APPLICATION GUIDES

From tools to practical workflows.

Understand the products through their workflows and review steps.

COMPONENT DESIGN

How to compare cores, windings and losses in an inductor design

An inductor design needs more than an inductance value. Useful comparisons keep the electrical conditions consistent and review cores, windings, losses and temperature rise together. This guide uses Inductor Design Pro screenshots to outline a design review.

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COMPONENT DESIGN

Flyback transformer design: from specifications to cores, windings and reports

A clear flyback design workflow starts with input and output requirements and an operating mode, then moves through cores, windings, losses and thermal review. This guide explains how Flyback Transformer Designer organizes that workflow without inventing calculated component values.

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MANUFACTURING APS

Production scheduling for a small shop: a demo-workshop walkthrough

High-mix, low-volume scheduling involves orders, routings, machines and available time. FlexScheduler creates a finite-capacity plan using one primary rule, then lets a planner review Gantt charts, load and changes before publishing. This walkthrough uses the built-in fictional sheet-metal workshop.

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CALCULATED EXAMPLEBuck inductor calculation: 12V to 3.3V / 5A ↗
CALCULATED EXAMPLE24W flyback transformer calculation: 12V / 2A ↗
MAGLINK SOURCING

Designed it? Let’s get it made.

MagLink Sourcing, independent sourcing agent for custom transformers & inductors.

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