Test Sockets

Written by Jarret Ewanek
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Test sockets are often designed to mimic the specifications of the original socket or memory package. This helps to ensure accuracy in the diagnosis of integrated circuits and add-on memory packages. When troubleshooting problems with the motherboard, engineers often use these sockets as well as test clips and probes. These devices help to pinpoint problems with precision and speed.

One thing to look for in test sockets is ease of insertion and removal. The last thing you want to do when troubleshooting problems with your computer is to damage the motherboard or other peripherals. You don't want to bend the pins, or interfere with other contact points when inserting the testing device. Most manufacturers adhere to industry-wide specifications when designing testing devices for microprocessing packages. Investing in the best sockets helps to ensure the highest possible performance under extreme testing conditions

Improve Performance with Test Sockets

Test sockets are often used in the semiconductor industry for product development. Rather than simply trusting the effectiveness of new packages, test sockets allow manufacturers, technicians and engineers to test packages through a number of different conditions and thermal cycles. Many of the top manufacturers of test sockets design them with pogo pins for optimum contact with the leads in the circuit board. It's important to find sockets that meet your footprint requirements, and fit your circuit board properly.

There are a number of different types of test sockets designed to meet different test environments and industry applications. For example, burn-in sockets are primarily used for finding failures in the system over a long period of testing time. The primary function of most test sockets is to transfer the signal from the microprocessor, or packaged chip product, to an environment with little to no signal interference.


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