How to make Variable Voltage Regulator using LM317 Circuit Diagram

How to make Variable Voltage Regulator using LM317 Circuit Diagram A tutorial on the LM317 voltage regulator. Shows you how to make a 1.25 to 25V adjustable voltage supply, or choose any other output voltage you want. An exa adjustable voltage regulator using lm317 practicalAdjustable Voltage Regulator Using LM317 - Practical GuideIn this video, learn how to build an adjustable v

A variable output voltage between 1.25V and 37V, depending on the input voltage and the adjustment of the variable resistor R2. Stable voltage regulation at the output, with minimal ripple or fluctuation. Applications of the LM317 Adjustable Voltage Regulator. The LM317 can be used in various applications, such as:

LM317 Adjustable Voltage Regulator : 6 Steps Circuit Diagram

LM317 is a positive-voltage regulator with an adjustable voltage range from 1.25 V to 37 V. It can supply greater than 1.5 A at the output. In most of the applications, due to irregular loads, the output voltage produced has fluctuations in it which can lead to damaging loads. Therefore, voltage regulators are used.

Moreover, the LM317 module enables you to control different devices like an Arduino or an esp8266 (3.3V). You can also adjust the speed of a computer fan or the light intensity of a LED by controlling the output voltage. You can also use the LM317 voltage regulator with an ATX breakout board to build your own variable lab bench power supply.

LM317 Adjustable Voltage Regulator Tutorial Circuit Diagram

Variable Negative Voltage Regulator. To make an adjustable negative voltage regulator, we can use the LM337 IC or the LM137 IC. These are linear voltage regulator ICs that can output regulated voltage in the range of -1.25 Volts to -37 Volts. Just like the LM317, they feature internal current limiting and thermal shutdown.