28-6556-10

Sockets for ICs, Transistors:

Integrated Circuits (ICs) and transistors are some of the most important components in modern electronic systems, from the latest communications technologies to the latest automotive designs. As such, the design of ICs and transistors and their corresponding sockets is critical to these applications. The 28-6556-10 socket, for example, is designed to meet the stringent requirements of mid-range and high-end applications. This article looks at the 28-6556-10 socket\'s application field and how it works.

Application Field Of 28-6556-10 Socket

The 28-6556-10 socket is a socket designed to be used in a wide range of applications. It is suitable for mid-range and high-end applications, including automotive, computing, medical, communications, industrial control, and instrumentation. Its robust design is able to handle high power, high frequency, high temperature, and vibration resistance applications. It also has a wide impedance range, which is very useful for applications that require precise matching of components such as filters and low noise amplifiers.

The 28-6556-10 socket is designed to be used with ICs and transistors that have a lead pitch of 0.1mm, which is a standard in the semiconductor industry. It is available in four different sizes, ranging from 12 to 40 pins, allowing for a wide range of applications. In addition, the 28-6556-10 socket can be used with leaded and surface-mount components and is available in both right-angle (horizontal) and vertical (vertical) mounting styles.

Working Principle Of 28-6556-10 Socket

The 28-6556-10 socket works by providing a secure contact between the IC and the socket, ensuring reliable performance. The socket uses a pin-and-socket contact mechanism where the pins of the IC are inserted into the sockets and retained with the help of tension springs. This ensures a secure connection between the IC and the socket. The contact resistance is assured through the combination of a solid metal frame and precision-manufactured metal springs. The frame also providing rigidity and vibration resistance.

To ensure optimal performance, each contact of the 28-6556-10 socket is plated with gold to provide low contact resistance, high wear resistance, and corrosion resistance. The gold plating also helps to make sure that the connection between the pin and the socket is consistently reliable throughout the life of the socket. In addition, the socket is designed to reduce crosstalk and ensure electromagnetic compatibility (EMC).

The 28-6556-10 socket is designed to meet the high standards required in mid-range and high-end applications. It has a robust construction that can handle high power, high frequencies, high temperature, and vibration resistance. In addition, it is designed for ICs and transistors with a lead pitch of 0.1mm and is available in four sizes and two mounting styles. Finally, it is plated with gold for low contact resistance, high wear resistance, and electromagnetic compatibility.