Engineering Calculators & Tools
Professional PCB design tools to help you calculate trace width, current capacity, impedance, and more.
Trace width, current carrying capacity, and via current tools help engineers size copper and interconnects before fabrication.
Use single-ended and differential impedance tools to estimate routing constraints before final stackup review.
Use material and stackup planning tools to move from rough assumptions toward manufacturable PCB decisions.
Recommended
Start with these core PCB tools
These are the highest-value calculators and planning tools for routing, current, stackup, via sizing, and impedance review.
PCB Sporbreddekalkulator
Beregn optimal sporbredde i henhold til IPC-2221 standarder
PCB Strøm Kalkulator
Bestem maksimal strømkapasitet for dine PCB-spor
PCB Via Strømkalkulator
Beregn maksimal strømkapasitet for PCB-viaer basert på IPC-2152 standarder
Online Impedanskalkulator
Calculate PCB trace impedance for Microstrip and Stripline configurations
Differensialpar impedanskalkulator
Estimer differensialimpedans for microstrip og stripline par ved å bruke sporgeometri, avstand og dielektriske innganger.
PCB-stackup-planlegger
Estimer platetykkelse, kobberfordeling og planleggingsverdier for tidlig stabling for PCB fabrikasjon og impedansgjennomgang.
Power & current tools
Signal integrity & materials
Calculate PCB trace impedance for Microstrip and Stripline configurations
Estimer differensialimpedans for microstrip og stripline par ved å bruke sporgeometri, avstand og dielektriske innganger.
Frequency-dependent properties of Standard FR4 PCB Material
Estimer platetykkelse, kobberfordeling og planleggingsverdier for tidlig stabling for PCB fabrikasjon og impedansgjennomgang.
Need more than a calculator?
These tools are best used as engineering estimates. Final routing, stackup, copper weight, controlled impedance, drilling, and manufacturability decisions should still be reviewed against real fabrication capability.
- • Use calculators early to size traces, vias, pair spacing, and stackup targets
- • Validate assumptions with fabrication stackup and manufacturing limits
- • Contact engineering when current, impedance, or reliability requirements are tight