CCB JHSP.B1-KSLQ-GCG5-DEEF-1-R18-S-XX

LED indication is used to indicate the status of an output by illumination of a LED. Belonging to the discrete type of LED indication, the CCB JHSP.B1-KSLQ-GCG5-DEEF-1-R18-S-XX is a type of optical semiconductors module intended for PCB installation. In this article, we will look at the application fields and working principle of this technology.

Application Fields

The CCB JHSP.B1-KSLQ-GCG5-DEEF-1-R18-S-XX is commonly used in the medical field, such as medical catheters, endoscopy equipment, patient monitors, and other treatments. It also serves as an indication solution for products like DVD players, VCRs, video game consoles, and other electronic equipment. Furthermore, this LED can be found in precision instruments like ultra-sonic distance meters, automotive testing equipment, and high-end audio systems.

Working Principle

The CCB JHSP.B1-KSLQ-GCG5-DEEF-1-R18-S-XX LED indicator works by filtering the current through its internal resistor and LED. The LED is then driven in a ON/OFF mode when an electrical signal from the processor board or other controlling devices is sent to the LED. When the voltage goes higher than the forward voltage of the LED, the LED emits light. This light is then filtered to whichever color it is programmed to be, thus indicating the status of the output.

This LED indicator also has the ability to alternate between multiple colors depending on the signal that is sent to it. The LED is programmed to recognize different signals, each of which can be designed to emit a different color. The LED is then able to alternate between those colors when it senses different signals.

The CCB JHSP.B1-KSLQ-GCG5-DEEF-1-R18-S-XX LED Indicator also has built-in filters to reduce electrical interference and signal noise that could cause disconnection or lack of response. This helps to ensure that the LEDs run smoothly for a long time.

Conclusion

The CCB JHSP.B1-KSLQ-GCG5-DEEF-1-R18-S-XX is a discrete type of LED indicator for PCB installations. It is commonly used in medical, electronics, and precision instruments in order to indicate the status of an output. The LED is programmed to recognize different electrical signals, which can be filtered to either ON/OFF mode or different colors. This helps to provide a reliable indication solution for different products.