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Socket for ICs, Transistors

28-6511-10 application field and working principle is a type of socket commonly used with integrated circuits (ICs), transistors, and other electronic components. The device is made up of two parts, an IC socket itself and the associated components that make up the power and signal connections.

The Socket

The socket itself serves to hold the IC and provide physical protection and insulation from external sources of interference. In operation, the 28-6511-10 consists of a plastic or ceramic case, with metal contact pins located at intervals along the sides of the case. These contact pins act as the electrical connection elements between the socket and the IC, providing power and signals that the IC needs to function.

Power and Signal Connections

The 28-6511-10 utilizes a common power and signal connection method. On the sides of the socket, contact pins are numbered and arranged in pairs. Each pair consists of one power pin and one signal pin. Pins are connected to the IC\'s power and signal connection pads with a probing tool. The pins are all connected together to form one single power or signal line.

Pins and Positional Encoders

The 28-6511-10 can be used to make connections to integrated circuits with several different pin layouts. The pins can be arranged in any combination of two, three, or four signal pins and one power pin. There are also positional encoders located on along the edge of the socket, which help to suppress contact noise and maintain the signal integrity.

Protective Shield

The 28-6511-10 also contains a protective shield which covers the IC and socket from outside influence. It serves to protect the socket and IC from physical damage, dust, dirt, moisture, and other environmental factors. It also serves to provide some level of electromagnetic immunity.

Applications

The 28-6511-10 is commonly used for connecting integrated circuits, transistors, and other electronic components to power and signal lines. It is often used in automotive, medical, industrial, and military applications. Due to its robust design, high level of protection, and low signal attenuation, it is an ideal choice for many applications ranging from low to high power.

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