Showing results: 121 - 135 of 347 items found.
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MS-2000-WK -
Applied Scientific Instrumentation
*100 MHz Microcontroller for faster command processing and servo control.*Closed-loop DC servo control of up to four motorized axes.*Firmware upgradeable via serial connection.*0-10V DAC for single piezo axis control.*Remembers last position on power down/up.*LCD display shows axes coordinates and status.*"Zero" and "Home" buttons for simple stand-alone operations.*USB or RS232 serial control with baud rates to 115200 Baud.*Compact ergonomic tabletop control unit 6"D x 9"W x 3"H (16 x 23 x 9 cm).
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RM-2000 -
Applied Scientific Instrumentation
*2U 19" Rack Mount Control Unit: 22.8D x 48.3W x 8.1H cm (9" x 19" x 3.2").*100 MHz Microcontroller for Faster Command Processing and Servo Control.*Closed-Loop DC Servo Control of up to Four Motorized Axes.*0-10 Vdc DAC Output for Additional Analog Control.*Firmware Upgradeable via Serial Connection.*Remembers Last Position on Power Up.*LCD Display Shows Axes Coordinates and Status.*USB or RS-232 Serial Control with Rates to 115200 Baud.*"Zero", "@", and "Home" Buttons on Joystick.*Left- or Right-Hand Joystick Unit.
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CPCI-ADDA -
ALPHI Technology Corporation
The CPCI-ADDA module offers a complete solution forhigh performance data acquisition applications. Boththe ADC’s and the DAC’s use 10 mS converters thatwill support up to 100khz signals. The CPCI-ADDAsupports P.I.D. loop closure frame rates of up to 4 KHzper channel. The CPCI host can download gain andsetpoint changes on the fly. The CPCI host can readback the current values for feedback, error, setpointand output drive on each channel. The local DSPprocessor can be used for data processing such asdigital filters and FFT’s. The DSP can also be used asa waveform generator to drive the 16 bit DAC.
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MTS1010i -
Applied Test Resources
The MTS-1010i is a more economical version of the MTS-2010i & MTS-1020i testers. It has a reduced platform size and reduced power supplies. Like the other testers in the MTS family it is a highly cost effective production ATE designed for testing high-volume linear and mixed signal semiconductor devices (Op Amps, high-voltage drivers, DAC, ADC, etc.), both at the wafer sort and final test stages of the manufacturing process.
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Analog Devices Inc.
Track and hold amplifiers are used to expand the bandwidth and/or high-frequency linearity of high-speed A/D conversion and signal acquisition systems. Track and Hold Amplifiers can be used in various applications including RF ATE Applications, Digital Sampling Oscilloscopes, RF Demodulation Systems, Digital Receiver Systems, High Speed Peak Detectors, Software Defined Radio, Radar, ECM & ELINT Systems and High Speed DAC De-Glitching.
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PG4 -
Delphi Engineering Group, Inc
The PG4 continues DEG’s commitment to delivering high performance processing solutions for mission critical applications requiring the latest in AMD UltraScale+ FPGA computing power. The PG4 is a PCIExpress, Gen 4 x16, FPGA processor board designed to meet the needs of challenging, embedded high-performance digital signal processing applications. The AMD UltraScale+ VU33P delivers impressive processing capabilities and supports operations such as: FFTs, FIR filters, fixed-point and repetitive processing tasks. The PG4 FPGA processes input from the FMC+ HPC (Vita 57.4) site, allowing for maximum application configurability and performance when coupled with DEG’s market leading ADC and DAC FMC modules (250MSPS to 12.0GSPS).
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Dual AES DAC (4Ch OP) -
Murraypro Electronics
The Cat: 390A/S demodulator has been designed to be fitted within analogue audio equipment that lacks a dedicated AES/EBU digital input, providing a transparent interface with the external digital input. Two channels are housed on the compact card only 80 x 50 mm, each furnishing a balanced audio OP. The modest +12Vpower requirements of the card are usually drawn from the host equipment, removing the requirement for a separate external power supply
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41-765-001 -
Pickering Interfaces Ltd.
The 41/43-765-001 is a PXI/PXIe 16-channel Analog Output Module designed to meet the requirements of industrial control applications utilizing current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signaling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
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41-765-002 -
Pickering Interfaces Ltd.
The 41/43-765-002 is a 12-channel Analog Output Module designed to meet the requirements of industrial control applications utilizing current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signaling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
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41-765-003 -
Pickering Interfaces Ltd.
The 41/43-765-003 is an 8-channel Analog Output Module designed to meet the requirements of industrial control applications utilizing current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signaling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
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41-765-004 -
Pickering Interfaces Ltd.
The 41/43-765-004 is an 4-channel Analog Output Module designed to meet the requirements of industrial control applications utilizing current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signaling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
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43-765-004 -
Pickering Interfaces Ltd.
The 41/43-765-004 is an 4-channel Analog Output Module designed to meet the requirements of industrial control applications utilising current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signalling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
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43-765-001 -
Pickering Interfaces Ltd.
The 41/43-765-001 is a PXI/PXIe 16-channel Analog Output Module designed to meet the requirements of industrial control applications utilising current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signalling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
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43-765-002 -
Pickering Interfaces Ltd.
The 41/43-765-002 is a 12-channel Analog Output Module designed to meet the requirements of industrial control applications utilising current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signalling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
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43-765-003 -
Pickering Interfaces Ltd.
The 41/43-765-003 is an 8-channel Analog Output Module designed to meet the requirements of industrial control applications utilising current loops 4 – 20mA. It consists of up to four 16-bit, digital-to-analogue converters (DAC), capable of creating four current outputs each. Output current within 0mA - 4mA and 20mA - 24mA, give the ability to simulate error or extra signalling conditions. The ±24mA mode gives the ability to simulate either sourcing or sinking sensor.
