APA-324-T-J

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The APA-324-T-J is one of the most common types of sockets used in integrated circuits, transistors and other active components. This high-performance socket is designed for applications where a low insertion force is required and high reliability must be maintained. It features a spring-loaded, low-profile design that allows it to fit into tight spaces and it has an extended temperature range for improved durability.

The APA-324-T-J is constructed of high-grade materials and is rated to withstand temperatures up to 125°C. The socket has two pins that are spring-loaded and designed to contact the device pins and form an electrical connection. The pins are kept in place by a stainless steel cover that provides additional support and protection. The spring-loaded design also helps maintain a low insertion force, which is important for preventing damage to the device\'s delicate components.

The base of the socket is designed to provide a secure fit into the PCB. The socket has heat-sink tabs that allow it to dissipate heat efficiently and keep sensitive components from overheating. The tabs also ensure that the socket is properly grounded for improved reliability. The socket also features insulation strips which help to prevent accidental shorts and improve safety.

The APA-324-T-J is capable of functioning at high frequencies up to 100 MHz and delivers an exceptional signal integrity performance. It has a proven track record for consistent top performance in the most demanding applications, especially those with strict temperature requirements. The socket is designed to be compatible with any kind of IC package, and its low insertion force makes it suitable for automated assembly processes.

The APA-324-T-J is an excellent choice for any application requiring high-performance, reliability, and safety. It is easy to install, requires minimal maintenance, and is capable of withstanding high temperatures and frequencies. In addition, its small size, low insertion force, and high signal integrity make it ideal for tight spaces and challenging applications.

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