110-44-318-61-001000

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In order to accommodate different types of ICs and transistors, the use of sockets for these components is commonplace. Additionally, the use of sockets also serves to simplify the manufacturing process and ensure the quality of the device. This article will discuss a specific type of socket identified by the model number 110-44-318-61-001000 and will explain the application field as well as the working principle.

Description of the Socket

The socket model number 110-44-318-61-001000 is manufactured by a major electronic component manufacturer and is primarily used for attaching small discrete components to integrated circuit (IC) boards and printed circuit boards (PCBs). The socket itself is constructed in two parts: a ceramic body and a rigid metal contact. The contact is made of 18- gauge beryllium–copper and is connected to the ceramic body via a 20-mil plastic bypass.

This socket is specifically designed to accept a wide variety of discrete components such as transistors, diodes, and capacitors. The contact is designed to provide adequate contact between the component and the PCB or IC board. The contact area is also designed to be spaced 0.100 inches apart from each other which allows for efficient placement of the components. The contacts are also spaced with a 0.050 inch gap to ensure a secure fit.

Application Field

The socket model number 110-44-318-61-001000 is primarily used to attach small discrete components to integrated circuit boards and printed circuit boards. This socket has a wide range of applications such as automotive, industrial, and telecommunications. The socket is also used to connect small discrete components such as transistors, diodes, resistors, and capacitors. Its use will ensure that the components are securely connected and the device meets all quality standards.

The socket is also used in medical and aerospace applications. Its use in these fields typically requires precision connectors that meet all safety standards. The socket provides an efficient way to attach components securely and meet these requirements.

Additionally, the socket is often used in situations where the components are exposed to extreme environmental conditions. The contact area of the socket is specifically designed to be corrosion-resistant and will ensure a secure connection even in extreme temperatures.

Working Principle

The working principle of the socket model number 110-44-318-61-001000 is simple and efficient. The contact area is designed to accommodate a variety of component sizes and is spaced to ensure a secure fit when attached to the PCB or IC board. The 18-gauge beryllium–copper contact provide a strong and reliable connection that will ensure that the components are properly connected.

In order to securely attach the components, the contact area of the socket must be properly aligned with the appropriate place on the PCB or IC board. The components are then inserted into the corresponding holes in the socket and the contact area is firmly attached to the PCB or IC board. The contact area is designed to provide optimal electrical contact between the components and the PCB or IC board.

Finally, once the components are securely attached to the socket, the entire assembly may be soldered together to ensure a strong and reliable connection. This will ensure that the components are securely connected and remain in place during normal operation.

Conclusion

The socket model number 110-44-318-61-001000 is a unique and versatile socket designed for use with small discrete components such as transistors, diodes, and capacitors. Its application field is wide and its use is highly beneficial in automotive, industrial, and medical applications. Additionally, the contact area of the socket is designed to provide optimal contact and its contact area is corrosion-resistant and ensures a secure connection even in extreme temperatures. Furthermore, its working principle is simple and efficient, providing a secure and reliable connection.

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