D38999/26FJ4PB

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D38999/26FJ4PB is a type of military-grade connector. It is designed for high electrical integrity and environmental withstand, and is widely used in demanding applications. Applications of D38999/26FJ4PB include aerospace projects, avionics components, ground vehicle and naval vessels.

The key features of D38999/26FJ4PB include superior quality and high stability with MIL-DTL-38999 Series III standards. Its configuration contains the 38999 series III shell size 25 and covers with retention clips. The crimp contact has a current rating up to 40 Amp and has a UL94 rating of V-2. Its contact has a gold plating finish, which gives it higher resistance to abrasion, and helps reduce the chances of contact failures. It is capable of operating in extreme temperatures (-65°F to 250°F) and able to withstand considerable electrical and mechanical shocks and vibration.

Work Principle of D38999/26FJ4PB

The connectors are designed to provide a secure and reliable electrical connection which can survive high levels of vibration and shock without failing. The connectors are also designed to mate with high contact pressure, ensuring the electrical connection is steady and secure. The contacts are made of high-grade hard gold for superior electrical conductivity and abrasion resistance. The shells of the connectors are made of highly corrosion resistant aluminum alloys.

The connectors are designed to be dust-resistant, and use locks and keying such as threaded coupling nuts with O-ring seals to ensure that no dust or moisture can penetrate into the connectors. The contacts use pressure-activated pins and sockets to make sure their connection is tight and secure. The connectors come with several types of contact configuration and several mounting options, making them suitable for different applications.

D38999/26FJ4PB connectors are widely used in aerospace and avionics components, such as airframes, engines, and equipment. Their superior construction ensures years of reliable operation. The connectors can also be used in ground vehicle and naval vessels. They have excellent environmental withstand and interference immunity, making them ideal for high-reliability applications.

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