MTSW-136-13-T-S-295

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The MTSW-136-13-T-S-295 is a rectangular connector and header with male pins. This type of connector is mainly used in electronic and electrical applications, such as to interconnect PCBs, and to link multiple pieces of equipment together. It is commonly used for applications involving telecommunication, sound systems, computer networks, and other connection-dependent systems.

The MTSW-136-13-T-S-295 has a 136-pin configuration and is 13mm square in size. The pins are arranged in a pattern, with 13 pins in each row. The pins are made from tin plated copper alloy, and the majority of the connector is made from nylon 6 for extra strength and durability.

The MTSW-136-13-T-S-295 uses a board-to-board system. This makes it easy to connect multiple printed circuit boards together. This system helps prevent failure due to shock or vibration. Each pin is assigned its own circuit path, and each pin has a conducting area that is independent from the others.

The MTSW-136-13-T-S-295 also has insulation displacement contacts, or IDC. This feature allows for an easy connection of wires to the pins, since the wire will make contact with the pin without soldering. This also helps to provide reliable and secure connections. The pins are spaced at a distance of 0.1 mm for optimal contact between the boards.

The MTSW-136-13-T-S-295 also has anti-misalignment features. This includes pins that are slightly bent to account for misalignment of the two boards. This helps to maintain proper contact between the two boards, and helps to prevent failure due to vibration or shock. Additionally, the pins have protection against oxidation to ensure a long-lasting connection.

The MTSW-136-13-T-S-295 is an ideal connector and header option for a variety of applications due to its reliable and secure design. It features IDC contacts, and anti-misalignment features, which help to provide reliable and secure connections. Its material composition helps to provide extra strength and durability, which is needed in applications involving shocks and vibrations. Additionally, its board-to-board system makes it easy to interconnect multiple printed circuit boards, making it an ideal choice for a variety of connection-dependent systems.

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