Rectangular Connectors - Headers, Male Pins

The MTMM-101-06-G-D-200 is an example of a rectangular header connector with male pins. This type of connector is used to transmit signals and power from one device to another, and the 206 contact positions are spread along two rows of the connector. It is common in electronics and telecommunications applications such as video and audio, portable medical devices, data centers, and computer networking.

Applicable Standards

This particular product meets the international safety and performance standards of the Underwriters Laboratories (UL) and the Canadian Standards Association (CSA). It also meets the stringent requirements of the European standard for electronic and telecommunications products (EN 60603-7-2). The gender of the pins is clearly marked for installation accuracy.

Physical and Environmental Characteristics

The MTMM-101-06-G-D-200 is composed of a UL94V-0 housing and a polyphenylene oxide (PPO) insulator. The rated voltage and current are 150VAC and 8 amps, respectively. The temperature resistance range is -55°C to +105°C. The connector is also UV-resistant and RoHS (Restriction of Hazardous Substances) compliant. The pegs of the connector are securely held in place with both soldering and a mechanical retention system.

Working Principle

When the connector is mated with another device, the two rows of pegs become connected and power is transferred between them. The electrical signals travel through the pins and out to the other device, where they are further processed. Additionally, electrical power can be transmitted between the devices, which can be loaded down to drive the other device. This connector is suitable for both digital and analog signals, allowing for the communication of both computer and audio/video signals.

Conclusion

The MTMM-101-06-G-D-200 is a rectangular connector with male pins that is ideal for electronic and telecommunications applications. It is compliant with relevant industry standards, and its physical and environmental characteristics make it suitable for a wide range of applications. It is well-suited for both digital and analog signals, and provides an effective and reliable way to transmit signals and power from one device to another.