STMM-122-02-G-D-SM

The STMM-122-02-G-D-SM connector is a popular type of rectangular connectors - headers, male pins widely used for various industrial, avionic and telecommunication applications. It is designed to match with STMC-122-02-G-D-SM female header and made of high-efficiency, temperature-resistant, highly insulating material. The connector has two mating parts - head and body. The head comes in an easy-to-use design that requires only two screws and a washer to install the connector securely in the device.

The unique feature of the STMM-122-02-G-D-SM connector is its high-level signal integrity and minimal electromagnetic interference. The body is made up of a texturized dielectric; this helps in ensuring the contact points of the connector remain insulated and the signal remains protected. The connector also boasts of an excellent grounding system. It features two durable grounding clips which securely attach the connector to the chassis or device.

Another major advantage of using the STMM-122-02-G-D-SM connector is its low cost. Due to its simple construction, it is very affordable to use in modern applications. It is UL approved and comes in a variety of sizes and mating configurations to suit all kinds of applications. The color-coded – less prone to errors – assembly of the connector makes it easier to assemble the connector in the device.

The working principle of this connector is simple yet effective. The contacts of the two mating parts of the connector bear a cross-sectional area of contact. The electrical current travels from one contact point to the other in the form of a closed loop. The plastic is compressed between the two contacts when the connection is made, thus forming an air-tight connection. The current then flows with minimal resistance and minimal level of signal interference. Moreover, the contact connection design makes the contact connection safe and reliable.

In conclusion, the STMM-122-02-G-D-SM connector is one of the best choices for applications where high signal integrity and minimal electromagnetic interference is required. Its simple yet effective design and affordable price make it a popular choice for industrial, avionic and telecommunication applications.