FS2305M中文資料恩智浦?jǐn)?shù)據(jù)手冊(cè)PDF規(guī)格書

Features and benefits

Operating modes

? Normal mode with all power management and functional safety features available

? Stop mode: Low-power OFF mode with multiple wake-up sources (LPOFF)

? Standby mode: Low-power ON mode with HVBUCK or HVLDO1 active and multiple wake-up sources (LPON)

Power management

? HVBUCK: Synchronous buck converter with integrated FETs. Configurable Normal mode output voltage and LPON mode output voltage

(3.3 V or 5.5 V). Output DC current capability of 600 mA in Normal mode, and 100 mA current capability in Low-power ON mode

? HVLDO1: High-voltage LDO instead of the HVBUCK for MCU supply with selectable output voltage (3.3 V or 5.5 V) and up to 100 mA

DC current capability with internal PMOS and 250 mA with external PNP

? HVLDO2: High-voltage LDO regulator for system loads, with optional external protection for off-board sensors, selectable output voltage

(3.3 V or 5.0 V) and up to 100 mA DC current capability

? HVLDO3: High-voltage LDO regulator for CAN FD block supply or other with selectable output voltage (3.3 V or 5.0 V) and up to 150

mA current capability

System features

? One CAN FD supporting up to 5 Mbps communication following ISO 11898-2:2016 and SAE J2284 standards

? One LIN following LIN 2.2, ISO 17987-4 and SAE-J2602-2 standards

? Two wake-up inputs (40 V capable)

? Two high-voltage I/Os with wake-up capability (40 V capable)

? Up to four low-voltage I/Os with wake-up capability

? Four configurable high-side drivers with 150 mA drive capability, to supply LEDs or enable external devices (INH), and cyclic-sense

capability

? Multiple wake-up sources: WAKE pins, HVIO pins, LVIO pins, CAN FD, LIN or dedicated SPI / I2C command

? Device control via 32 bits SPI interface or via I2C interface, with CRC

? Integrated long duration timer (LDT) for system shutdown and wake-up control, programmable up to 194 days

? 16-channel analog multiplexer (AMUX) for system monitoring (temperature, battery voltage, internal voltages)

Functional safety

? Developed following ISO 26262:2018 standard to fit for ASIL B applications

? Internal monitoring circuitry with its own reference

? Additional input for external voltage monitoring

? Window or timeout watchdog function to monitor the MCU failures by software

? FCCU inputs to monitor MCU failures by hardware

? Analog built-in self-test (ABIST) on demand

? Safety outputs (RSTB, FS0B, LIMP0 and LIMP1/2 with 1.25 Hz or 100 Hz PWM capability)

EMC compliance

? The FS23 EMC tests are performed according to ZVEI Generic IC EMC Test Specification version 2.1 (2017) and FMC1278

Electromagnetic Compatibility Specification for Electrical/Electronic Components and subsystems version 3.0 (2018).

? CAN EMC performances certified against IEC62228-3:2019 and SAE J2962-2:2019

? LIN EMC performances certified against IEC62228-2:2016 and SAE J2962-1:2019

Configuration and enablement

? QFN48EP: QFN 48 pins with exposed pad for optimized thermal management, wettable flanks, 7 x 7 x 0.85 mm, 0.5 mm pitch, 48 pins

? One-time programmable (OTP) memory for scalability, expandability and device customization

? OTP emulation mode for system development and evaluation

Applications

? Body control module

? HVAC

? Lighting

? Steering column lock

? Seat module

? Roof module

? Door control module

? Car access

? Gearshift

? Seat belt pre-tension

? Tail gate

? Alarm