36-6575-16

Sockets for ICs, Transistors are used in high performance applications where there is a need to maximize power output without jeopardizing safety or performance. The 36-6575-16 socket is one such socket designed to work with high-power, high performance ICs and transistor packages. This article will explore the application field of this socket and its working principle.

First, the application field of the 36-6575-16 socket should be discussed. This socket was designed to be used with pin grid array (PGA) packages, including CPGA, OPGA, and PGA. These packages are optimized for high power applications due to their ability to dissipate heat from the die, while also providing enough electrical isolation for proper isolation between the pins and package leads. This socket is ideal for use with CPGA, OPGA, and PGA ICs and transistors, as it offers superior electrical and thermal performance and high contact reliability.

Next, the working principle of the 36-6575-16 socket should be explored. The socket works by making use of a proprietary spring-loaded plunger design, allowing it to maintain a consistent force over the entire operating range. This plunger design allows the contactors to be connected away from the pins, providing accurate contact even at temperatures beyond their design limits. The socket also features a blade-design contact that eliminates issues related to mismatching ICs and transistors, and eliminates the need to trim and lapping techniques.

In addition, the socket utilizes a unique three-point control feature that reduces the contact resistance and contact interface wear. This feature works by increasing the number of points of contact between the contact surfaces, enabling the contactor to remain stable while dissipating heat quickly. This ensures reliable contact and a longer life for the socket, as well as lower electrical resistance and less wear on the contact surfaces.

Last, the 36-6575-16 socket’s design also includes a flexible lead frame that helps reduce the number of connections that need to be made. This feature further increases contact reliability and reduces the amount of wiring that needs to be done. This helps to ensure a longer contact life and a safer connection between the ICs and transistors.

In conclusion, the 36-6575-16 socket is an ideal choice for applications requiring high-power, high performance ICs and transistors. This socket’s design enables it to maintain a consistent force over the operating range and provides a reliable contact interface. Additionally, its flexible lead frame and three-point control feature help minimize connection issues and increase contact reliability. When used in combination with CPGA, OPGA, and PGA ICs and transistors, this socket is sure to provide the highest performance for the application.