HTSW-105-07-TM-T-LL

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The HTSW-105-07-TM-T-LL is a variety of rectangular connectors from the Headers, Male Pins series. It is designed for use in high temperature applications and is made from a thermoplastic material.

The HTSW-105-07-TM-T-LL is composed of two parallel rows of contacts, with each row containing seven contacts. The contacts are arranged in a pattern where each contact is adjacent to the next contact, forming a straight line in each row. The contacts are arranged around a central pin or header, with the male pins being on the top and the female pins at the bottom of the unit. The contacts are gold-plated with an insulated thermoplastic material which provides good electrical insulation and thermal conductivity.

The HTSW-105-07-TM-T-LL is used in a variety of different applications including medical device, automotive electronics, general electronics, industrial controls, telecommunications, aerospace and defense. It is also used in industrial robotics applications in which its high temperature insulation and good electrical insulation are beneficial. The device is also often used as an input/output connector for other high temperature electronic components, such as PLCs and high speed digital processors.

In terms of its working principle, it is based on electrical conductivity. The gold-plated contacts on the HTSW-105-07-TM-T-LL are connected to electrical current so when an electronic component is connected, it draws in the current, allowing it to operate. The contacts are insulated, which prevents them from shorting out and also prevents electrical energy from running through the device. The gold plated contacts also provide maximum thermal conductivity, ensuring that any heat produced by the device does not build up and damage the unit.

The HTSW-105-07-TM-T-LL has become an increasingly popular form of rectangular connectors due to its excellent thermal and electrical insulation properties. It is becoming increasingly common to include these connectors in a range of different applications due to its versatility and reliability. Its high temperature insulation and electrical insulation make it a great choice for use in many different types of electronic components, such as sensors, controllers, and other high speed digital processors.

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