1 Features

• AEC-Q100 qualified for automotive applications:

– Temperature grade 1: –40°C to +125°C, TA

• Functional Safety-Compliant Targeted

– Developed for functional safety applications

– Documentation to aid ISO26262 system design

– Systematic integrity up to ASIL D

– Hardware integrity up to ASIL B

• 5V to 35V (40V abs. max) operating range

• H-bridge or dual-channel half-bridge gate drivers

– Smart gate drive architecture

– Tripler charge pump for 100% PWM

– Wide common mode current shunt amplifier

• 1 Integrated half-bridge with IOUT max 8A (RDSON

HS +LS FET = 155mΩ)

• 1 Integrated half-bridge with IOUT max 7A (RDSON

HS +LS FET = 185mΩ)

• 2 Integrated half-bridges with IOUT max 4A (RDSON

HS +LS FET = 440mΩ)

• 2 Integrated half-bridges with IOUT max 1.3A load

(RDSON HS +LS FET = 1540mΩ)

• 1 Configurable integrated high-side driver as lamp

or LED driver with IOUT Max 1.5/0.5A (RDSON =

0.4/1.2Ω)

• 5 Configurable integrated high-side drivers for

0.5/0.25A load (RDSON = 1.2Ω)

• Internal 10bit PWM generator for high-side drivers

• All high-side drivers support a low- or high- current

threshold constant current mode to drive a wide

range of LED modules

• Integrated driver output features current regulation

(ITRIP)

• Muxable sense output (IPROPI)

– Internal current sensing with proportional

current output (IPROPI)

– Advanced die temperature monitoring with

multiple thermal clusters

– Motor supply voltage monitor

• Protection and diagnostic features with

configurable fault behavior

– Load diagnostics in both the off-state and onstate

to detect open load and short-circuit

– Overcurrent and over temperature protection

• Device Comparison Table

2 Applications

• Door module

• Body control modules

• Zonal module

3 Description

The DRV8002-Q1 device integrates multiple door

control specific functions: driving and diagnosing

motor (inductive), resistive and capacitive loads,

driving a lamp or LEDs. These drivers include

protection features for offline and active diagnostics

such as under and over voltage monitors, offline

open load and short-circuit diagnostics, and zonebased

thermal monitoring and shutdown protection.

The device features two half-bridge gate drivers,

6 integrated half-bridges (2 high-side alternate

modes) and 6 integrated high-side drivers. The

half-bridgeand high-side drivers have PWM input

control configuration, sensing, diagnostics and device

system protection. There is a dedicated internal

programmable PWM generators for each high-side

driver. Proportional current sense pin output is

available for all integrated drivers, along with a robust

and flexible current shunt amplifier for the gate driver.