36-3551-16

Sockets for ICs, Transistors

The 36-3551-16 application fields and working principles of a socket are used to accept Integrated Circuits (ICs) and transistors into a socket on a printed circuit board, so that the state of the circuit can be tested and measured. They are used when a careful examination is needed that a broken circuit cannot provide. The socket is used to plug into the circuit board and can be used for testing both normal and abnormal conductivity.

Working Principle

The 36-3551-16 sockets are made with two or more holes for each type of connection contact. Each connection has its own individual lead which when plugged into the socket provides a connection between the terminals of the IC or transistor. The leads of the 36-3551-16 socket are made of metal and have an inner resistive layer that carries the current to the IC or transistor. This metal layer is pre-tinned to protect the contacts from oxidation.

When the leads of the IC or transistor are inserted into the holes of the socket, electrical connections are established between the IC or transistor and the components connected to the head of the socket. This connection is further enhanced by the presence of the inner resistance layer that conducts the current between the lead and the contact. This further improves the connection between the lead and the contact, thus providing a reliable connection.

Application Fields

The 36-3551-16 socket is widely used in various circuit boards, including printed circuit boards, sockets, and transistors. These are often used in industrial, automotive, and consumer electronics applications. The socket is often used to provide circuits, such as for counting and sequencing applications or for testing. These sockets are also used to provide protection to the circuits, and also to reduce the likelihood of short circuits occurring, due to the presence of the inner resistance layer.

The 36-3551-16 socket is also used to make connections with microprocessors and ASICs, which are often used in consumer electronics. They are also used in manufacturing systems, as well as in the design and operation of small robotic systems. These sockets are often used for connecting microprocessors and ICs, and can also be used for connecting transistors and other semiconductor devices.

Benefits

The 36-3551-16 socket provides many benefits, such as providing reliable connection, reducing the possibility of short circuits, and also providing protection from oxidation. It also provides a connection between the IC or transistor and the components connected to the head of the socket. Additionally, the metal layer on the lead provides a reliable and secure connection.

The 36-3551-16 socket is also beneficial in that it can provide a wide variety of applications in a wide variety of fields. It can be used for a number of different applications, including manufacturing, and also for testing and counting. Additionally, these sockets can be used for connecting microprocessors and semiconductor devices, as well as for connecting transistors and other components.

Conclusion

Overall, 36-3551-16 sockets are a great tool for highly specialized applications that require testing and measuring. They are beneficial in that they can provide reliable connections, reduce the possibility of short circuits, and also provide a range of applications in a variety of fields. Additionally, the metal layer on the lead provides a secure connection, reducing the likelihood of oxidation and further enhancing the connection between the lead and the contact.