Boost Converter Calculator

How Boost Converter works

The example applies Vout = Vin ÷ (1 − D). Boost Converter uses Input voltage, Duty cycle to report Ideal boost output.

With the loaded values, ideal boost output evaluates to 30.00 V. Hold the remaining entries steady while testing an uncertain input.

Inputs for Boost Converter

Input voltage and Duty cycle belong to Boost Converter. Keep source units with input voltage. For secondary current, use Transformer Current Calculator.

Use the defaults to understand the output, then enter the real circuit or energy data.

Input voltage

Example entry: 12 V.

Duty cycle

Example entry: 60%.

Reading the Boost Converter result

This output represents Boost Converter.

Compare the output with equipment limits and the applicable design margins. Compare this result with Current Transformer Ratio Calculator when primary current is also needed.

Measurement and units

Check component ratings, isolation requirements, temperature, waveform, and manufacturer limits. Check prefixes on input voltage.

Alternatives should share one documented measurement convention.

Limits of this calculation

Switch, diode, and inductor limits constrain the result.

Unlisted circuit behavior remains outside the computed result. Unentered effects remain outside Boost Converter.

Questions about Boost Converter