HTSW-147-26-G-S

The HTSW-147-26-G-S is a rectangular connector typically used as a header or pin in electrical systems. It consists of two sets of two rows of interlocking male pins that have a 0.6mm pitch and the choice of 26 or 30 contacts. The connector has a standard 1mm creepage, making it suitable for low voltages.

The connector is made of a high temperature thermoplastic material that is able to withstand temperatures up to 150°C. Its secure locking system also prevents accidental uncoupling of the two mating parts. Additionally, the connector is UL approved.

HTSW-147-26-G-S connectors are widely used in low current consumer electronics, such as cell phones, MP3 players, cameras, and laptop computers. They are also found in automotive and industrial applications including temperature sensing, data acquisition, and comfort control. The connectors are suitable for a large variety of applications.

The HTSW-147-26-G-S is a type of polarized board-to-board connector that allows for secure mating of two mating components. It is designed to often be used as a replacement for standard headers or pins. The connector has a pin configuration that can be easily configured. The connector is ideal for space constraints and board-to-board connections.

The working principle of the HTSW-147-26-G-S involves the insertion of a male pin, which is then locking into the female part of the connector. There is also a locking mechanism that prevents unintentional disconnection of the two parts. The connector is also designed with mechanical interference fit lances that allow for secure seating of the plugs. The plug also incorporates metal shields which provide electromagnetic protection.

In conclusion, the HTSW-147-26-G-S is a rectangular connector typically used as a header or pin in electrical systems. It is a UL approved device that can withstand temperatures up to 150°C. It is used in low current consumer electronics as well as automotive and industrial applications. The connector has a pin configuration that can be easily configured and includes a locking mechanism to prevent unintentional disconnection. The connector is also designed with mechanical interference fit lances that allow for secure seating of the plugs and provides electromagnetic protection.