HTSW-103-11-L-S-RE

The HTSW-103-11-L-S-RE is a rectangular connector with male pins and headers. It is commonly used to connect wires or devices in many electronic and electrical applications. It has a broad range of applications, including in the medical, automotive, industrial, and military industries.

The connector features an insulation displacement contact (IDC) technology which allows for quick and reliable connection with less soldering. The HTSW-103-11-L-S-RE connector has a one-piece construction, with an incorporated shell for superior durability. It also has a positive locking action for a secure connection.

The contact pins are designed to fit firmly, yet easily, into any type of square or rectangular receptacle. The pins are made of a high-quality dielectric material which ensures a smooth insertion path and improved electrical insulation. Additionally, they have a low insertion force which enables easy and smooth operation.

The HTSW-103-11-L-S-RE connector is designed with a five-pole design that allows for two electrical connections in each contact. This makes it ideal for differential, analog, and digital signals. Additionally, it supports a wide range of current levels, ranging from 0.2A to 3A. Its voltage rating is up to 250V.

The working principle of the HTSW-103-11-L-S-RE is based on the electrical current or signal it transmits. It uses the IDC technology to quickly and reliably connect wires and devices. The pins are made of dielectric material for improved electrical insulation and smooth insertion, and the connection is secured with a positive locking action.

The HTSW-103-11-L-S-RE offers a wide range of applications in medical, automotive, industrial, and military industries. It is the ideal connector for two electrical connections in each contact, as well as for different types of signals. It utilizes a reliable IDC technology for quick and secure connections, and its voltage rating is up to 250V. With its five-pole design, it is ideal for analog, digital, and differential signals and also supports a wide range of current levels.