SSW-106-02-T-D

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SSW-106-02-T-D, a rectangular connector in the category of Headers, Receptacles, and Female Sockets, is a widely used electronic component due to its cost effectiveness, ease of use, and reliability. It is popular in applications including power management and data transfer. This article will serve to explain the field of application and working principle of SSW-106-02-T-D.

The SSW-106-02-T-D is specialized for both power and signal connections. This type of connector is typically used to connect two mating components with a male and female socket. The contact polarization features prevent improper mating of electrical contacts, making the SSW-106-02-T-D an ideal choice for connecting circuits with impedance. Additionally, the built-in strain relief and board support features make the SSW-106-02-T-D an ideal choice for board-to-board connection in applications with a high degree of vibration or heat. Lastly, the connector is designed to meet applicable standards in order to ensure a safe and reliable performance.

The working principle of the SSW-106-02-T-D is based on electrical contact, which enables direct conductivity between two or more cables. The male and female sockets can be connected and connected in a wide variety of scenarios. The contact independent locking system provides secure connections. Additionally, ejectors are incorporated to ensure easy removal of the connectors. The robust design is also waterproof, dustproof, and flame retardant, making the SSW-106-02-T-D suitable for harsh environments.

In summation, the SSW-106-02-T-D is a rectangular connector in the class of Headers, Receptacles, and Female Sockets. This connector is used widely for power and signal connections because of its cost effective, ease of use, and reliability. It boasts contact polarization features to prevent improper mating, strain relief, and board support for increased vibration and heat resistance, and a contact independent locking system for secure connections. Further, the waterproof, dustproof and flame retardant construction makes it suitable for harsh environments.

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