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Search Results for Automotive

Articles in this section relate to power conversion in:

Cars
Hybrid Electric Vehicles
Trucks and Buses

For Trains and Ships see Industrial. Also, see Motion Control and Industrial

Articles Found

How Active EMI Filter ICs Reduce Common-Mode Emissions In Single- And Three-Phase Applications (Part 1): An Overview 11/15/23
Transformer Design Pitfalls (Part 2): Demonstrating Stepup Difficulties 08/15/22
A Guide To Power Electronics Design For Off-Battery Automotive (Part 2): DC-DC Conversion From 12 V 06/15/22
A Guide To Power Electronics Design For Off-Battery Automotive (Part 1): EMC And Line Transient Requirements 05/13/22
Developing A 25-kW SiC-Based Fast DC Charger (Part 8): Thermal Management 02/15/22
Developing A 25-kW SiC-Based Fast DC Charger (Part 7): Auxiliary Power Supply Units For 800-V EV Chargers 01/14/22
Design, Development And Performance Of A Power Generating Suspension System For Energy Harvesting In Commercial Vehicles 12/15/21
Modern Control Methods For LLC Converters Simplify Compensator Design 12/15/21
Developing A 25-kW SiC-Based Fast DC Charger (Part 6): Gate Drive System For Power Modules 10/15/21
Developing A 25-kW SiC-Based Fast DC Charger (Part 5): Control Algorithms, Modulation Schemes And Feedback 08/15/21
An Engineer‘s Guide to Low EMI in DC/DC Regulators 08/13/21
The Engineer’s Guide To EMI In DC-DC Converters (Part 18): Advanced Spread-Spectrum Techniques 07/15/21
Developing A 25-kW SiC-Based Fast DC Charger (Part 4): Design Considerations And Simulation Of The DC-DC Stage 07/15/21
Advanced MOSFETs Improve Power Conversion In 48-V Mild Hybrid Systems 06/15/21
Developing A 25-kW SiC-Based Fast DC Charger (Part 3): PFC Stage Simulation 06/15/21
Developing A 25-kW SiC-Based Fast DC Charger (Part 2): Solution Overview 05/15/21
Military- Vs. Commercial-Grade Resistors: Reliability, Performance And Cost Tradeoffs 05/14/21
Developing A 25-kW SiC-Based Fast DC Charger (Part 1): The EV Application 04/15/21
The Engineer’s Guide To EMI In DC-DC Converters (Part 17): Active And Hybrid Filter Circuits 04/15/21
Demystifying Three-Phase PFC Topologies 02/15/21
The Engineer’s Guide To EMI In DC-DC Converters (Part 16): Common-Mode Input Filter Design 12/15/20
Evaluating Fuses, Breakers, PTCs And Electronic Fuses For Automotive Applications 11/16/20
Increasing Power Density In Three-Phase Inverters With Direct-Cooled SiC Power Modules 10/15/20
Improving Reliability Of Low-Cost Power-Source Inverters 10/15/20
Avoiding Thermal Runaway In Schottkys Is Key To More Reliable And Efficient Designs 10/15/20
The Engineer’s Guide To EMI In DC-DC Converters (Part 15): Differential-Mode Input Filter Design 10/15/20
The Engineer’s Guide To EMI In DC-DC Converters (Part 13): Predicting the Common-Mode Conducted Noise Spectrum 06/15/20
The Engineer’s Guide To EMI In DC-DC Converters (Part 12): Predicting The Differential-Mode Conducted Noise Spectrum 04/15/20
The Engineer’s Guide To EMI In DC-DC Converters (Part 11): Input Filter Impact On Dynamic Performance 01/15/20
Dynamic Motor Power Measurement Enables In-Vehicle Testing Of EVs 10/15/19
Configurable IC Simplifies Control Of Animated LED Turn Signals 04/15/19
The Engineer’s Guide To EMI In DC-DC Converters (Part 8): Common-Mode Noise Mitigation In Isolated Designs 02/15/19
High-Power Wireless Charging For EVs (Part 1): Understanding The Basics 01/16/19
The Engineer’s Guide To EMI In DC-DC Converters (Part 7): Common-Mode Noise Of A Flyback 12/18/18
The Engineer’s Guide To EMI In DC-DC Converters (Part 6): Mitigation Techniques Using Discrete FET Designs 09/14/18
The Engineer’s Guide To EMI In DC-DC Converters (Part 4): Radiated Emissions 04/15/18
The Engineer’s Guide To EMI In DC-DC Converters (Part 2): Noise Propagation And Filtering 01/15/18
High-Power Wireless Charging Of Heavy Duty EVs: Techniques, Challenges And Limitations 12/15/17
The Engineer’s Guide To EMI In DC-DC Converters (Part 1): Standards Requirements And Measurement Techniques 12/15/17
Boosting Efficiency, Reliability And Affordability Of EV-Drivetrain Power Modules 07/15/17
Meeting the power demands of battery supplied automotive electronics 05/26/17
Automotive Front-End Buck-Boost Regulator Actively Filters Voltage Disturbances 01/16/17
Multi-Output Fly-Buck Regulator Offers Wide VIN, Isolation And Low EMI 09/15/16
Smart Inrush Current Limiter Enables Higher Efficiency In AC-DC Converters 05/16/16
Film Capacitors For High Temperature Switches And Power Electronics Applications Above 125Â°C* 10/15/15
Optimizing The Efficiency Of The Four-Switch Buck-Boost Converter 09/15/15
Take The Edge Off High dV/dt Supplies 05/15/15
Streamlining Synchronous Buck-Boost Converter Design 03/13/15
Mission IGBT: Understanding And Specifying IGBT Modules 12/15/14
PQFN With Ribbon Bond Boosts Power MOSFET Performance While Reducing System Cost For Automotive Applications 08/15/14
Current-Mode Control Stability Analysis For DC-DC Converters (Part 2) 07/15/14
Current-Mode Control Stability Analysis For DC-DC Converters (Part 1) 06/13/14
Synchronous Zeta Converter Outperforms The SEPIC 05/15/14
Boost Power Converters Finally Get Some Respect! 06/14/13
Simplified Analysis Of A DCM Boost Converter Driving An LED String Part II: Practical Considerations 03/15/13
Simplified Analysis Of A DCM Boost Converter Driving An LED String Part I: Theoretical Analysis 02/15/13
Hardware-Software Architecture Improves Performance Of Large, Battery-Powered Systems 12/20/12
Silicon Carbide (SiC) 10KW Interleaved Boost Converter Achieves 99.1% Peak Efficiency 12/04/12
Automotive Battery And Component Technologies Address Start-Stop Design Challenges 09/28/12
IGBT Devices And Modules Evolve To Address Inverter Design Challenges In Electric And Hybrid-Electric Vehicles 06/29/12
Livinâ€™ On The Edge: Switching Converter Slew Rate Is Key To Mitigating EMI In Automotive Environments 02/29/12
A Guide To Selecting Battery Management Controllers When Designing Li-Ion UPS Systems 02/29/12
New Hardware-in-the-Loop Platform for Rapid Development of High-Reliability EV and HEV Propulsion Drives 11/01/11
Designing Power Converters For 100Â°C+ Environments: Why Use 225Â°C-Rated Power Components? 08/31/11
Automotive LED Driver Keeps Backlights Running Under Cold Cranking 01/23/11
Five â€œMust-Have Ingredientsâ€ For Power Management In Hybrid Electric Vehicles 11/23/10
High Efficiency USB Power Management System Safely ChargesLi-Ion/Polymer Batteries from Automotive Supplies 05/01/09
SEPIC Converters Solve Automotive Power Needs Part 2 04/01/09
Reduce the Cost and Complexity of Medium LCD LED Backlights with a Single Inductor LED Driver for 60 LEDs 04/01/09
How to Design a Simple Isolated Power Supply 03/13/09
SEPIC Converters Solve Automotive Power Needs Part 1 03/01/09
Charging for Ultracapacitors 02/24/09
Power Modules for Electric and Hybrid Vehicles 02/01/09
With a Few Mouse Clicks to an Efficient Motor Control Design 02/01/09
uModule LED Driver Integrates All Circuitry, Including the Inductor, in a Surface Mount Package 01/01/09
Benefits of Design Software, Boundary Element Method can reduce computational and modeling times 01/01/09
Triple LED Driver in 4mm Ã— 5mm QFN Supports LCD Backlights in Buck, Boost or Buck-Boost Modes and Delivers 3000:1 PWM Dimming Ratio 09/01/08
Driver ICs Light the Way For LED Headlights 09/01/08
Automotive Cold Cranking Design Considerations 07/01/08
Use PWM To Maintain Motor Speed And Phase While Eliminating Loop Filter 05/22/08
Use 'Extra' LED Driver Channel To Provide Constant-Voltage Source 02/28/08
Automotive switching regulators get input-transient-voltage protection 01/24/08
Simple Circuit Additions Power A Microcontroller Through Its Load 10/25/07
Protect Current-Sense Amplifiers Against Overvoltage Transients 10/25/07
Circuits monitor and balance large lithium-ion batteries 09/03/07
Using Optical Feedback For Precise Intensity Control of LED Headlights 09/01/07
Stacked-Ceramic Caps Brave High Temperatures 08/01/07
High-Frequency Automotive Power Supplies 07/17/07
Circuit breaker provides overcurrent and precise overvoltage protection 06/07/07
DSCs Enable Field-Oriented Control for Washer Motors 03/01/07
Extending the Input Voltage Range of PowerPath Circuits for Automotive and Industrial Applications 07/01/06
No need to fear: SEPIC outperforms the flyback 01/25/06
Modeling Integrated Magnetic Components 03/01/05
Sic Puts New Spin On Motor Drives 01/01/05
High-Side Switch for Motors and Lamps 09/01/04
Powering Next-Generation Solid-State Lighting 05/01/04
Powering Connectivity in Today's Automobiles 02/01/04
Power Electronic Modules Manage Alternator Systems 02/01/04
Automotive Applications Maximize Available Power 02/01/04
Boost Regulator Makes Low Profile SEPIC with Both Step-Up and Step-Down Capability - Design Note 317 08/01/03
New current-mode PWM controllers support boost, flyback, SEPIC, and LED-driver applications 01/02/03
YOUR GUIDE TO DC-AC POWER INVERTERS 01/01/03
Small, High-Voltage Boost Converters 07/04/02

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