E5288-320045-L

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Modular connectors, more commonly referred to as Jacks, are an essential element of modern communication systems. The E5288-320045-L jack is manufactured for use with military and aerospace applications, and is designed to offer high reliability in challenging environments. This guide will provide an overview of the E5288-320045-L jack and its working principle, so that readers can understand the practical applications and benefits of this versatile connector.

Application Field

The E5288-320045-L jack is primarily used in military and aerospace applications, and is designed to provide reliable performance in harsh conditions. The component is rated to operate between 0°C and +70°C, and offers an IP67/IP68 dust and water ingress protection rating. Within the aerospace sector, the jack can be used in aircraft control systems, displays, instrument panels, avionics, and more.

The E5288-320045-L jack is commonly used in military applications because of its reliable performance in extreme environments. The jack is commonly used in communications systems, radar systems, navigation equipment, and unmanned aerial vehicles. It is also used on ground vehicles, marine vessels, and submarine applications.

In both aerospace and military systems, the E5288-320045-L jack is a reliable choice for applications where space, weight, and mechanical strength are essential.

Working Principle

The E5288-320045-L jack is a three-position, fully shielded, modular connector designed for use with high frequency signals. It is designed to support up to 10Gbps of data, and is rated to withstand up to 10,000 mating cycles. The component features an array of inter-mateable contacts, which are wire-wrap type electrodes.

The jack has a number of electrical characteristics that make it suitable for its intended applications. It has a low insertion loss, and it has been designed to reject ESD and RF interference. The component also has a durable, low-resistance design, with contact resistance of 1 m Ohm. As a result, it is extremely reliable and capable of high-speed data transfer.

The E5288-320045-L jack is also capable of withstanding high temperatures, and is rated at 200°C for up to five seconds. This makes it suitable for use in high-temperature environments. The component is also designed to provide shock and vibration protection, and it is tested to MIL-STD-202F for shock and vibration.

The component has a low profile design and is very easy to install and remove. It features two anti-rotation pins and a keyway that prevents misalignment. This makes it an ideal choice for applications requiring easy assembly and maintenance.

Conclusion

The E5288-320045-L jack is a reliable and rugged connector designed for use in aerospace and military applications. It is suited for high temperature and high frequency applications, and offers exceptional electrical performance and shock and vibration protection. The jack has a low profile design, and it is easy to install and remove. With its wide range of practical applications, the E5288-320045-L jack is an invaluable component for the aerospace and military industries.

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