Summary of LABORATORY ADJUSTABLE 0-24V DIGITAL POWER SUPPLY CIRCUIT ATMEGA8
This article describes a laboratory-grade adjustable digital power supply circuit capable of outputting 0-24V. The design is divided into two main sections: a solid-state power section utilizing the LM317 regulator and a digital display section driven by an Atmel ATmega8 microcontroller. An operational amplifier, specifically the TL082, is used for current voltage monitoring. The project is noted for its simplicity and flexibility, allowing the microcontroller section to be omitted if not needed.
Parts used in the Laboratory Adjustable 0-24v Digital Power Supply:
- LM317
- TL082 opamp
- Atmel ATmega8 microcontroller
Power supply circuit two separate sections consisted primarily power solid LM317 based on the current settings for the tl082 opamp used current voltage display section Atmel ATmega8 microcontroller used optionally this section may not… Electronics Projects, Laboratory Adjustable 0-24v Digital Power Supply Circuit ATMega8 “atmega8 projects, avr project, microcontroller projects, “
Power supply circuit two separate sections consisted primarily power solid LM317 based on the current settings for the tl082 opamp used current voltage display section Atmel ATmega8 microcontroller used optionally this section may not be used completely independently of various circuits to try, simple to run a power supply
Source link: laboratory-adjustable-0-24v-digital-power-supply-circuit-atmega8.rar
- What is the primary function of the LM317 in this circuit?
The LM317 serves as the solid-state component for the power section based on current settings. - Can the microcontroller section be omitted from the project?
Yes, the Atmel ATmega8 microcontroller section may not be used completely independently of various circuits. - What is the output voltage range of this power supply?
The circuit provides an adjustable laboratory output ranging from 0 to 24 volts. - Which opamp is used for the current voltage display section?
The TL082 opamp is used for the current voltage display section. - Is this project considered simple to run?
Yes, the text states it is simple to run a power supply. - How many separate sections does the power supply circuit consist of?
The power supply circuit consists of two separate sections. - What type of microcontroller is utilized in this design?
An Atmel ATmega8 microcontroller is used in the display section. - Does the power supply rely on solid-state components?
Yes, the power section is primarily solid state based on the LM317.
