MTMM-108-13-G-D-485

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MTMM-108-13-G-D-485 is a type of rectangular connector or header with Male Pins. This type of connector offers a range of features for different applications and has a particular working principle for power transmission and data flow.

ApplicationsThis connector is primarily used in communication and data transmission systems, such as radio and computer components. The MTMM-108-13-G-D-485 connector is also used in a wide range of industrial control systems, security systems, and automotive systems. The connector also allows the components to be mounted through mounting holes.

FeaturesThe MTMM-108-13-G-D-485 connector is made of durable, corrosion-resistant brass and is designed for superior performance in harsh environments. The connectors come with a die-cast aluminum housing that is designed to seal tightly against outside contaminants and provides excellent protection from voltage and other electrical hazards. Additionally, the connector is designed to be moisture and impact resistant and has an increased thermal stability.

Working PrincipleThe MTMM-108-13-G-D-485 connector transmits power and data through a galvanized and silver-plated contact. This contact is designed to provide a tight fit and consistent electric conduction when connected. The Galvanic Contact allows for low power and signal loss due to high resistance. Additionally, the silver plating helps the contact resist corrosion and offers a high insulation value for higher voltage applications. The contact is then sealed with a soft plastic cover that helps protect it from environmental damage.

The MTMM-108-13-G-D-485 connector is a reliable and durable connector designed for a range of applications and environments. It is a cost effective and efficient alternative to other communication and data transmission systems. The connector is designed to provide superior performance in demanding situations and has a built-in safety feature that prevents electric shock. Additionally, the connector offers excellent performance in terms of power transmission and data flow, making it an ideal choice for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference