MMT-132-01-S-DV

The MMT-132-01-S-DV is an example of a rectangular connector- a device used to create an electrical connection between two surfaces. This connector consists of two parts, the header and the male pins, each of which serves its own purpose in establishing a connection. Let’s take a closer look at the application field and working principle of the MMT-132-01-S-DV connector.

The MMT-132-01-S-DV is commonly used to connect circuits, boards, and other electronic components. It has an LVDS transmission capability of up to 6 Gbit/s, making it a great choice for high speed data transmission applications. It is commonly used in applications requiring strong shock and vibration resistance. The header and male pins are able to handle up to 20 or 25 contacts respectively, allowing for a wide range of applications.

The MMT-132-01-S-DV connector works much like other connectors. When the header and male pins are brought close together, an electrical connection is established. The header is typically the stationary device, while the male pins are connected to a surface or board. The male pin contacts are designed to fit snugly into the receiving sockets of the header, creating a strong connection.

To ensure proper connection, two key components are used: the pins and sockets. On the header side, contact openings are fitted with round sockets designed to securely grip the pins. On the male pin side, small, cylindrical pins are used to bridge the connection between the header and the surface or board they’re connected to.

Due to its reliable performance and low cost, the MMT-132-01-S-DV connector is a popular choice for many electronics applications. It is well-suited for applications that require shock and vibration resistance, as well as for applications that require high speed data transmission.

In summary, the MMT-132-01-S-DV is a cost-effective and reliable rectangular connector that is well suited for many electronics applications. It can be used to quickly and securely establish an electrical connection between two surfaces, making it an ideal solution for many high speed data transmission applications.