Hi-Techniques, Inc. Datasheets for Data Acquisition

Data acquisition is the digitizing and processing of multiple sensor or signal inputs for the purpose of monitoring, analyzing and/or controlling systems and processes. Signal conditioning includes the amplification, filtering, converting, and other processes required to make sensor output suitable for rereading by computer boards.
Data Acquisition: Learn more

Product Name Notes
Basic Input Module Basic Input Module offers up to 2 MS/s acquisition speeds and direct to disk recording at 200 kS/s. High impedance, differential front end supports voltage range from 20 mV to...
High Density 16-Channel Input Module High Density 16-Channel Input Module provides 16-bit, 100 kS/s independent ADCs with full differential inputs and thermocouple support via a high density 78-pin connector. Combine multiple modules for up to...
High Voltage Input Module High Voltage Input Module offers up to ± 1000 V input range and 2000 V peak ch-ch isolation for high voltage and high power applications. Wide input range from ±50...
Medium Voltage Input Module Medium Voltage Input Module provides a cost effective isolation solution for general purpose voltage applications offering ±50 mV to ± 200 V range on isolated BNC Connectors.
Synergy 8 The Synergy 8 supports up to eight input modules in a compact, card modular form factor capable of 32 high-speed channels or 128 using the 16-channel high density module. System...
Synergy CS The Synergy CS mainframe further extends the available channel count supporting up to 16 input modules in a benchtop or rackmount configuration. The Synergy CS can be configured with or...
Synergy P The Synergy P mainframe supports up to 4 input modules capable of up to 64 channels in a portable, self-contained chassis. Mix and match input modules in any configuration or...
Synergy Qb The Synergy Qb offers the same Synergy input capabilities in a field rugged product offering IP51 environmental resistance against dust and water. This DC-operated system can acquire standalone to its...