LTMM-105-01-SM-D-SM-K-TR

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Rectangular connectors are the most commonly used type of electronic connectors and are available in different formats and sizes. The LTMM-105-01-SM-D-SM-K-TR header is one such example. It consists of two rectangular stems that come together at a right angle. It is typically used when the application requires interconnections between two different PCBs.

The LTMM-105-01-SM-D-SM-K-TR header is a 2-pin header in a package size of 1mm x 5mm. It has a pitch of 0.5 mm and a front side mating area of 5 mm². The header has a gold-plated elastomeric contact system. It is intended for a wide range of electronic manufactoring applications, including those in automotive, consumer electronics, and industrial control systems.

The working principle of the LTMM-105-01-SM-D-SM-K-TR header is straightforward. The header consists of two male pins, which are designed to fit into the female sockets on either side. The pins are held into place by a metal spring, which keeps the pins in place once they are mated. This ensures a rigid connection between the two mating components. The pins can be soldered to either the board or component by means of a heat-resistant material such as solder.

The LTMM-105-01-SM-D-SM-K-TR header offers several advantages compared to other types of connectors. First, it is extremely lightweight and small, making it ideal for applications that require a compact form factor. Second, it is designed for high-speed data transmission and has a high signal integrity. Lastly, it is able to withstand extreme temperatures and other harsh environmental conditions.

In conclusion, the LTMM-105-01-SM-D-SM-K-TR header is an ideal solution for applications that require reliable connections between two separate PCBs. This 2-pin header is lightweight, small, and designed for high-speed data transmission. It also offers a high signal integrity and is able to withstand extreme temperatures and other harsh environmental conditions. As such, it is suitable for use in a wide range of electronic manufactoring applications, including those in automotive, consumer electronics, and industrial control systems.

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