C4SMF-BJF-CR0U0351

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LEDs are a type of discrete indicator found in many industrial applications. The C4SMF-BJF-CR0U0351 is a low-current, single-output LED indicator that provides reliable operation in a wide range of applications. This article will discuss the application fields and working principle of the C4SMF-BJF-CR0U0351.

Application Fields

The C4SMF-BJF-CR0U0351 is an efficient, reliable, and low-cost indicator for numerous applications. It is used in automotive systems for parking brake light warning alerts, as well as power and diagnostics status indicators. The indicator is also popular for circuit breaker and safety switches, security monitoring systems, and multirotor controllers. Furthermore, the C4SMF-BJF-CR0U0351 can be used to provide warning indicators in hazardous and explosive environments.

Working Principle

The C4SMF-BJF-CR0U0351 LED indicator works off of a low-current system. This allows it to be tiny and cost-effective, while delivering reliable and consistent performance. The LED will light up when a positive voltage is applied across its two terminals, typically either 5volts or 12volts. The indicator will typically remain activated for up to 750 milliseconds, or half a second, after the voltage is removed. This can be adjusted using a capacitive timing circuit when needed. The LED is constructed from a high brightness phosphor, which helps to ensure it will be easily visible in any lighting conditions. The C4SMF-BJF-CR0U0351 is also built to withstand considerable shock and vibration, making it a great choice for harsh environments.

Conclusion

The C4SMF-BJF-CR0U0351 is a low-cost, reliable, and low-power LED indicator that can be used in numerous applications. It is often used for automotive systems, circuit breaker and safety switches, and multirotor controllers. The C4SMF-BJF-CR0U0351 utilizes a low-current system, which allows it to remain tiny and inexpensive, while providing consistent performance. The LED is constructed from a high brightness phosphor, allowing it to be clearly visible in any lighting conditions. Additionally, the indicator is designed to withstand considerable shock and vibration, making it a great choice for hazardous and explosive environments.

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