BV6802
BV6802 is AMOLED Power Solution manufactured by Bravotek.
Description
The BV6802 is a highly integrated power solution for AMOLED Display application, which uses a single-inductor-bipolar-output (SIBO) converter and three linear low-dropout regulators (LDO) to generate two positive and one negative voltage outputs. It does not need an extra charge pump circuit to generate the negative voltage output so that external capacitors required by the charge pump circuit can be eliminated and the pcb space can be achieved with very small.
The output voltages can be adjusted by SWIRE pin. pared with the scheme of generating negative voltage by a charge pump circuit, the best energy conversion efficiency can only be obtained near the negative voltage ratio provided by its charge pump circuit. This SIBO architecture can provide a stable high conversion efficiency throughout the entire negative voltage adjusting range. Therefore, this solution can provide the optimal negative voltage output value according to different brightness requirements to reduce the power consumption of the AMOLED display significantly. This is the best solution that can optimize the solution form factor as well as display power consumption.
With its input voltage range from 2.9V to 5.5V, BV6802 is optimized for products powered by single-cell batteries with output currents up to 80m A. The BV6802 is available in the WL-CSP-16B 1.64mm x 1.64mm package.
2 Features
- Input Voltage Range: 2.9V to 5.5V
- Positive Output Voltage AVDD: 2.6V to 3.5V
(Default is 2.8V±1%)
- Positive Output Voltage OVDD Range: 2.6V to
5.3V (Default is 4.6V±1%)
- Negative Output Voltage OVSS Range: -0.6V to
-4.7V (Default is -2.4V±1%)
- Low Quiescent Current: 70μA
- AVDD Max. Loading is 20m A, OVDD and OVSS
Max. loading is 100m A
- Low Output Ripple
- Built-in Internal Soft start
- UVLO, UVP, SCP, OCP, OTP, and SSP protection
3 Applications
- Wearable AMOLED Product
4 Ordering Information
Package Type
WSC: WL-CSP-16B 1.64mmx1.64mm
Note: Bravotek products are Ro HS pliant and...