MTMM-104-06-G-D-020

MTMM-104-06-G-D-020 is a type of rectangular connector. It belongs to the family of Headers, Male Pins. This type of connectors is widely used in computers, networking, audio, and automotive applications.

This connector is designed for use in various applications and is available from manufacturers in a wide variety of configurations. The connector is typically constructed from brass or copper and is plated with gold or tin to provide corrosion resistance. The design contains a male pin on the top and bottom of the connector. This male pin is specified as a size of 0.062 inches (about 1.5mm).

The connector has two electrical contacts. The contacts are usually a female end that can accept a range of wire sizes. This ensures that the connection is secure. The wire is then soldered onto the back of the connector. The connector also has a series of mounting holes that can be used for mounting onto a variety of different surfaces.

The MTMM-104-06-G-D-020 connector is designed to provide electrical connectivity between two different pieces of equipment. It is a low-cost, high-performance solution for applications where ease of use and robustness are key factors. This connector can be used in a variety of applications, including automotive, computers, electronic instrumentation, communications, medical, and industrial automation.

The MTMM-104-06-G-D-020 connector is used in a range of applications due to its ability to effectively transfer signals over short distances. The connector is easy to install and provides a reliable connection between two pieces of equipment. It is also designed to withstand a range of temperatures, ensuring reliability in a range of environments. Additionally, the connector is designed to resist dust, dirt, and other debris, making it a reliable solution for harsh environments.

The working principles behind the MTMM-104-06-G-D-020 connector are all based on the fact that the two electrical contacts, the female contact and male pin, must be connected firmly. The electrical signal is then passed between them. When a wire is connected to the female contact and soldered onto the back of the connector, an electrical connection is formed and the signal passes through the connector to the other end. This connection process requires minimum setup and that the two contacts are secure before the signal is passed.