MTMM-112-04-F-D-010

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MTMM-112-04-F-D-010 is a type of rectangular connector - a header with male pins. This versatile connector is used in a wide variety of applications that need electronic data transfer or power supply.

The MTMM-112-04-F-D-010 connector has two rows of four pins. This double-row structure offers greater stability and robustness than single-row connectors. The header itself also features two mounting points, giving it a reliable base for the connection.

The male pins are made from high-grade materials such as brass, copper, and nickel. These are highly durable and conductive, making the connection reliable and secure. The pins are plated with a special finish, making them resistant to corrosion and protecting the connection against oxidation.

The pins are spaced at a nominal pitch of 4mm, which is an industry-standard. This helps ensure compatibility with other types of rectangular connectors. It also makes it easier to interface with other components, allowing the connector to be used with a wider range of devices.

The MTMM-112-04-F-D-010 connector is used in a wide variety of applications across many industries. It can be used to transfer analog and digital signals between components in consumer electronics, computer systems, and even in equipment used in industrial automation. It is often used in areas where a reliable and secure connection is required, such as factory automation, automotive, and aviation.

The working principle of the MTMM-112-04-F-D-010 connector is fairly simple. The male pins provide an electrical connection between two components. When the connector is inserted into the header, the pins make contact with the contacts on the header. The electrical current then flows through the pins, allowing the transfer of data or power.

The MTMM-112-04-F-D-010 connector is an excellent choice for applications that require a reliable and secure connection. Its robust and durable structure makes it ideal for environments where it is subject to mechanical stress and vibration. Its double-row structure also offers greater stability and support, making it suitable for high-speed and high-frequency applications.

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