Documentation
Complete guide to using ImpedanceCalc for professional impedance calculations. Learn formulas, best practices, and advanced techniques.
Try CalculatorsQuick Start Guide
Get started with ImpedanceCalc in four simple steps
Choose Calculator Type
Select the appropriate calculator for your needs: RLC circuits, capacitors, inductors, or PCB traces.
Enter Component Values
Input your component values with the correct units. The calculator will validate your inputs in real-time.
Review Results
Get instant, accurate results with detailed explanations and visual circuit diagrams.
Export Documentation
Download your results as PDF reports or CSV data for project documentation.
Calculator Types
Detailed documentation for each calculator type
RLC Circuit Calculator
Calculate impedance for series and parallel combinations of resistors, inductors, and capacitors.
Features:
- Series and parallel circuit configurations
- Impedance magnitude and phase calculations
- Quality factor (Q) and resonant frequency
- Angular frequency calculations
Key Formulas:
Capacitor Impedance Calculator
Calculate capacitive reactance and impedance for capacitors at specific frequencies.
Features:
- Capacitive reactance calculations
- Multiple unit support (F, µF, nF, pF)
- Frequency range from Hz to GHz
- Phase angle calculations
Key Formulas:
Inductor Impedance Calculator
Calculate inductive reactance and impedance for inductors at specific frequencies.
Features:
- Inductive reactance calculations
- Multiple unit support (H, mH, µH, nH)
- Frequency range from Hz to GHz
- Phase angle calculations
Key Formulas:
PCB Trace Impedance Calculator
Calculate characteristic impedance for microstrip and stripline PCB traces.
Features:
- Microstrip and stripline calculations
- Effective dielectric constant
- Trace width and thickness parameters
- Design guidelines and recommendations
Key Formulas:
Best Practices
Tips for accurate and efficient impedance calculations
Input Validation
Always double-check your input values and units. The calculator provides real-time validation, but ensuring correct component values is crucial for accurate results.
Unit Consistency
Use consistent units throughout your calculations. The calculator supports multiple unit formats, but maintaining consistency helps prevent errors.
Result Interpretation
Understand the physical meaning of your results. Pay attention to phase angles, resonant frequencies, and Q-factors to ensure your design meets specifications.
Documentation
Export your calculation results for project documentation. Include circuit diagrams and parameter explanations for future reference and team collaboration.
Need Additional Help?
Our engineering team is here to support your calculation needs