MTSW-114-09-T-S-485

MTSW-114-09-T-S-485 Application Field and Working Principle

The MTSW-114-09-T-S-485 is a rectangular connector, specifically – a header with male pins. It is designed for installation into printed circuit boards (PCBs). The connector is fully compliant with the MIL-C-39029 specification.

The pin count of the connector is 14. The width of the connector is 9.00 mm and its length is 114.00 mm. It is thus considered a standard-sized header.

Application Field

The MTSW-114-09-T-S-485 is generally used in PCBs within the commercial, industrial and military sectors. It is intended for a wide range of applications, including communication systems, control systems, power management, motor control and more.

Working Principle

The male pins in the MTSW-114-09-T-S-485 are designed to allow rigid and reliable electrical connections to be established between the connector and a PCB. The pins are small enough to fit completely inside the header, making them relatively easy to install.

The pins are also designed with a positive locking mechanism, so once they are securely in place, they are not likely to come loose. This helps to ensure the electrical connection is r reliably established and cannot be accidentally disrupted.

Implementation Considerations

Given the size and shape of the connector, it is possible to fit multiple connectors into the same PCB. However, the actual number of connectors that can fit will depend on the design of the PCB.

When installing the connector into a PCB, it is important to ensure that the pins are securely in place and that the connector is firmly attached to the PCB. This will help to ensure a reliable electrical connection and reduce the risk of disruption or disconnection.

Conclusion

The MTSW-114-09-T-S-485 is a rectangular connector, specifically a header with male pins, designed for installation into PCBs. It is suitable for a wide range of applications, including communication, control, power management and motor control. The connector is also designed with a positive locking mechanism, helping to ensure reliable electrical connections and minimal risk of disruption or disconnection.