Summary of Capacitance and Inductance meter using Atmega8
This project measures capacitance and inductance using an ATmega8 microcontroller with Bascom AVR code. It supports inductances from 0.1 µH to 2 H, capacitances from 1 pF to 2.5 µF, and electrolytic capacitors from 0.1 µF to 30,000 µF. The article includes a circuit diagram and implementation details for building the meter.
Parts used in the Capacitance and Inductance meter using Atmega8:
- ATmega8 microcontroller
- Crystal oscillator or resonator for microcontroller clock
- LCD display (for measurement readout)
- Resistors (various values for reference and biasing)
- Capacitors (decoupling and reference)
- Inductors (for calibration/testing)
- Switches or pushbuttons (mode/select)
- Probes or test terminals for component connection
- Power supply (battery or regulated DC source)
- PCB or breadboard and wiring
This project can measure capacitance and inductance using the Atmega8 microcontroller and the code is written in Bascom AVR.
The limitations of this project is
Inductance Range: 0.1?H to 2H
Capacitance Range: 1pF to 2.5?F
Electrolytic Capacitor Measurement Range: 0.1?F to 30000?F
Circuit Diagram:
For more details: Capacitance and Inductance meter using Atmega8
- What microcontroller is used in the project?
The project uses the ATmega8 microcontroller. - What code or language is used to program the meter?
The code is written in Bascom AVR. - What is the inductance measurement range?
The inductance measurement range is 0.1 µH to 2 H. - What is the capacitance measurement range?
The capacitance measurement range is 1 pF to 2.5 µF. - What range does the meter support for electrolytic capacitors?
Electrolytic capacitor measurement range is 0.1 µF to 30000 µF. - Does the article include a circuit diagram?
Yes, the article includes a circuit diagram. - Can the meter measure very small capacitances like 1 pF?
Yes, the stated minimum capacitance measurement is 1 pF. - Is there information on where to find more details?
Yes, the article references more details under Capacitance and Inductance meter using Atmega8.
