34-81250-610C

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Sockets for ICs, Transistors are a type of electrical connector designed to fit into an integrated circuit (IC) or transistor. They offer a high level of compatibility and reliability when used to mount ICs or transistors to a board or panel. The 34-81250-610C is a high-performance socket designed specifically for use with ICs and transistors. This guide will explain the application field and working principle of the 34-81250-610C.

The 34-81250-610C is a modular socket that can be used to mount both ICs and transistors. It fits into a standard mounting hole pattern with a series of pins spaced out across the face of the socket. The 34-81250-610C socket offers excellent electrical performance and reliability with the ability to handle a maximum current of 20A and a voltage of 20V. The 34-81250-610C socket is made from durable ABS plastic and features an integrated metal mounting bracket that allows for mounting the socket to a panel or board.

The 34-81250-610C is designed to fit into standard mounting holes, which makes it a versatile solution for mounting ICs and transistors. The 34-81250-610C is designed to be used in medium to high-density applications where a high level of reliability and performance is required. The socket is capable of withstanding temperatures up to 80°C, allowing it to be used in a wide range of industrial and commercial applications. The 34-81250-610C uses two sets of contact pins: the primary and the secondary contacts. The primary contact pins connect to the IC or transistor to be mounted, while the secondary contact pins allow the IC or transistor to be securely mounted to the panel or board.

The 34-81250-610C has a distinctive locking mechanism that helps secure the IC or transistor in place. It features a unique “spring”-loaded locking pin that secures the IC or transistor to the socket. This makes the 34-81250-610C socket highly reliable and helps to prevent damage to the IC or transistor during installation. The spring-loaded pin also offers a high level of electrical performance as it ensures good contact between the socket and the IC or transistor.

The working principle of the 34-81250-610C socket is based on the concept of “cold-joining” electrical components. When two electrical components are connected, they create an electric field around them. The electrical field pushes the two components together and creates a strong bond between the two. This is known as cold-joining. When the 34-81250-610C is used to mount an IC or transistor, it creates an electric field around the component and the socket, making a strong bond between the two.

In conclusion, the 34-81250-610C is a high-performance socket designed for use with ICs and transistors. It is a modular socket that fits into a standard mounting hole pattern and is made from durable ABS plastic. The socket features an integrated metal mounting bracket and a unique locking system that helps to secure the IC or transistor in place. The socket offers excellent electrical performance and reliability with a maximum current of 20A and a voltage of 20V. The 34-81250-610C also uses a cold-joining principle to create a strong and reliable bond between the socket and the IC or transistor.

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