D38999/26FE26PC

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The D38999/26FE26PC is a group of circular, double-start threads, three-conductor facility connectors, and adapters developed to meet a wide range of applications. The combine variety of design characteristics makes the D38999/26PC suitable for use in many highly demanding applications. This article provides a general overview of the application field and working principle of the D38999/26FE26PC.

The D38999/26FE26PC connectors are designed for applications where there is a need to transfer electrical signals in a reliable and secure manner. The primary application of the D38999/26FE26PC is in military, aerospace and commercial aerospace systems. The connector is also suitable for use in commercial applications such as telecommunications, computer, medical and instrumentation systems. The unique design of the D38999/26FE26PC makes it ideal for applications requiring harsh environmental conditions such as high-temperature, vibration, shock, and humidity.

The working principle of the D38999/26FE26PC involves the use of a spring-loaded secure locking mechanism that ensures a dependable, and vibration-resistant connection. The main components of the connector are the female, and male parts. When the parts are connected the female side is first inserted into the male side and then secured with a locking mechanism. This ensures that the connection is held securely in place and cannot be accidentally disconnected.

The D38999/26FE26PC also features a variety of contact arrangements that can be used in different applications. The two most popular contact arrangement options are plug and receptacle. The plug can be inserted into a receptacle and held in place with a locking mechanism. This ensures that the contacts are securely held in place and are not easily disconnected. The contacts are designed to be both low-voltage and high-current and can be used in applications where the connector needs to transfer both power and signal.

The D38999/26FE26PC also utilizes an environmental sealing technology to protect the connector from external sources of dust, dirt, and moisture. The sealing technique involves a rugged elastomer that covers the contact area providing a moisture-resistant seal that is both reliable and durable. The elastomer also prevents the contacts from corroding due to moisture and dirt.

The D38999/26FE26PC provides a range of design features that are designed to provide the highest levels of reliability and performance. The connector is designed with an ultra-large contact area that ensures optimal contact between the contacts and provides increased mechanical stability. The connector is also designed with a double-start thread that provides for a tighter grip between the parts and helps to minimize the possibility of the contacts becoming loose over time.

The D38999/26FE26PC connector is also designed with a “floating pin” design that allows the contacts to move freely within the connector and helps to reduce the chance of electrical shorts. The “floating pin” design also provides for an increased flexibility in the design of the connector. This is because the contacts can be designed to be different shapes and sizes depending on the application.

In summary, the D38999/26FE26PC is a highly valued and reliable connector system that is suitable for a wide range of applications. The connector is designed with a variety of design features that make it suitable for use in highly demanding applications. The combination of a secure locking mechanism, environmental sealing technology, and a floating pin design makes the D38999/26FE26PC ideal for use in a variety of applications. The connector is furthermore designed with a variety of contact arrangements and is therefore suitable for transmitting both signal and power signals.

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