Professional Electronic Design Calculators

Filter component values depend on the desired cutoff frequency (fc) and filter type. For low-pass RC filters, use C = 1/(2π×fc×R). For LC filters, the resonant frequency is fr = 1/(2π√LC). Try our RC Filter Calculator and LC Filter Calculator to quickly determine optimal component values for your specific requirements.

• Low-pass and high-pass filters
• Band-pass and band-stop filters
• Multiple-stage filters
• Custom filter responses

PCB trace impedance depends on trace geometry, board material (Er), and stackup. For microstrip lines, factors include trace width, height above ground plane, and copper thickness. Use our comprehensive PCB Impedance Calculator to:

• Calculate microstrip and stripline impedances
• Design differential pairs
• Account for manufacturing tolerances
• Generate detailed impedance reports

Power supply calculations involve determining total current draw, voltage regulation requirements, and efficiency factors. Our Power Analysis Calculator helps you:

• Calculate total power requirements
• Determine voltage regulation needs
• Analyze efficiency and losses
• Size power components properly

For AC applications, check our Power Factor Calculator to optimize power delivery.

Heat sink sizing depends on power dissipation (Pd), maximum junction temperature (Tj), ambient temperature (Ta), and thermal resistances. Our suite of thermal Calculators includes:

• Heat Sink Calculator - Size your heat sink
• Junction Temperature Calculator - Verify thermal limits
• Thermal Resistance Calculator - Analyze thermal paths

These Calculators help ensure your components operate within safe temperature limits while optimizing cooling solution size.