Device Temperature Grade 1: –40°C to +125°C Ambient Operating
Temperature
Device HBM ESD Classification Level 2
Device CDM ESD Classification Level C4B
Functional Safety-Compliant
Developed for Functional Safety Applications
Documentation Available to Aid ISO 26262 System Design up to ASIL D
Systematic Capability and Hardware Integrity up to ASIL D
Input Voltage Range
7 to 36-V for Initial Battery Power Up
3.8 to 36-V Full Functionality After Initial Battery Power Up
Minimum 2.3 V During Operation After Wake-up
Supply Rails (With Internal FETs)
6-V Synchronous Buck-Boost Preregulator
5-V, 284-mA LDO (CAN)
3.3-V or 5-V, 350-mA LDO (MCU)
2 LDOs Protected for Sensor Supply or Peripherals
120 mA for Sensor Supply 1 (VSOUT1), 20 mA for Sensor Supply 2
(VSOUT2)
Configurable Tracking Mode (Tracking Input Pin), or 3.3-V or 5-V
Fixed Output Voltage
Short-to-Ground and Battery Protection
Charge Pump: 6-V Minimum, 11-V Maximum Above Battery Voltage
Monitoring and Protection
Independent Undervoltage and Overvoltage Monitoring on All
Regulator Outputs, Battery Voltage, and Internal Supplies
Voltage Monitoring Circuitry, Including Independent Bandgap
Reference, Supplied from Separate Battery Voltage Input Pin
Self-Check on All Voltage Monitoring (During Power-Up and After
Power-Up Initiated by External MCU)
All Supplies Protected with Current Limit and Overtemperature
Prewarning and Shutdown
Steering-Angle Monitoring (SAM)
2 Signal Comparators for Position Sensor Signals
Rotation Counter
Low-Power Mode With Periodically Sampling of Position Sensor
Signals
Switches for Passing-Through Sensor Signals to MCU
Microcontroller Interface
Open and Close Window or Question-Answer Watchdog Function
Lock-Step MCU Error-Signal Monitor
DIAGNOSTIC state for Performing Device Self-Tests and System
Diagnostics
SAFE State for Device and System Protection upon Detected System
Failure
Clock Monitor for Internal Oscillator
Analog and Logic Built-In Self-Test
CRC on Non-Volatile Memory as well as Device and System
Configuration Registers and SPI Communications
Reset Circuit for MCU
Diagnostic Output Pin
SPI With CRC on Command Plus Data
Error Reporting Through SPI Registers for Errors on System Level
and Device Level
Enable-Drive Output for Disabling External Power-Stages on Any
Detected System Failure
Wake-up through IGN Pin (Ignition) or CAN_WU Pin (Transceiver or
Other Function)
48-Pin HTSSOP PowerPAD™ IC Package
Company Profile
Our company, founded in 2005, has built long-term partnerships with
numerous high-quality suppliers worldwide.
We specialize in providing customers with new and original
products. To ensure quality, our technicians rigorously test all
products before shipment, offering customers the strongest
assurance.
To better serve our clients, we have also established a branch in
Hong Kong, enabling more efficient communication and service
delivery.
2.3V-36V PMIC Power Management , 48-HTSSOP O3853QDCARQ1 Microcontroller