EN

AW83611TSR-Q1

10W, 4.5V to 18V, High efficiency Class D Audio Amplifier with Low Idle Power Dissipation and I2C Diagnostics

Product details

Parameters

PVDD Voltage(V) 14.4
Boost Type /
PO 10W@14.4V
Protection /
Control Interface Hardware IIC
Temperature -40℃~125℃
Package (mm) ETSSOP-16L

Package | Pins | Size

WBETSSOP-16L(1.2)

Features

Qualified for Automotive Applications AEC-Q100 qualified for automotive applications Meet CISPR25-L5 EMC specification Mono BTL Class-D Power Amplifier Wide Voltage Range: 4.5V – 18V PWM 400KHz/500KHz switching PWM Output Power 1X10W@4Ω,14.4V,THD+N<1% Overall efficiency up to 83% Supports 2-16Ω Speaker 15mA Idle Current in Low-Loss Mode I2C-bus control interface Thermal Foldback 45V Load-Dump Protection per ISO-7637-2 Integrated self-protection: Over-voltage and Under-voltage protection Over-temperature protection DC-detect protection Short-circuit protection Load Diagnostic Functions: Output to Power Output to GND Shorted Output Load Open Output Load ETSSOP-16L package

Description

The AW83611TSR-Q1 is a Class D mono-channel high-efficiency audio power amplifier with I2C control that delivers up to 10W of power at 14.4V power with 4Ω load. In Low-Loss mode, it consumes a low idle current, allowing for longer audio play and improved speaker performance. AW83611TSR-Q1 improves the heat dissipation capacity of the package to ensure that the chip can work normally at high temperature. The AW83611TSR-Q1 features the EEE (Enhanced Emission Elimination) function which greatly reduces EMI over the full bandwidth. The AW83611TSR-Q1 built-in over-voltage, under-voltage protection, DC protection, thermal protection, short-circuit protection and load dump protection, effectively prevent it from being damaged. With load diagnosis function, the speaker status can be reported through the I2C. AW83611TSR-Q1 is available in ETSSOP-16L package.

Technical documentation

Type
Title
Language
Date
Datasheet DS_AW83611TSR-Q1_EN_V1.4 英文   2025-02-08
Reliability Report Automotive Reliability Qualification Report For AW83611TSR-Q1 英文   2026-06-12

Design & development

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