293721-2

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293721-2 Application Field and Working Principle

Solid state lighting (SSL) is an emerging technology with great potential. The new type of lighting is based on electrical semiconductor devices and features many advantages over traditional lighting technologies such as fluorescent and incandescent lamps. In order to use SSL technology in everyday lighting applications, electrical connectors need to be employed to enable electrical contact between the light fixtures and the lighting system. In this article we will discuss the use and function of the 293721-2 electrical connector in SSL applications.

Applications of the 293721-2 Connector

The 293721-2 electrical connector is a 16-pin connector that is mainly used in SSL devices and circuits. The connector allows for multiple LEDs and other components of the SSL circuit to be connected to the power supply. This type of connector is particularly useful in LED strips and other places where space is limited or small connectors are required. Additionally, since it is a waterproof connector, it can be used for outdoor applications where it can be exposed to rain or dampness.

Working Principle of the 293721-2 Connector

The 293721-2 connector features two metal contacts per pin that create electrical connections between the SSL circuit and the power supply. The contacts are made of tin-plated brass, which makes them highly conductive and corrosion-resistant, and they are connected to the circuit board via solder joints. This allows the connector to link the SSL circuit to the power supply. As each of the two contacts has a different voltage rating, the 293721-2 connector can provide separate signals for positive and negative voltages. In addition to this, the connector features an insulation disc that prevents shorts between the two contacts.

Advantages of the 293721-2 Connector

The 293721-2 connector provides a number of advantages for SSL applications. It has a low profile that can fit into small spaces, making it ideal for LED strips and other applications with limited space. Its corrosion-resistant nature also ensures that the connector can be used in damp environments or for outdoor applications. Furthermore, the two contacts per pin guarantee that separate signals for positive and negative voltages can be obtained, thus allowing for more flexibility in SSL designs.

Conclusion

The 293721-2 electrical connector is an excellent solution for SSL applications. It has a low profile that can fit into tight spaces, is corrosion-resistant and allows for separate signals for positive and negative voltages. This makes it an ideal choice for LED strips, outdoor applications or any place where space is limited or the environment is damp.

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