- News
- All
- Aerospace & Defence
- Antenna
- Applications
- Automotive
- Capacitors
- Circuit Protection Devices
- electro-mechanical news
- Filters
- Fuses
- Inductors
- Industrial
- Integrated Passives
- inter-connect news
- Market & Supply Chain
- Market Insights
- Medical
- Modelling and Simulation
- New Materials & Supply
- New Technologies
- Non-linear Passives
- Oscillators
- Passive Sensors News
- Resistors
- RF & Microwave
- Telecommunication
- Weekly Digest
- Video
- News
- All
- Aerospace & Defence
- Antenna
- Applications
- Automotive
- Capacitors
- Circuit Protection Devices
- electro-mechanical news
- Filters
- Fuses
- Inductors
- Industrial
- Integrated Passives
- inter-connect news
- Market & Supply Chain
- Market Insights
- Medical
- Modelling and Simulation
- New Materials & Supply
- New Technologies
- Non-linear Passives
- Oscillators
- Passive Sensors News
- Resistors
- RF & Microwave
- Telecommunication
- Weekly Digest
- Video
Transformers
How to Suppress Leakage Inductance in Transformer Design
In this blog article Pablo Blázquez, Frenetic Power Εlectronics Εngineer is exploring a key element in Transformer design: the leakage inductance! Leakage...
Read moreDetailsHow to Optimize a Magnetic Design by Adjusting Core and Windings Parameters
Pablo Blázquez, Power Εlectronics Εngineer of Frenetic in this blog discuss how to balance a Magnetic design by adjusting certain parameters in the core and windings. One of...
Read moreDetails2-Chamber Transformer Design Benefits in Resonant LLC Converters
Sotiris Zorbas, Power Εlectronics Εngineer of Frenetic in this blog explains benefits of 2-Chamber Approach in transformer designs and prove its usefulness in resonant...
Read moreDetailsSkin and Proximity Losses as Key Impact Factors of Transformer and Inductor Winding Losses
Pablo Blázquez, Power Εlectronics Εngineer of Frenetic in this blog explains main transformers and inductors winding losses key contributors: Skin and...
Read moreDetailsCompensating the leakage inductance in the basic DC-DC transformer
Sam Ben-Yaakov in this video explains leakage inductance considerations in the basic DC-DC transformer with a compensation solution. This presentation...
Read moreDetailsTransformer Optimal Operating Frequency for Phase-Shifted Full-Bridge Converter
This article based on Frenetic newsletter written by Jonathan Church, Frenetic product director, is exploring selection of core and transformer...
Read moreDetailsHigh-Frequency Magnetics Role in Formule 1 Power Electronics
This article based on Frenetic newsletter is exploring role of High-frequency Magnetics in Formule 1 Power Electronics. In today's fast-paced world...
Read moreDetailsTransformer Testing, Parasitic Inductors/Capacitance & Lab traps
In this article Frenetic power electronics engineer Sotiris Zorbas, MSc shares his personal experience with transformer testing and what he called...
Read moreDetailsPractical LLC Transformer Design Methodology
This Frenetic Webinar on "Practical LLC Transformer Design Methodology", presented by Lucas Nicieza talk on the state of the art...
Read moreDetailsOptimization of 500W LLC Transformer – Case Study
In this article Frenetic power electronics engineer Sotiris Zorbas, MSc try to identify the weak spot of 500W LLC Transformer design...
Read moreDetails
Popular Posts
-
Boost Converter Design and Calculation
-
Buck Converter Design and Calculation
-
What is a Dielectric Constant and DF of Plastic Materials?
-
Flyback Converter Design and Calculation
-
Ripple Current and its Effects on the Performance of Capacitors
-
Why Low ESR Matters in Capacitor Design
-
Coefficient of Linear Thermal Expansion on Polymers Explained
-
Resistor Types, Construction and Features
-
How to Design an Inductor
-
How to Choose the Right Inductor for DC-DC Buck Applications
© EPCI - Leading Passive Components Educational and Information Site