The third-generation gallium nitride (GaN) semiconductor technology facilitates superior heat management within the charger, accelerating heat dissipation processes. Additionally, it delivers double the power density while concurrently mitigating power losses by 80%, resulting in a substantial enhancement in power efficiency.
DPC-352
35W Dual USB Wall Charger
- New-gen GaN 3.0 tech: Compact, high-power, ultra-portable charger with advanced heat management for superior performance.
- Smartly identifies the phone and delivers optimal charging current.
- Ensures stable charging with overcurrent, overvoltage, high temperature, and short circuit protection.
- Durable PC shell material, fireproof and break-resistant for long-lasting use.
- Provides safety and reliability with Short Circuit Protection, Over Voltage Protection, and Over Current Protection features.
Overview
Short Circuit Protection
It is a safety feature in devices like chargers and power supplies. It prevents damage by cutting off current flow during a short circuit, ensuring safety and preventing hazards like overheating or fires
Over Voltage Protection
It safeguards electronic devices from damage due to high voltage levels. It monitors the voltage supply, activating measures to limit or cut off power if it exceeds safe levels. This prevents harm to sensitive components, like integrated circuits, ensuring device reliability and safety
Over Current Protection
It prevents damage from excessive current flow in electronic devices. It monitors current levels, activating safeguards if they exceed safe thresholds, ensuring device safety and reliability
DPC-352
Specifications
| Input | 100-240V~50/60Hz 0.8A |
|---|---|
| Output (USB-A) | DC 5V/3A 9V/3A 12V/2.5A 15V/2A 20V 1.5A |
| Output (Type-C) | DC 5V/3A 9V/3A 10V/2.25A 12V/2.5A 15V/2A 20V/1.5A |
| Output (Type-C+USB-A) | DC5V/4A |
| PPS | DC3.3V-11V/3A (Max:33W) |
Actual performances may vary due to settings, cabling, temperature, network configuration, interface, device compatibility, environmental and on-site conditions, and other similar factors. References to power capability, signal or processing speed, signal range or distance, data encryption, storage capacity, display properties, or other performance metrics are based on optimal conditions derived from industry standards and provided for informational purposes only. Specifications may be subject to change without prior notice.
