D38999/26FJ35SN

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D38999/26FJ35SN connectors are commonly used in multiple industries and have the power to make communication more efficient. They are commonly found in avionics, aerospace, communication and defense applications as they offer high performance and secure connection. This article will explore the application field and working principle behind the D38999/26FJ35SN connector.

Application Fields

D38999/26FJ35SN connectors are mainly used in environments where electrical connections must endure severe elements, vibration, and shocks. These environments include: avionics, aerospace, military, and defense. This type of connector is usually used in state-of-the-art defense, communications, and navigation systems due to their durability and reliable performance.

Avionics applications include aircraft, flight control systems, navigation computers, and audio systems. In these applications, the robust design of the D38999/26FJ35SN connectors ensures continuity of operation and accurate signal transmission even under extreme external conditions. The rugged shell is able to protect delicate internal components from potential harm.

In aerospace applications, these connectors are used to transmit data to guidance systems, engine control signals, fuel systems, and other necessary aviation systems. The reliable performance of these connectors ensures that they are always able to deliver high-speed data transmission without any hiccups.

Military and defense applications include control systems for military boats, ships, and submarines. These connectors are also used in military ground vehicles, aircraft, and tactical communication systems. The reliable performance of these connectors ensures that they always work under extreme conditions.

Working Principle

D38999/26FJ35SN connectors are designed to provide secure and reliable connection between two systems. The connectors are made of high-quality materials to withstand extreme environmental conditions. The connectors include a dielectric panel, a contact chamber, and a locking system for secure attachment. The dielectric panel is the outermost component of the connector and is made up of plastic material. This panel provides electrical insulation and mechanical rigidity.

The contact chamber is the innermost part of the connector which consists of contacts and pins. These contacts and pins are made out of metal and are interconnected to form the electrical connection between the two systems. The locking system is used to firmly attach the two sections of the connector. The locking system includes metal cables which link the two sections together.

When the two sides of the connector are connected, the contact pins are mated and the electrical connection is established. The contact pins press strongly against the contact chamber and the dielectric panel ensures that the electrical connection is secure. The locking system also ensures that the two sections of the connector remain firmly secured and are able to withstand any external force.

The D38999/26FJ35SN connector offers excellent performance in extreme conditions and is used extensively in various industries. The robust design of the connector ensures reliable performance and secure connection in all environments. The application field and working principle of the connector make it an ideal choice for avionics, aerospace, communication, and defense applications.

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