H814K7BCA

Through Hole Resistors

The H814K7BCA resistor is one of the most important components of a modern LED lighting system. It is a three-terminal through-hole resistor designed to provide precision resistive current control in a range of lighting applications. This device can be used in a variety of applications, from automotive to household lighting, and even in medical or industrial lighting. In this article, we will discuss the application field and working principle of the H814K7BCA resistor.

Application Field of H814K7BCA Resistor

The H814K7BCA resistor is mostly used in LED lighting systems that require precise current regulation and voltage stabilizing. In general, LED lighting systems require a high input supply voltage to operate. However, it is not possible to use the same supply voltage for every LED. Different LEDs require different voltages to operate within their specified parameters. This is where the H814K7BCA resistor comes into play. It is used as a voltage regulator to provide the necessary voltage to each LED.

The H814K7BCA resistor is also used in many other applications such as power supplies, solar cells, and various other DC applications. It can be used in a variety of lighting systems where a precise current regulation and voltage stabilizing is needed. It can also be integrated into a lighting system to provide reliable and precise lighting control.

Working Principle of H814K7BCA Resistor

The H814K7BCA resistor is essentially a three-terminal device. It has two resistive elements connected to a common output terminal (or ‘emitter’). When a current is passed through the resistor, the two resistive elements will divide the current from the output terminal. The current can then be accurately regulated according to the load requirements. The resistor also acts as a voltage stabilizer, preventing voltage spikes from reaching the LEDs.

The output current of the H814K7BCA resistor is very precise and can be easily adjusted by changing the resistor values. This allows the user to adjust the current to the exact value required for each LED, thus ensuring precise lighting control. Additionally, the device is also designed to be efficient, dissipating very little power when active.

Conclusion

The H814K7BCA resistor is an ideal choice for LED lighting systems. Its three-terminal design makes it easy to implement in any application and its precise voltage regulation abilities ensure reliable and consistent lighting performance. By using this device, it is easy to provide precise lighting control in a variety of applications, from automotive to household lighting.