HTSW-106-10-S-S-RE

The HTSW-106-10-S-S-RE is a rectangular connector used for connecting multiple circuits or components. It is comprised of two components: the header, which is the female connector that makes physical contact with the mating pin, and the male pin, which provides the electrical contact and is inserted into the header.

The HTSW-106-10-S-S-RE is a reliable way to create a connection between two components in a variety of different settings. It is designed to be used in the medical, automotive, aerospace, computer and telecommunications fields, as well as for any other industrial applications requiring a secure and reliable connection.

The HTSW-106-10-S-S-RE is a two-piece, straight-sided connector design with a 10-position configuration. It has a current rating of 3A, meaning it is capable of accepting and delivering up to 3 amps. It has a rated voltage of 450 VAC, meaning it can handle voltage up to that amount when in use. In addition, it has a temperature rating of 105°C, meaning it can safely be used in environments with high temperatures.

In terms of its physical characteristics, the HTSW-106-10-S-S-RE is designed to be a durable, reliable connection. It has a wire range of 22-20 AWG, meaning it can accept wires of a variety of different sizes. It also has a contact resistance of 10 mΩ, meaning it will transfer power efficiently from one connection to the other with minimal resistance. The contact material used in its construction is gold-plated phosphor bronze, meaning it is corrosion-resistant and able to withstand vibrations over time.

The working principle of the HTSW-106-10-S-S-RE is simple. The male pin is inserted into the header where it makes contact with the female contact points inside the header. A secure connection is established when the male pin is fully inserted into the header. The connection is then complete and can safely be used to transfer power between two components.

In conclusion, the HTSW-106-10-S-S-RE is a reliable and durable rectangular connector used for connecting multiple circuits or components. It is suitable for use in a variety of different fields, and its working principle is simple and efficient. It is a great choice for any application requiring a secure and reliable connection.