MTMM-116-06-G-D-230

MTMM-116-06-G-D-230 is a production of Molex Rectangular Connectors - Headers, Male Pins. It is a two-part receptacle system with standard height and pitch. It has a unique design that provides a secure connection without the need for additional hardware.

The MTMM-116-06-G-D-230 is primarily designed for the use in a wide range of consumer products, such as computers, instruments, audio and video systems, and other electronic devices. It is also well suited for industrial applications and can be used in many other applications.

The MTMM-116-06-G-D-230 is designed to provide reliable and durable connections. It uses a two-piece design to ensure a tight fit and maximum contact surface area. The design minimizes contact pressure and transfer of heat, providing a secure connection with minimal wear. The low profile design ensures that the width and height of the connectors can be minimized while providing sufficient contact area for reliable data transfer.

The MTMM-116-06-G-D-230 is suitable for both through-hole and surface-mount applications. It is compatible with a variety of mounting configurations, including standard and custom panel mount hardware. The contacts are also hot-swappable and can be quickly and easily changed during installation. The contacts are made of a nickel-plated brass material, and the insulator and contact material meet all the requirements of UL 94V-2.

The MTMM-116-06-G-D-230 is designed for use in harsh environments. It is rated for a temperature range of -40°C to +85°C and a humidity range of 10% to 95%. It is also tested for vibration, shock, and corrosion resistance. The contact design also provides protection against contact welding and short-circuit conditions.

The MTMM-116-06-G-D-230 is a reliable and durable connection system for a wide variety of applications. Its two-piece design ensures a secure fit and maximum contact area while still providing a low profile and profile depth. Its low profile design also helps minimize its footprint, providing a more efficient use of space in densely packed areas. Furthermore, its resistance to shock, vibration, and corrosion make it ideal for use in harsh environments.