2-1564412-1

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2-1564412-1 connectors are rectangular housings designed for electrical and electronic connections and come in various shapes and sizes. These connectors are made from die-cast aluminum and feature a metal alloy pin insert which is designed for multiple contact applications. The connectors have a low profile, highly durable construction that can easily withstand shock, vibration, and electrical interference. Additionally, they are also corrosion resistant and provide superior contact reliability.

A few of the most common applications for these connectors are: communication systems, testing and measurement equipment, instrumentation, medical devices, industrial and automotive control systems, and consumer electronics. 2-1564412-1 connectors are highly reliable and can be used in many different types of applications. Furthermore, these connectors are also used in some military and aerospace grades, and are available in many different operating temperature ranges.

The working principle of a 2-1564412-1 connector is relatively simple. It uses a metal contact pin insert, which is inserted into a die-cast aluminum housing. This insert prevents any type of electrical noise interference which is great for communication systems and other communication applications. Additionally, the contact pins are designed for multiple contact applications, which ensures optimum signal transfer. The housing is strong and durable, and is resistant to shock, vibration and electrical interference. Furthermore, the contacts are designed to ensure a tight and reliable connection.

In conclusion, the 2-1564412-1 connector is a popular and highly reliable solution for a number of different electrical and electronic connection needs. It features a low profile, highly durable construction that can easily withstand shock, vibration, and electrical interference. Additionally, it provides superior contact reliability and is also corrosion resistant. It can be used in multiple contact applications and is available in many different operating temperature ranges, making it a great option for communication systems, testing and measurement equipment, instrumentation, medical devices, industrial and automotive control systems, and consumer electronics.

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