National Instruments PCI-5152 Oscilloscope

The NI PCI-5152 offers highlights and functionalities more appropriate for use in the test bench. A region not tended to in this high-transmission capacity space has been the mechanized test use model, where the execution of the estimation and the impression of the test framework can significantly influence the general cost of the test. The NI PCI-5152 Oscilloscope is the first high-transmission capacity digitizer. This model comes in three different part numbers, with the onboard memory size as the only difference between models: 779945-01 (8 MB/ch), 779945-02 (64 MB/ch), and 779945-03 (256 MB/ch).

Bus bandwidth and latency are two basic contemplations for a computerized test framework that direct the general speed of the user’s estimation framework. Latency describes the measure of time it takes for an instrument to react to a remote order, similar to an estimation question. Bus bandwidth speed alludes principally to the information throughput limit of the information transport that interfaces the estimation instrument with the host PC or controller.

The PCI backplane offers an implicit normal reference clock for synchronization of numerous digitizers in an estimation or control framework. Each space has a 10 MHz TTL clock, transmitted on break even with length traces that gives picosecond-level synchronization between digitizer modules for high-channel-check frameworks. For instance, it is conceivable to have 34 phase synchronous 1 GS/s channels in a single PCI chassis and scale to much higher-channel checks.

Test frameworks in the National Instruments PCI-5152 Oscilloscope ordinarily contain numerous instrument composes, including signal sources, estimation gadgets, and switches. The PCI platform has unparalleled expansiveness, with modules for simple and computerized I/O, fast instrumentation, vision, motion, and various bus interfaces.