STMM-113-01-G-D-SM-K

STMM-113-01-G-D-SM-K is a type of header system, which is designed to ensure reliable transmission of data signals between different components. The basic construction of this type of connector consists of two mating parts, namely header and male pins. The header is a plastic housing containing multiple slots, pins, and wires. The pins are inserted into the slots and wired with the appropriate signal. The male pins, which are held in place by the plastic housing, make physical contact with the pins in the header to ensure reliable signal transmission.

The unique design of the STMM-113-01-G-D-SM-K is what makes it suitable for many applications. The connector utilizes gold-plated contacts and low-noise pins to ensure reliable connection and minimize interference and noise. The connector also features a three-point contact system and pre-cored pins for easy installation. The header and pins are designed for airtight protection against dust and water for an extended lifetime of reliable performance.

STMM-113-01-G-D-SM-K is widely used in many applications such as industrial, automotive, audio/video, computer, telecommunications, and more. It is used to transmit digital and analog signals in a range of speeds. This type of connector is highly compatible with many communication systems, making it a popular choice for connecting a variety of electronic devices. Additionally, the connector is capable of supporting transmission speeds up to 1.25 GB/s, making it suitable for high-speed applications.

Due to its reliable performance and wide range of applications, the STMM-113-01-G-D-SM-K has become a popular choice for connecting data cables. The gold-plated pins and low-noise pins make it suitable for transferring data signals with minimal interference. The pre-cored pins also make installation quick and easy. In addition, the connector is designed to be airtight for an extended lifetime of performance. All of these features make the STMM-113-01-G-D-SM-K connector a reliable and cost-effective solution for many applications.

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