36-6553-10

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Sockets for ICs, transistors, and other small, miniaturized electronic components have come a long way. From mechanical devices used to physically mount the electronic component to a circuit board, to printed circuit boards used to mount the components, tech evolution has led to sleeker and more robust designs for these socket types. One such advancement is the 36-6553-10 socket, which is a terminal socket with a compact design used primarily to mount integrated circuits (ICs).

The 36-6553-10 socket is constructed from a black, thermosetting, polybutylene terephthalate (PBT) plastic with gold-plated contacts and a retention Force greater than 8 N (Newtons). These contacts are configured in a 2x50-way, dual row pattern and are spaced at 0.050 inches apart in rows. The contacts are also 5.2 millimeters tall and the pockets are 5 millimeters deep.

Each terminal is a shrouded post terminal with three sections that together form a contact: the terminal mounting section, which attaches the terminal to the socket; a contact retention element, which is a mechanism that keeps the contact in the socket; and a mating section, which is the actual contact. The terminal is inserted into the socket such that the contacts engage their respective terminals. The connection is then held in place by four M3 screws, typically supplied by the socket manufacturer.

The working principle of a 36-6553-10 socket is simple. Connections are made when the terminals of the integrated circuit line up with the sockets of the socket and make contact. When the integrated circuit is inserted, a spring force is created between the contacts of the IC and the contacts of the socket, ensuring secure contact. This spring force is known as the contact retention force, and it helps to maintain a firm electrical connection between the IC and the socket, even when the socket is lightly vibrated or otherwise jostled. The contact retention force also keeps the components from slipping out of the socket, preventing damage to the integrated circuit and/or other components nearby.

As mentioned, the 36-6553-10 socket is primarily used to mount ICs, but it can also be used to mount other types of components, such as transistors, diodes, switches, resistors, and thermistors. The strong contact retention force of the socket allows for secure attachment of these components, reducing the risk of failure due to vibration or other movement. In addition, the socket’s small size and low profile minimize the footprint of the components, making it ideal for space-constrained applications.

Because of its relatively low cost and high degree of durability, the 36-6553-10 socket has become a popular choice for applications where space and cost are factors. It can be found in a wide variety of applications, such as medical devices, computers, telecommunication equipment, automotive electronics, industrial control systems, and many more. In addition, the socket is also compatible with automated surface mount technology (SMT) and wave soldering techniques, making it suitable for high-volume production.

In conclusion, 36-6553-10 sockets are highly versatile and, as such, can be found in applications across a wide range of industries. Their compact, robust design and high contact retention force make them suitable for use with integrated circuits and other miniature electronic components, and their compatibility with SMT and wave soldering techniques makes them ideal for high-volume production.

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