MTSW-106-21-T-D-1075

MTSW 106-21-T-D-1075 is an electrical connector produced by MTSW. It is classified under the category of Rectangular Connectors - Headers, Male Pins. This connector is made of tin-plated stainless steel for increased durability and corrosion resistance. It is designed to withstand temperatures up to 260°C without exposing the operation of the connector to the environment. The connector features quick, easy installation and is available in both single and double row configurations.

The MTSW106-21-T-D-1075 connector is commonly used in industrial, automotive, and military applications. It is typically found in the power systems for equipment where durable, reliable electrical connections are required. The connector can also be used in wiring systems to provide reliable power distribution. Some of the common applications for the MTSW106-21-T-D-1075 include:

• Electronic panels
• Elevator control systems
• Security systems
• Industrial control systems
• On-board avionics

The working principle of the MTSW106-21-T-D-1075 is based on the basic principles of electrical connection. The connectors feature multiple brass-plated contacts that work together to form a secure electrical connection. When the contacts are pushed together, an electrical current is created as a result of the friction between the two materials. This current flows between the two contacts and creates an electrical connection.

The MTSW106-21-T-D-1075\'s housing is constructed from durable thermoplastic to provide additional protection against corrosion and wear. The contacts are fitted securely within this housing to ensure a proper electrical connection. The conductor pins are designed to be resistant to vibration and movement to ensure that they maintain a secure connection with minimal disruption. The contacts are also designed to provide low electrical resistance and stable contact resistance over a wide temperature range.

The MTSW106-21-T-D-1075 electrical connector has been designed for use in a wide variety of applications. It has been tested to meet stringent electrical and mechanical standards, making it an ideal choice for reliable power distribution and connection. It is a cost-effective solution for providing durable, reliable electrical connections in a variety of industries.