LTC3210
Linear Technology
The LTC3210 is a low noise charge pump designed to drive four MAIN LEDs and one high current CAM LED.
Design DocumentAnalog
DC914 Demonstration Circuit for LTC3210 Main/CAM LED Controller
Quick start guide for the DC914 demo board featuring the LTC3210 charge pump for driving four main LEDs and one high-current camera LED.
Overview
The DC914 is a demonstration circuit for the LTC3210, a multi-display LED controller featuring a low-noise charge pump. The LTC3210 is designed to drive four MAIN LEDs and one high-current CAM LED with high efficiency by automatically switching between 1X, 1.5X, and 2X boost modes based on dropout detection. The DC914 board utilizes an onboard PIC controller to interface between a DC590 USB controller and the LTC3210 via a 2-wire I2C serial interface. Users can adjust brightness through eight dimming states for both displays, configure flash durations from 50ms to 1000ms, and set pulse timing parameters (TON, TOFF, and TSD) for the enable pins using the QuikEval software.
Use Cases
- Mobile phone display and keypad backlighting
- Digital camera flash and torch applications
- Handheld device LED power management
- Portable electronics requiring high-efficiency LED driving
Topics
LTC3210
DC914
LED controller
charge pump
camera flash
QuikEval
multi-display
Analog Devices
Linear Technology
Referenced Parts
| LTC3210 | Linear Technology | The LTC3210 is a low noise charge pump designed to drive four MAIN LEDs and one high current CAM LED. |