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PXIE-6570 785283-01 PXI Digital Pattern Instrument

PXIE-6570 785283-01 PXI Digital Pattern Instrument

Manufacturers ：NI

Model(s)  ：PXIE-6570 785283-01

Additional Information ：PXI Digital Pattern Instrument

Estimated Shipping Size
Dimensions: 263 × 58 × 28mm
Weight:.4.3 kg
Country of Origin: United States of America

 

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Overview

Essential details：PXIE-6570 785283-01 PXI Digital Pattern Instrument

Product Description

 The PXIe-6570 (Part Number: 785283-01) 100 MVector/s Digital Pattern Instrument is intended to portray semiconductors and make production tests. This Digital Pattern Instrument incorporates the Digital Pattern Editor to design pin maps, specifications, levels, timing, and samples. The PXIe 6570 additionally incorporates debugging tools, which includes the following: Shmoo, digital scope and viewers for History RAM, pin states, and framework states. The NI PXIe-6570 Digital Pattern Instrument delivers digital ATE-class to the business standard PXI platform for testing a wide scope of RF and mixed signal integrated circuits (ICs). The NI PXI platform and NI Semiconductor Test System (STS) are perfect platforms for portrayal and creation trials of RF and mixed signal ICs, from RF front ends and power management ICs to transceivers and Internet.

PXIe-6570PXIE-6570

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PXIE-6570 785283-01 PXI Digital Pattern Instrument

The NI PXIe 6570 is the highlight of NI’s offering for digital generation and production trial of semiconductor gadgets. For essential computerized signals and interfaces, consider PXI Digital I/O Modules or PXI Reconfigurable Digital I/O Modules. The NI PXI Digital Pattern Instruments burst digital information in view of samples that are comprised of individual vectors. The time set incorporates the time of the vector in time, a drive format for the pin, and placement of the digital edges. The drive formats, supported by these instruments are non-return, return to low, return to high, and surround by complement. Being able to utilize these configurations enables specialists to make the most productive digital interface with as few vectors as possible.

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