C5SMB-BJS-CP14Q4T1

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LEDs have long been an attractive form of visual display because of the low power requirements, impressive reliability, and eye-catching visual impact they offer. Discrete LEDs, such as the C5SMB-BJS-CP14Q4T1, offer a reliable means of indication using LEDs that can be easily integrated into a wide range of devices. In this article, we will explore the application field and working principle of the LED indicator C5SMB-BJS-CP14Q4T1.

Applications

The C5SMB-BJS-CP14Q4T1 is a surface mount, wide angle LED indicator. This type of LED indicator is commonly used in a variety of applications. These can include medical, industrial and consumer electronics, as well as automotive and robotics. The wide angle illumination and excellent reliability makes this type of LED indicator suitable for indicating the status of an electronic device such as a battery, or a condition of a process controller.

The C5SMB-BJS-CP14Q4T1 is available in a variety of colors, including red, amber, green, blue, and white. This makes it suitable for applications where different colors are used to indicate different states or conditions. For instance, a medical device may use a red LED to indicate a critical alert, and a green LED to indicate a successful operation.

The C5SMB-BJS-CP14Q4T1 can also be used in applications where the LED indicator must be visible in a brightly lit room or environment. The indicator has excellent brightness, with typical luminous intensities ranging from 1 to 8 candelas.

Working Principle

The C5SMB-BJS-CP14Q4T1 is a highly reliable LED indicator that operates using the same principle as other LED-based indicators. This consists of a semiconductor material, typically gallium phosphide (GaP) or gallium arsenide (GaAs). The electrons and holes in this semiconductor material move in response to a current, and when they recombine they emit light. This light is what is seen when the LED indicator is illuminated.

The C5SMB-BJS-CP14Q4T1 is powered by a voltage of 3.2 to 3.6 volts. When current is applied to the indicator, it will emit light at a specific wavelength. This wavelength is determined by the material used for the semiconductor, as well as the type of phosphor coating on the LED indicator. Depending on the particular type, the C5SMB-BJS-CP14Q4T1 can emit light at wavelengths ranging from 460 nm to 620 nm.

The C5SMB-BJS-CP14Q4T1 is designed to be driven by a DC current, typically ranging from 8mA to 30mA. This current will result in the LED indicator exhibiting a certain level of brightness, as well as a specific color. The relationship between current, voltage, and brightness can be adjusted via a potentiometer, which is typically situated on the base of the indicator.

Conclusion

The C5SMB-BJS-CP14Q4T1 is a highly reliable surface mount, wide angle LED indicator. It is typically used in a variety of applications, from medical and industrial to consumer electronics, automotive and robotics. The indicator operates using the same principle as other LED-based indicators, whereby current is applied to the indicator to make it emit light at a specific wavelength. The brightness of the indicator can be adjusted via a potentiometer.

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