MTSW-110-28-S-D-877

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The MTSW-110-28-S-D-877 rectangular connector is a type of male pin. It is designed for use in applications that require high-reliability, more secure interconnections for signals over short distances. These types of connectors are commonly found in electronics such as satellite communication systems, chip packages and data communication equipment.

The MTSW connector is a two-piece assembly consisting of a mating header and male pin. The header has two rows of 28 pins, arranged in a grid and spaced 0.110 inches apart (2.8mm). The male pin has a corresponding number of contacts and is designed to fit securely into the receiving end of the header. The pin contacts are slightly tapered at the tip to provide a secure connection. Additionally, the pins are gold-plated to ensure corrosion resistance and improve electrical performance.

To ensure a secure connection, the MTSW connector includes a self-latching mechanism. This feature keeps the mating pin and socket locked in place, eliminating the need to replace or tighten them during installation. Additionally, the connector also includes an integrated gasket to provide environmental sealing and prevent dust, moisture and other contaminants from entering the connector.

The MTSW connector is a high-performance interconnect solution designed for harsh environments. It has the ability to withstand high temperatures, vibrations, and shock, as well as chemical and mechanical corrosion. The connector also provides reliable electrical performance with low insertion loss and return losses. It is designed to perform well in high-speed applications such as Ethernet, digital audio/video, and telecommunications.

The MTSW-110-28-S-D-877 connector is a reliable solution for applications that require secure and reliable connections over short distances. The connector has a self-latching mechanism to ensure a secure connection, and is designed to provide superior electrical performance in high-speed applications. Additionally, the connector is designed to withstand harsh environmental conditions such as extreme temperatures, vibrations, and shock, as well as chemical and mechanical corrosion.

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