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Analog Input
measurable voltage value.received from a sensor.
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4 Channel ADC FMC Module
ADCFN04 – HPC
Sundance Multiprocessor Technology Ltd.
The RFM-ADCFN04 is a four channel Analog to Digital converter FMC which complies with VITA 57.1-2010. Each channel provides DC coupled single-end analog input and digital output with DC-250KHz sampling speed based on Linear Technology’s LTC2376-16. The output is 16-bit data and it can be obtained through SPI interface on LTC2376-16 from the FPGA on the FMC carrier board. One trigger input is provided for capture control.
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4-channel ADC Module
FMC140
Sundance Multiprocessor Technology Ltd.
The FMC140 is an analog-to-digital (A/D) FMC daughter card that provides four 16-bit A/D channels at 370MSPS which can be clocked by an internal clock source (optionally locked to an external reference) or by an externally-supplied sample clock. A trigger input is also available for customized sampling control. The FMC140 is mechanically and electrically compliant to the FMC standard (ANSI/VITA 57.1-2010). It offers front panel analog I/O access and can be used in a conduction-cooled environment.
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4-Channel ADC Module
FMC164
Sundance Multiprocessor Technology Ltd.
The FMC164 is a digitizer FMC featuring four ADC channels with 16-bit resolution and a 250 Mega samples per second sampling rate per channel. With a flexible clock generation and distribution scheme, the FMC164 allows control on sampling frequency and analog input gain through serial communication with a carrier card. The FMC164 design is based on the TI ADS42LB69 Dual Channel 16-Bit 250 MSPS A/D, is equipped with power supply and temperature monitoring, and offers several power-down modes to switch off unused functions.
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4 Channel DAC FMC Module
DACNF04 – HPC
Sundance Multiprocessor Technology Ltd.
The RFM-DACNF04 is a four channel Digital to Analog converter FMC which complies with VITA 57.1-2010. Each channel provides 16-bit input and one DC coupled single-end analog output with DC – 250KHz sampling speed based on Linear Technology’s LTC2704-16. The 16-bit input data for each channel is provided through SPI from the FPGA on the FMC carrier board. A single-ended TTL level trigger output is provided from the FPGA.
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4 Thermocouples/RTD Ch
APCI-3200-4
18-bit resolution, 16-bit accuracyEach channel can be configured either for thermocouples/RTD or as an analog voltage input channel4 analog input channels for thermocouple typesJ, K, T, E, R, S, B, N - or 2 diff. analog input channels for the acquisition of resistance temperature detectors (Pt100)- or 16 SE/8 differential analog voltage input channels, ± 2.5 V8 independent current sources for resistance temperature detectors (RTD) and one current source for cold junction compensationCold junction compensation (on separate screw terminal board PX 3200)Gain and offset calibrationLinearisation through table and calculation for the thermocouple types J, K, T, E, R, S, B, N and RTDsProgrammable gain16-bit accuracy with sample rates of 20, 40, 80 or 160 Hz (other rates on request)4 digital input channels, 24 V and 3 digital output channels, open collector, isolated
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5 Channel DAC FMC Module
DACNF05 – HPC
Sundance Multiprocessor Technology Ltd.
The RFM-DACNF05 is a five channel Digital to Analog converter FMC which complies with VITA 57.1-2010. Each channel provides 16-bit single-ended input and one DC coupled differential analog output with 1 – 500MHz sampling speed based on Maxim MAX5888A. A single-ended external input or output clock is provided. The direction of the clock is programmable from the FPGA of the FMC carrier board.
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6000 Series Digital I/O Modules
Series 6000 digital I/O modules record signals from frequency counters, flow meters, encoders, discrete transducers, IRIG time, etc. which are often part of the test environment. These digital signals are time aligned and recorded alongside the system’s analog measurements. High density digital inputs provide an opportunity to easily include facility controls like switches, valve positions, relays, lights, etc. along with the test data. Series 6000 digital I/O modules also provide outputs generated by user command or automatically by Sequence, Alarms or DSP. User generated outputs are accomplished in software while sequencers can be programmed prior to a test and initiated by program or hardware control. Alarm conditions preprogrammed on the analog side can automatically generate digital outputs which are typically connected to facility control systems or PLCs. A DSP adds powerful real-time processing and is appropriate for PID control loops, derived parameter calculations and a variety of other real-time operations.
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64 Channel 16 Bit VME Analog Input Card
PAS 9737/AI
The PAS 9737/AI-SMT provides 64 analog input channels multiplexed into a scanning 16-bit Analog to Digital Converter, (ADC). Low pass filters are provided for the analog input signals and four different cutoff frequencies are available as options.
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6ch ADC, 2ch DAC – High-Pin-Count
RFM-ADAFF62
Sundance Multiprocessor Technology Ltd.
The RFM-ADAFF62 is a six channel Analog to Digital and two channel Digital to Analog mixed converter FMC which complies with VITA 57.1-2010. Each AD channel provides AC coupled single-end analog input and 16-bit single-ended output with 20-105MHz sampling speed based on ADI AD9650. Each DA channel provides 16-bit single-ended input and one DC coupled differential analog output with 1 – 500MHz sampling speed based on Maxim MAX5888A.
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6 Channel ADC FMC Module
ADCFN06 – HPC
Sundance Multiprocessor Technology Ltd.
The RFM-ADCFN06 is a six channel Analog to Digital converter FMC which complies with VITA 57.1-2010. Each channel provides single-ended analog input and 16-bit single-ended output with 20-25MHz sampling speed based on ADI AD9650. A DC coupled input is supported. Single-ended external clock, differential external clock or an internal clock from the FMC carrier board can be selected at the FMC for the AD converter through fine clock generator ADI AD9518-3.
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8-bit Waveform Digitizer
ATS9872
ATS9872 is an 8-bit waveform digitizer board that can sample two analog inputs at rates up to 1 GS/s.
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8-Channel ADC Module
FMC168 – LPC
Sundance Multiprocessor Technology Ltd.
The FMC168 is a digitizer FMC featuring eight ADC channels with 16-bit resolution and 250 Mega samples per second sampling rate per channel. With a flexible clock generation and distribution scheme, the FMC168 allows control on sampling frequency and analog input gain through serial communication with a carrier card. The FMC168 design is based on the TI ADS42LB69 Dual Channel 16-Bit 250 MSPS A/D, is equipped with power supply and temperature monitoring, and offers several power-down modes to switch off unused functions.
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8 Channel Sample & Hold and Signal Conditioning Board for Group3
All channels provide for voltage division ahead of transient suppression before going into the S&H ICs. Channels that are sampled and held use a common sample and hold pulse that samples while high and holds while low. Jumpers on each S&H chip allow buffering of analog signals where sample and holds are not required. An advantage to the buffers is that it provides a high input impedance for high impedance voltage dividers.
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8 SE Or 4 Diff. Input Channels, 4 Analog Current Output Channels, PCI Express
APCIE-3121-8-4C
Input range:?± 10 V, 0-10 V software programmable0-5 V, ± 5 V, 0-2 V, ± 2 V, 0-1 V, ± 1 V (gain)0-20 mA (option) ? software-programmable amplifier:PGA x1, x2, x5, x10 ? Conversion triggered through software,scan, timer, external event ? Onboard FIFO buffering for 256 analog values ? Data exchange through 16-bit I/Oor 32-bit memory (PCI DMA) ? Sequence RAM ? Overvoltage protection ? input filter: 160 kHz
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8 SE Or 4 Diff. Input Channels, 4 Analog Output Channels, PCI Express
APCIE-3121-8-4
Input range:?± 10 V, 0-10 V software programmable0-5 V, ± 5 V, 0-2 V, ± 2 V, 0-1 V, ± 1 V (gain)0-20 mA (option) ? software-programmable amplifier:PGA x1, x2, x5, x10 ? Conversion triggered through software,scan, timer, external event ? Onboard FIFO buffering for 256 analog values ? Data exchange through 16-bit I/Oor 32-bit memory (PCI DMA) ? Sequence RAM ? Overvoltage protection ? input filter: 160 kHz
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8 SE Or 4 Diff. Input Channels, 8 Analog Output Channels, PCI Express
APCIE-3121-8-8
Input range:?± 10 V, 0-10 V software programmable0-5 V, ± 5 V, 0-2 V, ± 2 V, 0-1 V, ± 1 V (gain)0-20 mA (option) ? software-programmable amplifier:PGA x1, x2, x5, x10 ? Conversion triggered through software,scan, timer, external event ? Onboard FIFO buffering for 256 analog values ? Data exchange through 16-bit I/Oor 32-bit memory (PCI DMA) ? Sequence RAM ? Overvoltage protection ? input filter: 160 kHz
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AC Power Source
61600 Series
Built-in PFC, provide input power factor over 0.98 (full load)AC+DC output mode for voltage DC offset simulationProgrammable voltage,current limitComprehensive measurement capability,V, Hz, Irms, Ipk, Iinrush, P, VAR, VA, PF, CF of current and etc.High output current crest factor, ideal for inrush current testingTurn on, turn off phase angle controlOne-key recall for 9 different voltage and frequencyProgrammable slew rate setting for changing voltage and frequencyAnalog input for power amplifierOptional Analog programming interfaceOptional GPIB and RS-232 interface(Model 61601~61605)Full protection: OP,OC,OV and OT protectionEasy use graphic user interface: softpanel (option)Capable of delivering power output up tp 90KVA by implementing Master-Slave operation
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ADC Drivers Fully Differential Amplifiers
Differential amplifiers allow the process of single-ended input to complementary differential outputs or differential inputs to differential outputs. These amplifiers feature two separate feedback loops to control the differential and common-mode output voltages. Analog Devices fully differential amplifiers are configured with a VOCM pin, which can be easily adjusted for setting output common-mode voltage. This provides a convenient solution when interfacing with analog-to-digital converters (ADCs). ADI also offers a series of differential receiver products that convert differential input signals to single ended output.
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Analog And Digital Sensor Measurement Data For CAN Applications.
K- AN8 KIT
This K-AN8 (8 analog + 4 digital input) kit contains everything needed to get the K-AN8 set up and tested on a work bench.To help with connecting sensors to the analog and digital ports the K-BoB enables easy connection with BNC connectors.Influx K-Cal is easily connected via the Kvaser LeafLight interface and Kvaser T-CANnector. (Using the Kvaser T-CANnector to power up the K-AN8 (at the desk) and terminate the CAN bus).
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Analog Input Expansion Board
MSXB 037
The Microstar Laboratories Analog Input Expansion Board, part number MSXB 037, provides analog input expansion for Analog Backplane systems. The Analog Input Expansion Board is compatible with the MSXB 030-01 and MSXB 031-01 Analog Backplanes.
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Analog Input Expansion Board
MSXB 018
The MSXB 018 Analog Input Expansion Board expands 16 analog input lines to 64 analog input lines. The MSXB 018 provides 4 expansion ports that are compatible with MSTB 009 Analog Termination Boards.
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Analog Input Expansion Termination Board
MSXB 024
Analog Input Expansion Termination Board expands 8 analog input lines to 32 analog input lines and provides connection points for each line. Each of the two models has an onboard temperature reference sensor for cold junction compensation.
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Analog Input Module
IP340
These modules have sixteen analog inputs which are sampled as two eight-channel banks. Eight A/D converters (ADCs) permit simultaneous conversion of all eight channels in a bank. A FIFO buffer holds the first bank’s data while the second bank is converted. Conversion of each bank requires only 8µS, and all 16 channels can be sampled in just 16µs.
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Analog Input Module
PMC341
These modules have sixteen analog inputs which are sampled as two eight-channel banks. Eight A/D converters (ADCs) permit simultaneous conversion of all eight channels in a bank. All 16 channels share two generous 512-sample memory buffers. Conversion of each bank requires only 8µS, and all 16 channels can be sampled in just 16µs.
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Analog Input Module, 12-bit A/D
IP320A
The IP320A monitors 20 differential or 40 single-ended input channels. When used with a carrier that holds four IP modules, up to 160 inputs can be obtained from a single card cage slot.
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Analog Input Module, 16-bit A/D
IP330A
The IP330A has many features to improve your overall system throughput rate. You can scan all channels or define a subset for more frequent sampling. Burst mode scans selected channels at the maximum conversion rate. Uniform mode performs conversions at user-defined intervals. Both modes can scan continuously, or execute a single cycle upon receiving a trigger.
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Analog Input Module, 16-bit A/D
PMC330
The PMC330 has many features to improve your overall system throughput rate. You can scan all channels or define a subset for more frequent sampling. Burst mode scans selected channels at the maximum conversion rate. Uniform mode performs conversions at user-defined intervals. Both modes can scan continuously, or execute a single cycle upon receiving a trigger.
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Analog Interface Boards
Model 4861B OEM
* 114578-24 board has 4 isolated analog outputs, 4 isolated analog inputs, 4 isolated drivers and 8 digital inputs* GPIB interface header includes GPIB address switch input signals.* Serial interface header includes RS-232 and RS-485 signals. Use the 114597 Serial Cable Kit to connect the serial signals to your rear panel* Use with any ICS GPIB Connector/Address Switch Assembly.* Runs on 12 Vdc regulated power.
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Analog I/O Interfaces
United Electronic Industries, Inc.
24 differential analog input channels Maximum sampling rate of 1000 Hz per channel 18-bit resolution ±3 µA accuracy 350 Vrms Isolation Dynamic autozero support Embedded averaging engine
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Analog I/O module 24-bit sigma-delta
IO109
High-resolution 24-bit sigma-delta analog module with 12 differential analog input channels. This I/O module is a high-end low-noise analog module with a very high input resolution of 24-bit. Each analog input channel is equipped with its own dedicated DC-coupled Sigma-Delta A/D converter for sample rates up to 200kSamples/s.
