Overview
Description
The EBC10293 is a 240W Half‑Wave LLC USB PD 3.2 evaluation board featuring the RRW11011 HWLLC and PFC combo controller in a complete AC‑to‑USB‑C Power Delivery architecture. GaN‑based switching devices and a PD 3.2 controller enable adjustable output levels from 5V to 48V for EPR‑class USB‑C® evaluation. The board offers a compact, high‑power platform for validating PD behavior, voltage transitions, and system response under a wide range of load conditions.
Features
- High efficiency: 96.5% at 230VAC and 95.2% at 115VAC
- Two‑stage interleaved PFC and HWLLC resonant control for high efficiency, low input‑ripple current, improved EMI, and reduced audible noise
- Ultra‑low standby power: below 41mW at 230VAC
- Meets tiny‑load efficiency requirements: input power below 0.3W at 0.15W output
- Native 48V output support with integrated charge pump for VBUS switch control
- Reprogrammable application parameters through the USB Type‑C connector
- Supports USB PD 3.2 EPR
Applications
- USB PD 48V EPR Multi‑Port Chargers
- Notebook PC Adapters
- TVs and Monitors
- Industrial Power Tools
- E‑Bike Chargers
- Home Appliances
- Motor Control Systems
- Industrial AC/DC Power Supplies
- Lighting Systems
Documentation
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| Quick Start Guide |
PDF
441 KB
The EBC10293 is a 240W PD3.2 EPR evaluation board for demonstrating Renesas’ GaN power architecture. This guide outlines required equipment, setup steps, and essential safety precautions for operating the AC‑mains‑powered board, which generates high voltages during use.
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| PCB Design Files | EBC10293 240W PD 3.2 EPR PCB Design Files
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Product Options
| Part Number | Status | Stock | Sampleable | Pb (Lead) Free | ECCN (US) | HTS (US) |
|---|---|---|---|---|---|---|
| EBC10293 | Active | Out of Stock | N/A | Yes | EAR99 | 8473.30.1180 |
Videos & Training
The Half‑Wave LLC Charging Topology provides a wide 5 to 48V operating range and delivers high power density and efficiency through a highly integrated PFC and Half‑Wave LLC architecture. It offers best‑in‑class low standby power, scalability up to 500W, and a low BOM cost, making it well‑suited for compact, efficient power designs across lighting, motor control, and fast‑charging applications.
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