HMTSW-101-07-T-S-017

HMTSW-101-07-T-S-017 is a rectangular connector - headers, male pins. It comprises of two parts that make up the complete connector. The first part is the pin header, and the second is the terminal block. These two components are connected by a soldered connection.

In terms of applications, HMTSW-101-07-T-S-017 connectors are mainly used for cable and wire clamping, cable routing, circuit protection, and quick connection and disconnection of electrical circuits. HMTSW-101-07-T-S-017 connectors are suitable for automotive, industrial, medical, and computer applications including sensor and signal transmission.

The pin headers of the HMTSW-101-07-T-S-017 provide secure mechanical connections between two circuit boards and are commonly used in PCBs for transmitting high-frequency signals such as those used in communications networks. The terminal block component is used to connect the power supply to the board and integrate with other boards. The terminal block enables the passage of high-speed signals. It also provides a secure, reliable connection that allows for easy maintenance.

The working principle of HMTSW-101-07-T-S-017 is relatively simple. When the two components of the connector are connected, an electrical connection is established between the two boards. The pins of the pin headers are then inserted into the corresponding slots of the terminal block and secured with nuts and bolts. This creates a reliable, high-quality connection between the two boards. Once the cable or wire is connected to the pin headers, they ensure that the signals can pass between the two circuit boards without interference.

In conclusion, the HMTSW-101-07-T-S-017 is a rectangular connector - headers, male pins that is mainly used in automotive, industrial, medical, and computer applications that require quick connection and disconnection of electrical circuits. The two components of the connector, the pin header and the terminal block, are connected via a soldered connection that allows signals to pass without any interference.