Engineering Suite

Engineering Suite V2.0

Precision Engineering
At Your Fingertips_

The industry-standard suite for power electronics designers. Complex calculations, simplified into a premium, interactive experience.

AI Matching Engine

System Design & Product Recommender_

Calculate the exact charging specifications for your platform. Input vehicle parameters (capacity, voltage, target time) to get matched with compatible OBCs and DC-DC converters instantly.

Launch Recommender

Basic Calculations

4 Technical Modules

Inductive Reactance

Calculates the reactance of an inductor

Launch Module

Unit: Ω

Capacitive Reactance

Calculates the reactance of a capacitor

Launch Module

Unit: Ω

Resonant Frequency

Calculates the resonant frequency of an LC circuit

Launch Module

Unit: kHz

Potential Divider

Calculates output voltage of a resistive divider

Launch Module

Unit: V

Inductor Design

5 Technical Modules

Inductance (L)

Calculate required inductance for a converter

Launch Module

Unit: µH

Inductance Factor (A_L)

Calculates AL given L and N, or core properties

Launch Module

Unit: nH/N²

Flux (Φ)

Calculate magnetic flux (Φ)

Launch Module

Unit: µWb

Maximum Flux Density (B_max)

Determine max flux density to avoid saturation

Launch Module

Unit: T

Area Product (A_p)

Area product approach for core size selection

Launch Module

Unit: cm⁴

Capacitor Design

2 Technical Modules

RMS Capacitor Current

RMS current through capacitor

Launch Module

Unit: A

Minimum Capacitance

Minimum required capacitance

Launch Module

Unit: µF

Mosfet Design

3 Technical Modules

Full Bridge

MOSFET losses in full bridge topology

Launch Module

Unit: W

Buck Converter

Conduction loss in Buck MOSFET

Launch Module

Unit: W

Boost Converter

Conduction loss in Boost MOSFET

Launch Module

Unit: W

Transformer Design

3 Technical Modules

Turns Ratio

Primary to secondary turns ratio

Launch Module

Unit: N

Flux Density

AC flux density for transformer

Launch Module

Unit: T

Core Area Product

Transformer core sizing

Launch Module

Unit: cm⁴

Filter Design

3 Technical Modules

Corner Frequency

Cutoff frequency for LC Filter

Launch Module

Unit: kHz

Inductor Selection

Select filter inductor based on attenuation

Launch Module

Unit: dB

Capacitor Selection

Select filter capacitor for target impedance

Launch Module

Unit: µF

Custom Formulas

1 Technical Modules

Custom Formula

Evaluate custom equations with dynamic variables

Launch Module

Precision Engineering At Your Fingertips_

System Design & Product Recommender_

Basic Calculations

Inductive Reactance

Capacitive Reactance

Resonant Frequency

Potential Divider

Inductor Design

Inductance (L)

Inductance Factor (A_L)

Flux (Φ)

Maximum Flux Density (B_max)

Area Product (A_p)

Capacitor Design

RMS Capacitor Current

Minimum Capacitance

Mosfet Design

Full Bridge

Buck Converter

Boost Converter

Transformer Design

Turns Ratio

Flux Density

Core Area Product

Filter Design

Corner Frequency

Inductor Selection

Capacitor Selection

Custom Formulas

Custom Formula

Precision Engineering
At Your Fingertips_