Información de empaque
| Encapsulado | Pines DSBGA (YFP) | 28 |
| Rango de temperatura de funcionamiento (℃) -40 to 85 |
| Cant. de paquetes | Transportador 3,000 | LARGE T&R |
Características para BQ51010B
- Integrated Wireless Power Supply Receiver
Solution With a 7-V Regulated Supply- 93% Overall Peak AC-DC Efficiency
- Full Synchronous Rectifier
- WPC v1.1 Compliant Communication Control
- Output Voltage Conditioning
- Only IC Required Between RX Coil and 7-V
Output
- WPC v1.1 Compliant (FOD Enabled) Highly
Accurate Current Sense - Dynamic Rectifier Control for Improved Load
Transient Response - Dynamic Efficiency Scaling for Optimized
Performance Over Wide Range of Output Power - Adaptive Communication Limit for Robust
Communication - Supports 20-V Maximum Input
- Low-power Dissipative Rectifier Overvoltage
Clamp (VOVP = 15 V) - Thermal Shutdown
- Multifunction NTC and Control Pin for
Temperature Monitoring, Charge Complete and
Fault Host Control
Descripción de BQ51010B
The bq51010B is a family of advanced, flexible, secondary-side devices for wireless power transfer in portable applications. The bq51010B devices provide the AC-DC power conversion and regulation while integrating the digital control required to comply with the Qi v1.1 communication protocol. Together with the bq50xxx primary-side controller, the bq51010B enables a complete contact-less power transfer system for a wireless power supply solution. Global feedback is established from the secondary to the primary to control the power transfer process using the Qi v1.1 protocol.
The bq51010B devices integrate a low resistance synchronous rectifier, low-dropout regulator, digital control, and accurate voltage and current loops to ensure high efficiency and low power dissipation.
The bq51010B also includes a digital controller that can calculate the amount of power received by the mobile device within the limits set by the WPC v1.1 standard. The controller will then communicate this information to the transmitter to allow the transmitter to determine if a foreign object is present within the magnetic interface and introduces a higher level of safety within magnetic field. This Foreign Object Detection (FOD) method is part of the requirements under the WPC v1.1 specification.