precision high voltage regulator

Precision high voltage regulator power supply. Refer to the corresponding page for an explanation of the related circuit diagram for the power supply. This simple switching regulator circuit provides a 5 V output, with the input supplied by a 9 V battery. It has an efficiency of 80% and an output capability of 50 mA. The operation of the simple switching regulator is as follows: while Q1 is in the on state, its collector voltage increases, delivering current.

This precision high voltage regulator is designed to convert a 9 V input from a battery into a stable 5 V output. The circuit utilizes a switching regulator topology, which is known for its efficiency in power conversion. The regulator achieves an efficiency of 80%, making it suitable for battery-operated applications where power conservation is critical.

The core component of this circuit is the transistor Q1, which serves as the main switching element. When Q1 is turned on, it allows current to flow from the input to the output. The collector voltage of Q1 rises as it conducts, which is essential for maintaining the desired output voltage. The switching action minimizes power loss, as the transistor operates in a saturation region during the 'on' state, effectively reducing heat generation.

To ensure stable operation, additional components such as inductors and capacitors may be integrated into the circuit. These components help filter the output voltage and smooth out any fluctuations caused by the switching action. The inductor stores energy when the transistor is on and releases it when the transistor is off, contributing to the regulation of output voltage.

The output capability of 50 mA indicates the maximum current that the regulator can supply to a load, making it suitable for powering low-power electronic devices. The design can be further optimized by selecting appropriate values for the inductance and capacitance to enhance performance characteristics such as transient response and load regulation.

In summary, this high voltage regulator circuit is a compact and efficient solution for converting 9 V battery power into a stable 5 V output, utilizing a simple switching mechanism to achieve high efficiency and reliable performance for various electronic applications.Precision high voltage regulator power supply. Go to that page to read the explanation about above power supply related circuit diagram. This simple switching regulator circuit have 5 V output, the input provide by a 9 V battery. Ithaving 80% efficiency and 50mA output capability. How simple switching Regu lator works: While Q1 is actually on, its collector voltage increases, delivering current. 🔗 External reference