HTSW-132-20-G-T

Rectangular Connectors - Headers, Male Pins

Application Field and Working Principle of HTSW-132-20-G-T

The HTSW-132-20-G-T is a specific model of rectangular connector in the Headers, Male Pins category. This type of connectors consists of open female terminal headers and male terminal pins. Female headers can be assembled and interconnected on wires, while male pins are usually soldered to a PCB board. This device is mainly used to connect two electrical circuits, providing both mechanical support and electrical connection.

The model HTSW-132-20-G-T is a pitch 2mm header discrete connector with an operating temperature range between -55° to +105°C and a 5.3A current rating. Its insulator is made of polyamide or a flame retardant material, depending on the application and the contacts are made of phosphor bronze.

HTSW-132-20-G-T offers several advantages, among them is its versatility. It can be used in a large variety of applications, such as in medical, industrial, consumer, and audio and video equipment. Thanks to its durability, it can operate in conditions of extreme temperature, vibration, pressure, and shock.

The working principle of HTSW-132-20-G-T is that when assembled it creates a solid and reliable electrical contact, establishing a mechanical and electrical connection between two separate circuits. As electrical power flows through the circuit, the copper contacts associated with both terminals meet and transfer electric current from one circuit to the other.

Most rectangular connectors, including the model HTSW-132-20-G-T, are designed to be used in a pressure-fit application, meaning that they are designed to be pressed together, without the need for additional components such as screws or bolts. This means that assembly is fast and easy, and requires minimal tools or specialized equipment.

Overall, the HTSW-132-20-G-T model is a reliable and efficient device. It offers a solid connection between two circuits, and can be used in a wide range of applications. It is an ideal choice for those seeking an affordable and efficient way to connect a variety of circuits in their design.