Showing results: 31 - 45 of 150 items found.
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CPCI-AD320 -
ALPHI Technology Corporation
The CPCI-AD320 module provides a 6U high performance data acquisition subsystem. There are 32 thirty-two 100/200 KSPS ADC’s for maximum performance. Or an opt low cost 16 channel version. The Local DSP can be usedto simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digital filtering, etc. Software can be downloaded to the DSP via the CPCI interface. Instrumentation amplifiers provide over-voltage protection and gain on a per channel basis. The CPCI-AD8320-6U can also accept external scan and trigger signals from a front panel connector.
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CPCI-AD8 -
ALPHI Technology Corporation
The CPCI-AD8/16 module provides a 3U high performance data acquisition subsystem. There are (8) eight or (16) sixteen 100/200 KSPS ADC’s for maximum performance. The Local DSP can be used to simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digital filtering, etc. Software can be downloaded to the DSP via the CPCI interface.Instrumentation amplifiers provide over-voltage protection and gain on a per channel basis. The CPCI-AD8/16 can also accept external scan and trigger signals from a front panel connector.
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CPCI-AD16/16-6U -
ALPHI Technology Corporation
The CPCI-AD320 module provides a 6U high performance data acquisition subsystem. There are 32 thirty-two 100/200 KSPS ADC’s for maximum performance. Or an opt low cost 16 channel version. The Local DSP can be usedto simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digital filtering, etc. Software can be downloaded to the DSP via the CPCI interface.
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CPCI-AD8-opt8 -
ALPHI Technology Corporation
The CPCI-AD8/16 module provides a 3U high performance data acquisition subsystem. There are (8) eight or (16) sixteen 100/200 KSPS ADC’s for maximum performance. The Local DSP can be used to simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digital filtering, etc. Software can be downloaded to the DSP via the CPCI interface.
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CPCI-AD16 -
ALPHI Technology Corporation
The CPCI-AD16 module provides a 3U high performance data acquisition subsystem. The Local DSP can be used to simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digitalfiltering, etc. Application software can be downloaded to the DSP via the CPCI interface. Instrumentation amplifiers provide over-voltage protection, gain and filtering on a per channel basis. Internal scan and trigger clocks are derived from either the CPCI bus clock or the local DSP clock. Dual 32 bit timers can programmed to pace the acquisition process. The CPCI-AD16 can also accept external scan and trigger signals from a front panel connector.
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DAQ -
Keysight Technologies
Installation and configuration is fast and easy with standard connectors, soft front panels and Keysight connection expert. In addition, software drivers support the most common programming environments such as Visual Studio®, C, C++, Visual Basic, MATLAB® and LabVIEW™.
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U2353A -
Keysight Technologies
The U2353A offers multifunction capabilities in a module. It can be used like a digital multimeter in polling mode. It can be transformed to be a simple scope using the continuous mode with simple triggering capabilities. No matter if it is used as a standalone module or when plugged into a U2781A USB modular instrument chassis, the synchronization and triggering capabilities allow great flexibility in making the desired measurements. With the analog output being able to send out predefined or arbitrary waveforms make this a good tool when closed loop feedback or stimulus is required. The digital IO channels allows for closed loop control through connections to switches, relays and solenoids. The burst mode enables the U2353A to simulate simultaneous analog input acquisition.
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U2352A -
Keysight Technologies
The U2352A offers multifunction capabilities in a module. It can be used like a digital multimeter in polling mode. It can be transformed to be a simple scope using the continuous mode with simple triggering capabilities. No matter if it is used as a standalone module or when plugged into a U2781A USB modular instrument chassis, the synchronization and triggering capabilities allow great flexibility in making the desired measurements. The digital IO channels allows for closed loop control through connections to switches, relays and solenoids. The burst mode enables the U2352A to simulate simultaneous analog input acquisition.
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DAQe-2500 Series -
ADLINK Technology Inc.
ADLINK DAQe-2500 series are high-speed and high-performance analog output multi-function DAQ PCI EXpress cards. The devices are able to update up to 8-CH, 12-bit analog outputs simultaneously at sustaining 1 MS/s. The reference sources and the output polarities are programmable on per channel basis, combining with the multiplying DAC architecture, ADLINK DAQe-2500 series DAQ cards can generate complex modulated analog signals. The hardware-based arbitrary waveform generation frees the CPU intervention even when all analog outputs are updating at full speed, and the lengths of waveforms are only limited by the system memory.
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PPG -
Active Technologies
The Pulse Pattern Generator family (PPG), also knows as Serial Data Pattern Generator (SPG), is designed to generate a stream of binary information.
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Link Instruments
A Pattern Generator outputs digital data and is used to stimulate circuits. The data can be from user files, previously captured data or from the data creation wizard (editor) in the software. All of our Pattern Generators (digital word generators) are also Logic Analyzers and are controlled with easy-to-use Windows software. Some or all of the outputs are bi-directional and can be used to capture data.
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PCIe-7300A -
ADLINK Technology Inc.
ADLINK PCIe-7300A is an ultra-high-speed digital I/O card. It consists of 32 digital input/output channels. High performance designs and state-of-the-art technology make this card ideal for a wide range of applications, such as high-speed data transfer, digital pattern generation and digital pattern capture applications, and logic analyzer applications. Trigger signals are available to start the data acquisition of pattern generation.
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EDigital-Series™ -
Teradyne, Inc.
Teradyne’s eDigital IVI driver controls all parallel digital functional test parameters, including per-pin timing, data formats, pattern data, and timing alignment on 64 channels (32 static + 32 dynamic or 32 differential)—each with an 8M pattern depth and results memory.
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M2P.7515-X4 -
Spectrum Instrumentation
The M2p.75xx series of fast digital I/O cards allow to acquire or replay digital patterns with a programmable speed of up to 125 MS/s. The direction can be switched by software between input (digital data acquisition) and output (digital pattern generation). The on-board memory of 1 GByte can be completely used for digital pattern. Furthermore the on-board memory can be switched to a FIFO buffer allowing to continuously stream data in either output or input direction.
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Data Patterns Pvt. Ltd.
Built in strict adherence to open architecture standards, Data Patterns designs COTS module products which are used in today's rugged applications and automatic test equipment platforms. Open standard form factors include cPCI, FMC & XMC, IP, MM, PCI, PCMCIA, PMC, VME, VPX and VXI.A portfolio of 'Off the Shelf ' products for testing and on-board applications have been developed by Data Patterns. COTS boards developed have been sold to many customers, in India as well as Europe and North America. They are used for system level products such as Automatic Test Equipment, Rugged Military Electronics, etc.Data Patterns focus on building COTS product is to provide the technological capability to develop system level products with very fast run around times. Use of Data Patterns' COTS module in system level products ensures Data Patterns ability to maintain the products for a significantly longer life cycle. The proximity to the system level engineering team with the COTS development team ensures that end applications are delivered faster, enabling a shorter time to market for the customers
