When it comes to building power systems, the half bridge switch topology is king. But as they say, the devils in the details. In this whitepaper, we’ll dig into the challenges of designing high-performance half bridges for electric vehicles where it’s imperative to squeeze every drop of performance from a design. Specifically, we’ll address the power supply portion of the design where some novel improvements can go a long way in addressing challenges like radiated emissions, developing a compact and high-voltage layout, and safely driving new SiC devices at higher switching speeds.
EV Engineering News
How to power SiC or IGBT half bridges in EVs
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Best Practices for EV Charging Testing in the Evolving Clean Energy Industry with NI & Averna Solutions
Avoiding EV Charging Station Gotchas - Site Design Considerations
First-Of-Its-Kind Electric Truck Charging Facility At Port Of Long Beach: A Case Study
A Holistic Approach to Charger Uptime Assurance
Level 2.5 Charging: Fast DC Charging Without 480 V Three-Phase
How China's Experience in High-Power Charging Capabilities Can Help Electrification Globally
Low Electrical Conductivity Coolants For EV Charging Applications
How To Use Connected Vehicle Data To Improve The EV Experience
EV Charger Manufacturing: The Importance Of Incorporating Highly Reliable And Durable Electronics Manufacturing
The Vital Role of Licensed Engineers in EV Charging Infrastructure
Integrating Digital Signage Into EV Charge Points
EV Out-of-Charge Roadside Events: Optimizing Charger Site Location with AAA Data
10 Electric Truck Case Studies: Commercial Electrification at Scale
Tips for Fleet Managers Transitioning from Diesel to Electric Vehicles
Smart Charging For Smart Buildings: Embracing Load Management
Thermal Interface Materials and Adhesives for EV Charging Infrastructure
An Open Source OS For Charging Infrastructure: Why One Stack Should Charge Them All
Predicting Energy Demand of Electric Fleets
New Chipsets for EV Charging Communication with Plug & Charge and Vehicle-to-Grid Integration
Empowering Fleets with Innovative EV Charging Solutions to Accelerate BEV Adoption
A Look at the Polaris Off-Road/On-Road EV Charging Pilot
Why Your Commercial Electric Fleet Needs Smarter Charging
Advantages of Dynamic Power Sharing at the Charger: EVSE Solutions for Fleet Charging
The Advantages of Autonomous Robotic EV Charging
Grid Availability: The Overlooked Puzzle Piece for Scaling Commercial EV Fleets
How To Use Innovative Financing To Electrify Your Fleet
Certification and End-to-End Testing on EV Charging Stations
Next Generation PCB Relay Solutions to Replace Contactors in EV Chargers
Enabling Seamless Transition into the Next Generation of E-Mobility with HIVONEX Connector and Charging Solutions
Charge in Under 10 minutes with the New CCS-1 from BRUGG eConnect
Engineered Material Solutions For EV Charging Systems
Monitoring Performance Of EV Charging Stations To Improve Uptime And Revenue While Lowering Maintenance Costs
Commercial EV Deployment On The African Continent
Groundbreaking New Grid Planning Tool For Electric Transportation
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