60-9513-10

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Sockets for ICs, transistors, and other electronic components can be found in a variety of application fields, from basic electronic equipment to sophisticated machinery. 60-9513-10 sockets, for example, are designed to securely and reliably fit a variety of ICs, transistors, and other semiconductor components used in various industries.

A 60-9513-10 socket contains several key features. Its gold plated contact areas reduce contact resistance and ensure dependability, while its thermal barrier protects the IC or transistor from excessive heat. The socket also has a ratchet tension mechanism to ensure a secure fit. In addition, the socket\'s loose fit prevents potentially damaging vibrations that may occur during soldering.

The 60-9513-10 socket\'s overall design supports fastener assembly and allows for easy removal and reuse of the socket. It consists of two distinct components: a socket receptacle and a clamp nut. The receptacle is affixed to the circuit board via a circuit board bolt, or flange nut, and the clamp nut supports the chip or transistor. During fastener assembly, the screw is first tightened at the front of the socket, followed by the nut at the rear.

Once the parts have been properly assembled and fastened, the socket is ready for use in a variety of applications. It can be used to secure chips and transistors in the production of computers, cellular phones, home appliances, and other electronic items. It can also be used to secure various components in automotive and aerospace electronics.

The 60-9513-10 socket\'s precise geometry makes it well suited for use in automated assembly operations. Thanks to its thin profile and low profile design, it\'s easy to insert and secure even in the tightest spaces. The socket\'s uniform shape also ensures that all directions of motion are evenly distributed, which reduces vibration and helps protect sensitive components from shock and vibration.

The socket\'s properly designed contact regions ensure dependable and reliable operation. By supporting high current ratings and operating temperatures, the 60-9513-10 socket is capable of handling high power ICs. Its thermally engineered contact areas reduce contact resistance and maintain a stable thermal balance between the clamp nut and the IC.

In addition, the socket utilizes automation grips compatible with all common automated insertion heads. As a result, the socket is capable of being secured and maintained without any manual handling. This simplifies automated assembly operations, increases throughput, and reduces potential stress on sensitive components.

Overall, the 60-9513-10 socket is designed to meet the needs of a wide range of industries and applications. Its robust design ensures dependable and reliable performance, making it an ideal choice for a variety of ICs, transistors, and other electronic components.

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