116-87-420-41-009101

Sockets for ICs, Transistors, are an important component in today\'s electrical engineering and can often be seen in a variety of applications. The 116-87-420-41-009101 socket is renowned for its versatility in applications ranging from consumer electronics devices and industrial telecommunication systems to military applications. In this article, we will explore what makes the 116-87-420-41-009101 socket unique and its many applications, as well as how it works and its internal design.

Application Field and Working Principle

The 116-87-420-41-009101 socket is a field-configurable and interchangeable socket that is used for a wide variety of ICs and transistors. It is commonly used to mount integrated circuits and transistors directly to a PCB (printed circuit board) and provide the necessary signal connection between the PCB and the corresponding IC or transistor. This reduces the need for using discrete components, such as wires, to connect the IC or transistor to the PCB for electrical signal transfer.

The 116-87-420-41-009101 socket works by providing electrical contact between the IC or transistor and the PCB via gold-plated contact pins. The socket has multiple layers of insulation that provide mechanical and electrical stability, and it is constructed from durable materials that are resistant to heat and cold. This makes it very reliable and able to withstand conditions encountered in a range of environments. The socket also has a spring-loaded locking mechanism that secures it in place on the PCB.

The 116-87-420-41-009101 is primarily used in consumer electronics, including audio/visual devices and portable devices such as portable phones and handheld computers. It is also commonly used in communications infrastructure equipment, such as optical transceivers and multiplexers. Additionally, the socket can also be used in telecommunications, industrial automation, and military electronics.

Design and Features

The 116-87-420-41-009101 socket is designed to provide a secure and reliable electrical connection between an IC or transistor and a PCB. As mentioned previously, the socket features a gold-plated contact pins used for electrical contact with the PCB. The gold-plated contact pins are designed for improved electrical conductivity and are durable against corrosion or degradation. In addition, the socket features a locking mechanism for securely attaching the socket to the PCB. This locking mechanism can either be a snap-engagement mechanism, a screw-locking mechanism, or a lever-activated locking mechanism.

The 116-87-420-41-009101 socket also features a specific \'dead-lock\' feature that will lock the socket in place even if the locking mechanism is disturbed or loses its grip. This prevents the socket from becoming dislodged, thus ensuring the stability of the electrical connection between the IC or transistor and the PCB. Furthermore, the socket is designed to provide electrical and mechanical stability, while also allowing for thermal shock and vibration tolerance.

Conclusion

The 116-87-420-41-009101 socket is designed with features that make it an incredibly versatile solution for connecting ICs and transistors to a PCB. Its gold-plated contact pins, multiple layers of insulation, and locking mechanisms make it very reliable in a variety of environments. Additionally, its \'dead-lock\' feature ensures that the socket remains secure even if the locking mechanism is disturbed. The socket is used in many applications, and can be found in consumer electronics, communications infrastructure equipment, telecommunications, industrial automation, and military electronics.