EN

AW86102FOR

Piezo actuator driver and controller

Product details

Parameters

Actuator Type Piezo-OIS
Output I(mA) 输出PWM电压,不输出线性电流
VDD (Max) (V) 3.6
VDD (Min) (V) 2.6
I2C (Hz) 100K 400K 1M
I2C Addr Configurable
IQ (mA) 5
ISD (μA) 15
Temperature -40℃~85℃
Control Mode /
ADC (bit) 16
Package (mm) FOWLP 4.4X1.7-44B

Package | Pins | Size

FOWLP 4.4X1.7-44B

Features

ARM 32-bit STARCU with FPU and DSP,frequency up to 96MHz 128KB Flash, SRAM: 64KB for program and 16KB for data, 8KB ROM Analog: VAVDD = 2.6V to 3.6V, Driver: VVM = 1.8V to 3.6V, I/O: VIOVDD = 1.1V to 3.6V PGA (8-ch), support 4-ch differential signal input or 8-ch single-ended signal input Each PGA offset(8-ch,10bit DAC) independently adjustable PWM driver Sigma-delta ADC(13-ch), configurable 12/14/16bit resolution. DAC(4-ch,8bit), Hall bias current: 0 to 4mA, DAC(4-ch,8bit),TMR bias voltage: 1.2 to 2.5V SPI (2-ch), configurable master / slave / monitor mode, configurable 3/4 wire bus I2C(2-ch), configurable master / slave mode Support I3C slave and UART Support Hardware Cordic and Digital Filter

Description

AW86102 is a piezo actuator driver and controller. AW86102 integrates an on-chip 32-bit CPU as controller. 128KB flash and 64+16KB SRAM is provided for program and data storage. The driver in AW86102 support PWM output, which can support piezo actuator. 4-ch HALL bias DAC, which can be configured to current output, provide power supply for HALL sensor. 4-ch TMR bias DAC, which can be configured to voltage output, provide power supply for TMR sensor. 8-ch PGA, which support 8-ch single-ended signal input or 4-ch differential signal input. There are two SPI modules in AW86102, which support master / slave / monitor mode. Two I2C modules is available, which support master and slave.

Technical documentation

Type
Title
Language
Date
Product Design Guide AW86102FOR Hardware Design Guide 英文   2024-03-14
Product Design Guide AW86102 Software Design Guide 英文   2024-03-14
Product Application Note AW86102 Application Note 英文   2024-03-14
Datasheet DS_AW86102_EN_V1.4 英文   2025-12-18

Design & development

For additional terms or required resources, click any title below to view the detail page where available.