1-350779-3

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Rectangular connectors are a wide variety of electrical connectors which come in various shapes and dimensions and are used in many different industries and applications. The most common rectangular connectors are housing, such as the 1-350779-3 model. This particular housing connector is designed to provide reliability and easy assembly, while meeting the needs of higher power-density applications.

When it comes to the 1-350779-3 rectangular housing connectors, this particular model is designed to meet harsh and high vibration requirements in most power-dense environments. It comes with a wide variety of features, such as locking lids, dimple latches, and various shell sizes, which make it ideal for larger applications. As well, the connectors come with a two-piece housing, which improves assembly time and helps to reduce any potential damage incurred.

The 1-350779-3 rectangular housings connectors are used in many different application fields. The most common uses are for instrumentation and general power enclosures, back planes, portable devices, telecom, medical, and automotive applications. This type of connector is also ideal for industrial motor control, audio, multimedia, and LED lighting systems.

When it comes to understanding the 1-350779-3 rectangular housing connector’s working principle, it is important to understand that these connectors are designed to meet higher power-dense environments. The connectors are designed to provide a reliable connection between current-carrying parts and the system printed circuit boards. The two-piece housing is made up of a receptacle and a complementary plug that has a two-piece latch mechanism that keeps the connection secure.

Overall, the 1-350779-3 rectangular housing connectors are designed to meet harsh and high vibration requirements within the most power-dense applications. This type of connector is used for a wide range of applications, such as back planes, portable devices, telecom, medical, and automotive applications. The working principle of these connectors is that they provide a reliable connection between current-carrying parts and the system printed circuit boards through a two-piece latch mechanism.

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