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Introduction

This article outlines the application fields and working principle of 38-81000-610C sockets for ICs, transistors. This type of socket provides improved functionality over traditional variants due to its advanced spring-loaded contact mechanism, which enables it to handle rapid motion and high-frequency signals. It is widely used in computers, automotive, medical, aircraft, and other electronics applications.

Designs and Features

The 38-81000-610C sockets feature self-adjusting contacts that help ensure a secure grip on the PCB, preventing contact interruption during vibration and motion. This reduces the chances of electrical failure and extends the lifetime of the socket. The sockets come with three pins, two of which are used for the connection between the IC and the PCB. The third pin is a ground pin that ensures proper grounding of the IC.

The sockets have high reliability due to their high-temperature, rated polyamide material, which is designed to withstand temperatures up to 150℃. The sockets also feature a double-sided PCB mounting feature, which makes them suitable for surface, profile, or flush mounting. The contacts are tested to handle up to 2.5A at a maximum of 250V AC.

Application fields

The 38-81000-610C sockets are widely used in computers, automotive, medical, aircraft, and other electronics applications. The sockets can be used for both single and double ICs and transistors. In computers, the sockets are used in applications such as motherboards, hard drives, and memory chips. In automotive electronics, the sockets are used for ECUs (electronic control units), engine computers, and dashboards. In aircraft, the sockets can be used for a wide range of applications, including navigation and communication systems.

The sockets are also used in medical equipment such as defibrillators and ECG systems. In general, these sockets are perfect for any application that requires reliable, fast, and secure connections. Moreover, due to their small size, they can be used for high-density applications.

Working Principles

The working principle of 38-81000-610C sockets is based on contact force generated by a spring-loaded mechanism. This force ensures a secure grip on the IC and prevents electrical connection failure during motion. The contact force is also adjustable, allowing it to be optimized for various applications.

The external contact is in the form of pins, enabling rapid connection and disconnection. The pin springs ensure a secure connection is established and is maintained even during vibrations and other extreme movements. The built-in key allows for easy socket insertion and removal.

Conclusion

The 38-81000-610C socket is an advanced and reliable way to connect ICs and transistors. It is widely used in computers, automotive, medical, aircraft, and other electronics applications due to its high-temperature self-adjusting contact mechanism, rapid connection, and disconnection, and secure grip.

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