714-93-128-41-001000

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The 714-93-128-41-001000 socket is a widely used item for ICs, transistors, and other electronic components. It is designed to offer reliable electrical connections over long periods of time, which are crucial for consistent and reliable operations. The design also helps to reduce contacts loss or distortions due to high vibration conditions. In this article, we will explore the application field and working principle of the 714-93-128-41-001000 socket.

Applications

The 714-93-128-41-001000 sockets are designed for use in mission-critical equipment components and systems. It is mostly used in power electronics, meaning its chief use is for switching or amplifying power. Specific applications include DC/ DC converters, motor control circuits, and solar inverters. The sockets’ controlled impedance, reliable contact force, and consistent mating help to ensure the circuit’s integrity in high-power applications.

The 714-93-128-41-001000 sockets are also used in communications and medical equipment. The use of a highly precise design helps to reduce crosstalk and interference, thereby ensuring reliable signal transmissions over long periods of time. The sockets are also well-suited for medical equipment where some of the components are sensitive for electrical noise.

Working Principle

The 714-93-128-41-001000 sockets are based on the spring-pin principle. This type of design supports a high-quality contact during insertion and mating, ensuring consistent operations, even in the presence of shock, vibration, and thermal cycling.

The socket consists of a stack of spring-loaded pins, made of stainless steel or a similar material. The pins are arranged in an inverted conical shape, and the contact force increases as the pins are pushed into the mating component. This creates a reliable electrical connection with reduced contact resistance. As the pins make contact with the other component, the current is transferred with minimal voltage drop or heat generation.

The 714-93-128-41-001000 socket is further designed to reduce crosstalk and interference. The conical design of the pins ensures that the signal is transferred at the exact point of contact, preventing unwanted signals from being transmitted. This is especially important for circuits that deal with sensitive data, such as medical and communication equipment.

Conclusion

The 714-93-128-41-001000 socket is an important part of many electronic and medical systems. Its unique design offers reliable and consistent electrical connections, even under high vibration environments, where other types of connectors may not be suitable. The use of a spring-pin technology also helps to reduce crosstalk and interference, ensuring secure and reliable signal transmissions.

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