BYLink System Power Platform
This platform facilitates the design of safe power management systems thanks to a portfolio of configurable and linkable devices. It simplifies complex power supply subsystems into a single smart solution.
The FS26 family of automotive safety system basis chip (SBC) devices offer multiple power supply options designed to support entry and mid-range safety microcontrollers like the S32K3 series. FS26 devices also enable other microcontrollers targeting automotive electrification such as powertrain, chassis, safety and low-end gateway applications.
The FS26 features multiple switch mode regulators as well as LDO voltage regulators to supply the microcontroller, sensors, peripheral ICs and communication interface. FS26 offers a high-precision voltage reference available to the system and a reference voltage for 2 independent voltage-tracking regulators. In addition, various functionalities are available for system control and diagnostics such as analog multiplexer, GPIOS and selectable wake up events from I/O, long duration timer or SPI communication.
The FS26 is ISO 26262 compliant, covering ASIL B and ASIL D safety integrity levels. It features multiple fail-safe outputs, becoming a full part of a safety-oriented system partitioning, along with the latest on-demand latent fault monitoring.
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Part Number | Description | OTP Files and Report | Safety Grade | Package |
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MFS2613AMDA2AD | S32K3 + FS26 EVB ASIL D S32K3X4EVB-Q257 | DA2 Report, programming and configuration files | ASIL D | HLQFP48 |
MFS2613AMDA3AD | S32K344 HVBMS Reference design | DA3 Report, programming and configuration files | ASIL D | HLQFP48 |
MFS2613AMDA4AD | S32K3 Body Control Module Reference design | DA4 Report, programming and configuration files | ASIL D | HLQFP48 |
MFS2613AMDA6AD | S32K344 48 V MC Development platform | DA6 Report, programming and configuration files | ASIL D | HLQFP48 |
MFS2621AMDABAD | AURIX TC38x, TC29x | DAB Report, programming and configuration files | ASIL D | HLQFP48 |
MFS2613AMDDCAD | FS26 + S32K324 + SAJ1110 + AG55X 5G T-BOX | DDC Report, programming and configuration files | ASIL D | HLQFP48 |
MFS2633AMDALAD | S32K3x8 and S32K396 MCU attach | DAL report, programming and configuration file | ASIL D | HLQFP48 |
MFS2633AMDE4AD | S32K396 Reference design | DE4 report, programming and configuration file | ASIL D | HLQFP48 |
MFS2613AMDH3AD | S32K344 400 V HVBMS Reference design (No VBST) | DH3 report, programming and configuration file | ASIL D | HLQFP48 |
MFS2633AMDAHAD | S32K396 BMS Reference Design | DAH report, programming and configuration file | ASIL D | HLQFP48 |
MFS2633AMDAJAD | S32K358 400 V and 800 V HVBMS Reference design | DAJ report, programming and configuration file | ASIL D | HLQFP48 |
MFS2633AMDC3AD | S32K358 400 V and 800 V HVBMS Reference design (wireless) | DC3 report, programming and configuration file | ASIL D | HLQFP48 |
MFS2633AMDAKAD | S32K358 400 V and 800 V HVBMS Reference design (No VBST) | DAK report, programming and configuration file | ASIL D | HLQFP48 |
MFS2633AMDADAD | RH850UA2x for BMS and ZCU Applications (VCORE = 1.09 V) | DAD report, programming and configuration file | ASIL D | HLQFP48 |
MFS2623AMDAEAD | RH850C, RH850P or RH850F for EPS, BMS, Motor control and DCDC applications (VCORE = 1.25 V) | DAE report, programming and configuration file | ASIL D | HLQFP48 |
MFS2633AMDAMAD | RH850UA2x for ADAS, Smart cockpit and 3.3 V applications (VCORE = 1.09 V) | DAM report, programming and configuration file | ASIL D | HLQFP48 |
MFS2613AMDHKAD | 5 V IO Systems for powertrain applications (BMS, Inverter) | DHK report, programming and configuration file | ASIL D | HLQFP48 |
Note: Any FS26 OTP configuration where VBST is in front-end mode can also be used without it. Connect VBST_FB pin to the VSUP/VSUP_PWR node and follow our recommendations for the other unused pins in section ‘8. Connection of unused pins’ from the FS26 Product datasheet.
Note: Any FS26 OTP configuration where VMONEXT pin is enabled and assigned to the ABIST1 can also be used without it. Connect an external resistor bridge divider to apply 0.8 V at VMONEXT pin.
This platform facilitates the design of safe power management systems thanks to a portfolio of configurable and linkable devices. It simplifies complex power supply subsystems into a single smart solution.
Whether you are developing automotive, industrial or consumer applications, our configurable and flexible solutions support multi-vendor processors.
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