85°C. 8 Channel (TPMC551-10), 4 Channel (TPMC551-11)
8 or 4 Channel Isolated 16-bit DAC	Isolated 16 bit D/A; Settling time to 0.003% typ. 10 µs; ±10V or 0-10V output; Support of immediate and simultaneous load; Sequencer, timer range from 100 µs to 6.5 s; DC/DC converter on board; P14 I/O; -40°C to +85°C. 8 Channel (TPMC551-20), 4 Channel (TPMC551-21)

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Function Description

Intelligent
Analog/
Digital I/O Motorola DSP56F807-based. High-speed analog and digital I/O for control and monitoring a wide range of functions w/minimum servicing required by host processor. 16 single-ended or 8 differential analog input channels. 8 single-ended or 4 differential analog outputs; simultaneous or sequentially programmed. Model No. PMC DAADIO

Function	Description
Intelligent Analog/ Digital I/O	Motorola DSP56F807-based. High-speed analog and digital I/O for control and monitoring a wide range of functions w/minimum servicing required by host processor. 16 single-ended or 8 differential analog input channels. 8 single-ended or 4 differential analog outputs; simultaneous or sequentially programmed. Model No. PMC DAADIO

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