L17DM537403

L17DM537403 Application Field and Working Principle

The L17DM537403 is one of the most popular D-Sub, D-Shaped Connectors. It is versatile for a variety of applications and offers both secure and reliable connections. It has two features that make it stand out: a wide range of operating temperatures and a compact design.

The L17DM537403 D-Sub, D-Shaped Connectors is designed to fit into small spaces. This makes it ideal for tight installations or areas where space is limited. The connector also allows easy mounting and quick removal. Additionally, the structure ensures reliable, durable, and safe connections.

The operating temperature range for the L17DM537403 D-Sub, D-Shaped Connector is -40°C to +105°C. This makes it suitable for a wide array of applications and environments, including automotive, industrial, and electronic applications. The connector is Ruggedized and has a maximum saturation voltage of 150V. The encapsulated body protects the contact from short circuits, dust, water, and vibration. And the additional strain relief provides excellent mechanical durability.

The working principle ofthe L17DM537403 D-Sub, D-Shaped Connector consists of a male and female contact system. The male contact has a square-type insulation sleeve and four flat contact heads. The female contact has four rectangular contact heads and a hexagonal lug. When the male and female contacts are connected, the hexagonal lug engages the square-type insulation sleeve and the four flat contact heads press against the four rectangular contact heads to form a secure connection. The contacts are held firmly in place by the molded plastic body. This provides solid connections and secure connections while minimizing the risk of noise or data loss.

The L17DM537403 D-Sub, D-Shaped Connector is a reliable and cost-effective solution for many applications. Due to its wide temperature range and durable design, it is suitable for a variety of applications. Additionally, users can rely on the connector’s secure and reliable connection to make sure their data and signal transmissions are attended to effectively.