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Synergy System Architecture As shown in the block diagram below, all Synergy models begin with independent high-precision differential input amplifiers and 2 MS/s, 16-bit digitizers for every channel. Mix and match input modules to support almost any combination of signal types. The economical Basic Input Module provides direct connection to voltage or pre-conditioned signals. The Universal Input Module provides excitation power for both DC bridges and constant-current ICP®- type sensors as well as cold junction compensation for thermocouple measurements. The High Voltage Module supports high voltage /power and isolated applications. For oscilloscope use, the wide bandwidth of 1 MHz assures that every detail of the signal is captured. For FFT use, a sharp-cutoff filter may be switched in to provide anti-alias protection even when a low oversampling ratio is chosen. A DSP in each input module manages the data flow, providing selectable filtering, trigger comparisons, real time math and statistical data reduction for each channel. In Recorder mode, triggering is available not only from channel levels but also on real-time virtual channels such as RMS, max, min, frequency or slope. A number of standard calculations are provided, which the user may chain together for more complex real-time analyses. Extending Acquisition Performance
Combine Multiple Systems to Further Extend Channel Count
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