C566C-AFF-CU0V0341

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Discrete LED indications are essential components in various types of industrial and consumer applications, from small equipment to complex machinery. The C566C-AFF-CU0V0341 is a tamper-resistant discrete LED indicator that is widely used in machinery, computers, lighting systems, and other applications where a status or warning light is needed. This article provides an overview of the application fields and working principle of the C566C-AFF-CU0V0341.

Applications

The C566C-AFF-CU0V0341 is suitable for a wide range of applications. It is widely used in machines and equipment which require an intuitive and reliable indication. Examples include machines and equipment that need to show operational status, warn of hazardous conditions, and provide alarm signals. In addition, the indicator can be used in medical devices to detect medical conditions and changes in biometric readings. Other applications include lighting systems, security systems, automotive controls, and electronic toys.

The C566C-AFF-CU0V0341 is also suitable for low-voltage applications, such as battery-operated systems and energy-efficient lighting designs. The reduced energy consumption ensures a long life for the indicator, along with reliable operation at lower temperatures. Finally, it is highly reliable and can withstand the rigors of the most extreme operating environments.

Working Principle

The C566C-AFF-CU0V0341 discrete LED indicator is constructed with a high-efficacy white or colored LED source and several control components. Its basic function is to indicate voltage or current by creating an on/off signal. The indicator has a phototransistor, which acts as a switch, in parallel with the LED. In order for the indicator to work, the phototransistor needs to be activated by the LED. When the LED is off, the phototransistor is open and current does not flow. When the LED is on, the phototransistor is closed and current flows through both the LED and the phototransistor.

The C566C-AFF-CU0V0341 is designed to be extremely tolerant to electrical noise, eliminating false alarms and unnecessary downtime. The phototransistor is integrated into the module and is protected against interference, while the LED is covered by an opaque housing to protect against accidental light exposure. The indicator’s tamper-resistant design means that it can be installed in areas that are difficult to access, and the LED is rated to operate over a wide voltage range.

Conclusion

The C566C-AFF-CU0V0341 discrete LED indicator is a reliable, versatile, and energy-efficient indicator for a wide range of industrial and consumer applications. Its tamper-resistant design makes it suitable for use in areas where visibility is difficult to access, and its high-efficacy LED source ensures reliable operation even in extreme operating environments. The indicator’s phototransistor is integrated into the module and is protected against interference, while the LED is rated to operate over a wide voltage range. Furthermore, the indicator’s energy efficiency ensures a long and reliable life.

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