MTSW-110-09-G-D-460

The MTSW-110-09-G-D-460 is a rectangular connector header, a type of electrical connector that has a male pin that can be used in a wide range of applications. These headers have a contact surface and a locking mechanism to keep the pins from becoming disconnected. The MTSW-110-09-G-D-460 are also known as a “3M” header, which designates the number and type of pins the header has.

The MTSW-110-09-G-D-460 headers are designed for use in high density applications, where the number of pins that need to be connected is limited and space is limited. The headers are particularly useful for applications such as industrial and medical equipment, robotics, and consumer electronics.

The pin pitch and orientation of the MTSW-110-09-G-D-460 headers are designed to reduce the number of relays and switches required for the application. In addition, the design helps to reduce cross-talk, electrical noise, and interference between the contacts. The contacts are also designed to allow for easy insertion and removal of the connectors.

The MTSW-110-09-G-D-460 header connectors are manufactured to meet specific electrical and mechanical standers. The contact surfaces on the pins are plated with gold to ensure good contact integrity and to provide maximum electrical performance. The electrical current ratings for the MTSW-110-09-G-D-460 header connectors vary depending on the application.

The working principle of the MTSW-110-09-G-D-460 header connector is simple. The connection is made when the pins are inserted into the board and secured using the locking mechanism. The contacts on the pins provide a secure connection between the board and the pins. When the header is disconnected, the contacts between the pins and the board are released, allowing the pins to be removed.

The MTSW-110-09-G-D-460 header connector is an excellent choice for applications where space is limited and there are a limited number of pins that need to be connected. The contact surfaces are plated with gold, ensuring good electrical contact, and the locking mechanism ensures that the pins stay connected. In addition, the pin pitch and orientation of the header is designed to reduce the number of relays and switches required for the application, while also providing an optimal electrical performance.