CLX6C-FKB-MH1M1D1BB7D3D3 Optoelectronics

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LED (Light-Emitting Diode) indicators are a common and cost-effective way to provide visual indication of the status of a system, process, or component. These devices come in a variety of shapes, sizes and colors, and are used in many different applications. One specific example of a LED indicator is the CLX6C-FKB-MH1M1D1BB7D3D3, a discrete LED indicator designed primarily for use in industrial and automotive applications. This article will provide an overview of the LED indicator\'s application field and working principle.

Application Field

The CLX6C-FKB-MH1M1D1BB7D3D3 LED indicator is used primarily for industrial and automotive applications, where visibility and reliability are paramount. It is a discrete LED device, meaning it functions independently of other components on the board or circuit. The LED indicator features a bright yellow glow that is easily seen in daylight, making it perfect for use in applications where operators or maintenance staff needs to be able to quickly and accurately assess whether a process is working correctly or needs intervention.

The CLX6C-FKB-MH1M1D1BB7D3D3 LED indicator is also well-suited to outdoor applications, as it is able to hold up against harsh temperatures, humidity, and other environmental conditions. The LED indicator offers an IP68 rating, meaning it is dust tight and submersible to a depth of 1m, making it suitable for use in applications where water and debris may be present.

Working Principle

The CLX6C-FKB-MH1M1D1BB7D3D3 LED indicator works in a straightforward fashion. It consists of a diode and a current limiting resistor that are connected in series with a power supply, usually a battery or DC voltage. When the voltage is applied, current flows through the diode, activating it and causing it to emit light. The current limiting resistor provides protection against abnormal current flow, limiting the current to a safe level and preventing damage to the LED indicator.

The brightness of the LED indicator can be adjusted using a variety of techniques. Common options include changing the voltage or the resistor size, or adding a control circuit to regulate the current flow. The LED indicator will also gradually dim over time, as the diode begins to degrade due to use. For this reason, it is important to check the LED indicator periodically to ensure that it is still working correctly.

Conclusion

The CLX6C-FKB-MH1M1D1BB7D3D3 LED indicator is a versatile and reliable discrete LED indicator that is well-suited for a variety of industrial and automotive applications. The LED indicator consists of a diode and a current limiting resistor that are connected in series with a power supply, allowing it to emit light in response to an applied voltage. The brightness of the LED indicator can be adjusted by changing the voltage or the resistor size, or by adding a control circuit. The LED indicator also offers an IP68 rating, ensuring it is dust tight and submersible to a depth of 1m.

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