Description
The NI PXIE-6556 is a high-performance digital waveform generator and analyzer designed for various testing and measurement applications. Here is a breakdown of its key parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
Channels: The NI PXIE-6556 has 24 single-ended digital pins, allowing for multi-channel testing and measurement capabilities.
Clock Rate: It boasts a maximum clock rate of 200 MHz, enabling high-speed digital waveform generation and analysis.
Voltage Range: The voltage level range is -2 V to 7 V or -1 V to 7 V, providing flexibility for different testing scenarios.
Memory: Depending on the part number (781949-02 or 781949-01), each channel can have either 64 MB or 8 MB of memory.
Data Rate: The maximum data transmission rate is 200 Mbps, ensuring efficient data transfer.
Dimensions and Weight:
The device has a weight of approximately 28 ounces.
Its dimensions are 21.6 x 2.0 x 13.0 centimeters.
Series:
The NI PXIE-6556 belongs to the PXI Express (PXIe) series of modules designed for modular instrumentation and test systems.
Features:
PPMU Functionality: Each pin includes programmable parameter units (PPMU), enabling the generation and measurement of current and voltage.
Real-Time Comparison: It features hardware comparison for bit-error testing, ensuring accurate results.
Timing Calibration: The built-in timing calibration function automatically adjusts timing, eliminating timing offsets caused by different wiring and line lengths.
Integration Capabilities: The NI PXIE-6556 can be integrated with other devices such as power supplies, digitizers, and switches, creating multifunctional and high-performance mixed-signal test systems.
Functions and Applications:
Waveform Generation and Analysis: The NI PXIE-6556 can generate and acquire digital waveforms up to 200 MHz, simplifying wiring, reducing test time, and increasing measurement density.
DC Parametric Testing: It can perform DC parametric measurements with 1% error rate on the same pin, eliminating the need for additional instrumentation.
Industrial Automation and Testing: The module is suitable for use in industrial automation systems, where precise and reliable testing and measurement are crucial.
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