| Channel |
2 |
| Control Interface |
IIC |
| Current (Max) (A) |
1.5 |
| Torch Current (Max) (A) |
0.375 |
| Flash Current Accuracy (%) |
7 |
| Flash Timer (Min) (s) |
0.04 |
| Flash Timer (Max) (s) |
1.6 |
| IO Level (V) |
1.2 |
| Temperature |
-40℃~85℃ |
| Indicator mode |
NO |
| Package (mm) |
FCQFN 1.6X1.2-10L |
• Dual Independent and Programmable 1.5A LED Current Source
➢Flash: 2.94mA~1.5A, 256 levels 5.87mA/level
➢Torch: 0.73mA~375mA, 256 levels 1.47mA/level
➢Flash Timeout: 40ms~1.6s, 16 levels
➢Flash/Torch/IR Mode
• Up to 83% Flash Efficiency
• Optimized Flash LED Current During Low Battery Conditions (IVFM)
• Hardware Flash/Torch Enable (STROBE/TORCH)
• Synchronization Input for RF Power Amplifier Pulse Events (TX)
• 400kHz I2C: AW36514E (I2C Address=0x63)
• 0.4mm Pitch, FCQFN 1.6mm×1.2mm×0.55mm -10L Package
Compatible with AW36514, AW36514A
The AW36514E is a dual LED flash driver that provides a high level of adjustability within a small solution size. The AW36514E utilizes a 2MHz in 4MHz fixed-frequency synchronous boost converter to provide power to the dual 1.5A constant current LED sources. The dual 256 levels current sources provide the flexibility to adjust the current of LED1 and LED2 in Flash/Torch/IR modes. The AW36514E provides IVFM protection to prevent system reset in shutdown under low battery condition.
The AW36514E are controlled via an I2C - compatible interface. The main features of the AW36514E include: flash/torch current, flash timeout duration, IVFM and TX interrupt. The AW36514E also provides hardware flash/torch pin (STROBE/TORCH) to control Flash/Torch events.
The 2MHz in 4MHz switching frequency options, overvoltage protection (OVP), and adjustable current limit allow for the use of tiny, low-profile inductors and 10-µF ceramic capacitors. The device operates over a –40°C to +85°C ambient temperature range.
The AW36514E is available in small 0.4mm pitch FCQFN 1.6mm×1.2mm×0.55mm -10L package.
