104-13-652-41-780000

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Sockets for ICs, transistors, and other components are commonly used in electronics industry. A variety of sockets exist to suit the kind of integrated circuit (IC) or transistor being used. The socket type is typically determined by the needs of the application and may be classified as either an active or passive device. An example of a socket type is the 104-13-652-41-780000 series. The purpose of this socket is to provide secure and reliable mechanical support for ICs, transistors, and other components of electronic systems.

Overview

The 104-13-652-41-780000 series socket is a passive type of fitting that is commonly used with integrated circuits and transistors. It is basically a small metal or plastic frame with metal pins of different lengths and sizes extending from it. This socket type has two sets of pins, one set that engages the leads of the IC or transistor, and the other which is used to provide electrical connections. The socket is secured to the PCB of an electronic device via a series of either screws or threaded fasteners. The contacts of the pins are usually plated with gold for increased reliability and longevity.

Types

The 104-13-652-41-780000 series socket is available in a variety of different types and sizes, such as Type A, Type B, Type C, Type D, Type E, and many others. Each type has its own specific characteristics and pin configuration. The most common types are the Type A and B sockets, which are designed to provide a secure fit with integrated circuits as well as transistors.

Applications

These types of sockets are commonly used in a variety of applications, especially those involving integrated circuits and transistors. For example, they are often used in portable electronic devices such as cell phones, computers, and other consumer electronics. The sockets are also used in industrial settings for controlling machines and other devices. In addition, they are widely used in military and aerospace applications.

Working Principle

When an IC or transistor is placed in the socket, the pins of the socket make electrical contact with the leads of the device. This allows electrical and data signals to be transferred between the socket and the device. In addition, the sockets provide support for the device and prevent it from becoming dislodged. The pins are also used to provide power to the device.

Advantages

The use of sockets provides numerous benefits, including increased reliability and increased life of integrated circuits and transistors. Additionally, it helps to reduce costs associated with repairs and replacement of components. Sockets allow the use of smaller components in a greater variety of combinations, and make it easier to conduct repairs and modifications on existing devices.

Disadvantages

Some of the disadvantages of using sockets include the limited number of connections that can be made at any one time, as well as the fact that the sockets may not be compatible with all types of components. Additionally, sockets may become loose or dislodged due to fluctuations in voltage or other factors.

Conclusion

The 104-13-652-41-780000 series socket is a commonly used fitting in the electronics industry. It provides secure and reliable mechanical support for ICs, transistors, and other components. The socket is available in a variety of different types and sizes, and is used in a wide variety of applications. The socket provides numerous advantages, including increased reliability and longer device life. While there are some limitations, the use of sockets is often preferred over soldering due to its convenience and ease of use.

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