![]() ![]() From there, the engineer needs to determine the connections between the instrument and the Device Under Test (DUT) and then select connector types, backshells, wire length, and wire types. Depending on the application, the test engineer must consider test specifications, such as voltage, current, temperature, insertion losses, and more. And because proper cabling is critical for repeatability and accuracy, this part needs care and expertise. The cable design for a test system is probably the last part that happens when developing a test. This can be a complex process resulting in a significant investment in time and money, and in some cases, even exceeding the initial purchase cost of the devices. Once instruments and switching products have been chosen for a test set-up, the interconnect products need to be selected.
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