69-PGM11030-11

The 69-PGM11030-11 is a universal socket for ICs, transistors, and other electronic components. It is designed for immediate connection of an integrated circuit or transistor into a circuit or board without the need to solder. The socket eliminates the need for soldering of component wires or pins, and provides a more reliable connection than using conventional soldering techniques.

The 69-PGM11030-11 socket is a high-quality socket that has been designed to accommodate devices having a wide range of pin lengths and configuration. It can be used to make connections between integrated circuits, transistors, and other electronic components. The socket is designed to provide an electrical and mechanical connection, without the need for soldering or providing physical alignment. This prevents wiring errors, such as mismatched pins or incorrect alignment.

The 69-PGM11030-11 socket has an integral mechanical lock mechanism for secure installation. This mechanism provides the necessary mechanical force to ensure secure connection and reliable operation. The socket also provides electrical and thermal isolation between the component and the supporting board. This prevents electrical shorts, and also reduces thermal damage to the components.

The 69-PGM11030-11 socket utilizes a spring-pin technology for connection. This technology allows for rapid connection and disconnection of components, without the need for soldering. This makes it ideal for use in production line and assembly operations, as well as testing and troubleshooting applications. The socket also has a spring-loaded tension adjuster that allows for adjustment of spring tension to ensure a secure connection.

The 69-PGM11030-11 is a versatile socket that can be utilized for connecting a range of electronic components, including ICs, transistors, and other electronic components. It can be used in a variety of applications, including those that require complex connections and signal transmission, as well as in basic applications. This socket is an efficient and cost-effective method of making connections between multiple electronic components with minimal effort.