TSM-110-04-L-SH-LC

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TSM-110-04-L-SH-LC Application Field and Working Principle

The TSM-110-04-L-SH-LC, is a rectangular connector,with headers,male pins,and low insertion force. It is designed for reliable interconnection of printed circuit boards, and is ideal for providing reliable mechanical and electrical connections between board-to-board and wire-to-board types of applications.

The design of the TSM-110-04-L-SH-LC, is suitable for applications that require a space-saving connection, in the pin-grid array, as well as stacked board designs. The low insertion force design makes it ideal for applications that require frequent engagement and/or disengagement. The operating temperature range is from -25°C to +85°C.

When using this type of connector, the electrical connection is made between the male and female pins. The male pins are located at the connector side and the females, at the host side. In order to ensure a secure, strong connection, the pins contact each other with a viselike tightness.

The male pin is made of a high number of spring pins coated with gold for corrosion resistance. That is because a high number of pins spread the electrical current over a larger area and allows for higher current levels (Low resistance). The female head has a gimlet point, that makes inserting and seating the pin effortless.

In order to create a reliable connection between the female and the male, the TSM-110-04-L-SH-LC also features crimping and retention mechanisms. Those will protect the pins from being pulled out of the connector by the users or by external force.

The TSM-110-04-L-SH-LC is an optimal solution for applications that require reliability, security, and low reactance. It is suitable for commercial, industrial, and automotive applications, and can be applied in most applications where a robust, secure electrical connection is needed.

The TSM-110-04-L-SH-LC, due to its low insertion, its superior shielding and its mechanical strength, is also an ideal choice for applications where vibration, dust, or temperature are factors. Its low insertion force makes it an optimal solution for boards or wires that require frequent connection and disconnection, such as test benches and prototyping.

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