iW1680 | Dialog Semiconductor - 雷电竞下载app,雷电竞官网登录,雷竞技安卓下载

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Not Recommended for New Designs

Single-chip power and communication IC; up to 7.5W

The iW1680 is a single-chip solution that supports 5W and 7.5W output power and uses Dialog's intelligent Rapid Charge™ digital algorithm and digital PrimAccurate™ primary-side control to significantly reduce charge times in USB AC/DC power adapters with no additional bill of materials cost versus slower conventional charging technologies.

The iW1680 is highly efficient, and offers no-load standby power <30mW, meeting the US Department of Energy's external power supply efficiency requirements and Version 5, Tier 2 of the EU’s Code of Conduct for external power supplies. The iW1680 also offers a full array of protection features including overvoltage, short circuit and over-temperature protection.

MediaTek's Pump Express protocol enables up to 45% faster charging times (compared to conventional chargers) for feature phones, smartphones and media tablets. Conventional USB adapters provide 5V to the handset, which requires a buck converter to convert that 5V down to a usable voltage level by the phone. Using Dialog’s rapid charge technology, the output voltage of the iW1680 scales as needed by the system, reducing charging time and lowering system cost by removing the need for an input buck converter.

For a MediaTek Pump Express Plus-compatible controller up to 36W output power, seeiW1788.

Features

Supports MediaTek Pump Express™ fast charge protocol
7.5W PrimAccurate™ isolated off-line controller
- Eliminates secondary-side regulator and optical feedback isolator
Built-in digital intelligence on primary side for intelligent dynamic voltage scaling to optimize charge time
Meets DoE External Power Supply and EU Code of Conduct Version 5, Tier 2 standards
- <30mW no-load power consumption
Adaptive Multi-Mode PWM/PFM control improves efficiency
No audible noise over the entire operating range

Features

Active start-up scheme enables fastest possible start-up
Cable drop compensation - different options available
Low EMI design
No external compensation needed
Fully protected from fault conditions
- Over-temperature protection
- Output short circuit
- Output low impedance
- Output overvoltage