MMT-104-02-SM-DH-A-P-TR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MMT-104-02-SM-DH-A-P-TR rectangular connector consists of a male pin and a female header for the ultimate combination in outdoor and dense environments. They are designed to maximize reliability in signal and power connections for a wide range of applications. The main objective of this connector is to provide a stout connection between two separate components in a secure manner with minimal resistance and peak voltages.

The female header is composed primarily of several tin-plated contact points that allow a conductive connection between two separate components. A thin layer of insulation between each contact point ensures that there is no electrical interference between them. The male pin contains a flat surface which is covered with a layer of gold alloy that provides an extremely low-contact resistance surface when mated with the female header.

The MMT-104-02-SM-DH-A-P-TR connector uses a phenolic insulation material to cut down on exposure to the elements and an integral latch design to secure it to its mate. It offers reliable performance in temperatures ranging from -55oC to 200oC, making it suitable for a number of demanding electronics applications. These include military and aerospace equipment, computers, communications equipment, medical devices, and home appliances.

The working principle of the MMT-104-02-SM-DH-A-P-TR connector is based on the contact interface between the male pin and the female header. When the two components are mated, the contact points are compressed together to establish an electrical connection. The compression of the contact joints against the copper surface ensures that the electrical connection remains solid until the parts are separated. This connector is capable of transmitting up to 6 amps and a peak voltage of 300 volts.

Overall, the MMT-104-02-SM-DH-A-P-TR Rectangular Connector - Header, Male Pin offers a reliable connection that is extremely low resistance enabling and efficient signal transmission. It is designed to meet extreme temperatures making it the ideal choice for a variety of demanding electronics applications. It is also highly resistant to exposure to the elements.

The specific data is subject to PDF, and the above content is for reference