EN

AW21104EFOR

4-Channel Programmable RGBW-LED Driver

Product details

Parameters

Channel 4
Global Current Level 64
Current Levels for Color-Mixing 256
Current Levels for Dimming 4096
Charging Indicator On
Control Interface IIC
Power Supply (Max) (V) 5.5
Global Max Current(mA) 40
IO Level (V) 1.2 1.8 3.3
Audio Sync. NO
Power Supply (Min) (V) 2.7
Auto Breath YES
Temperature -40℃~105℃
Topology Linear
Package (mm) FOWLP 1.62X1.22-12B

Package | Pins | Size

FOWLP 1.62X1.22-12B

Features

1、4-channel programmable LED driver individually 1.1、25.5mA Imax 1.2、Individual 8-bit current resolution 1.3、Individual 8-bit PWM 2、3 program execution engines With Flexible Instruction Set 3、Autonomous Operation With Program Execution Engines 4、SRAM memory for lighting pattern programs 5、Support charging indication under low battery voltage condition 6、Current accuracy: ±4%@17.5mA 7、Current match accuracy: 2%@17.5mA 8、Auto power save mode 9、1MHz I2C Interface 10、Support 1.2V/1.8V logic level 11、Power supply: 2.7V~5.5V 12、FOWLP 1.62mmX1.22mm-12B package

Description

The AW21104EFOR is a 4-channel LED driver designed to produce variety of lighting effects. The device has a program memory for creating variety of lighting sequences. When the program memory has been loaded, the AW21104EFOR can operate independently without processor control. The AW21104EFOR is able to automatically enter power save mode, when LED outputs are not active and thus lowering current consumption. Four independent LED channels have accurate programmable current sinks, from 0mA to 25.5mA with 100μA steps and flexible PWM control. Each channel can be configured into each of the three program execution engines. Program execution engines have program memory for creating desired lighting sequences with PWM control. AW21104EFOR supports charging indication under low battery voltage condition: R will always on and 3mA output current. The AW21104EFOR has four pin-selectable I2C addresses. This allows connecting up to four parallel devices in one I2C bus. The device requires only one small, low-cost ceramic capacitor.

Technical documentation

Type
Title
Language
Date
Product Design Guide AW21104 Software Design Guide 英文   2025-12-23
Product Design Guide AW21104 Hardware Design Guide 英文   2026-02-28
Datasheet DS_AW21104EFOR_EN_V1.4 英文   2026-02-28

Design & development

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