CD44S13E6RX09LF

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D-sub connectors are interfaces designed for high-performance signal and power applications. They can be found on the back panels of computers, mainframes, some office electrical equipment, and are also popular in industrial embedded systems. The CD44S13E6RX09LF is a type of D-sub connector specifically designed for applications that include severe shock and vibration. They are typically used in applications like military and aerospace, transportation, and off-road vehicles.

The CD44S13E6RX09LF is a 9-pin, water-resistant connector that is based on a “D-sub” configuration and made from steel housing. It is characterized by two insulated nests that holds the contact pins in place, a seal designed to keep out dust and contaminants, and the strength of the connector type. The housing of the connector is designed to be durable and will not bend or twist under vibration conditions.

The working principle of the CD44S13E6RX09LF connector is simple; when mating the two ends of the connector, the contact pins are held in place by two insulating nests. This design prevents any electrical arcing or shorts from occurring. The connector also features a dust seal, which provides extra protection against dirt and dust entering the connector. The seal is usually made out of a rubber type material and helps prevent corrosion in the internal parts of the connector.

The CD44S13E6RX09LF connector is designed for high-vibration applications including military, aerospace and transportation. The connector is extremely secure and easy to install; the components are held together with two rows of screws that can be tightened to ensure a strong and reliable connection. The connector has also been tested for electromagnetic compatibility, sealing, temperature cycling, and other environmental conditions.

The CD44S13E6RX09LF D-sub connector is ideal for applications that require a reliable connection in extreme climate or vibration conditions. It is rugged and easy to install, while its design ensures that it is protected against dust and contaminants. Due to its strong design, the connector is capable of withstanding even the harshest vibration environments.

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