safety & power management overview
TRANSCRIPT
Company Public – NXP, the NXP logo, and NXP secure connections for a smarter world are trademarks of NXP
B.V. All other product or service names are the property of their respective owners. © 2018 NXP B.V.
SPM Business Development
Vincent Lagardelle
Scalable & Safe Power Management Solutions Overview
SPM Segment Manager
Baher Ahmad
October 2018 | AMF-AUT-T3350
COMPANY PUBLIC 1COMPANY PUBLIC 1
• NXP Safety PMIC Solutions
• Strategy & Portfolio Overview
• Solution for :
• NXP Processors
− Non-NXP Processors
− One Box System Solution
− Safety Process & Architecture
• Device Overview
• Tools Overview
Agenda
COMPANY PUBLIC 2
A New Development Paradigm
For Carmakers & Auto Suppliers
10X MCU performance of today’s best performing safe automotive platforms
Reduces risk and time-to-market
Delivers new levels of automotive safety,
security and over-the-air (OTA) capabilities
High current
Fault tolerant
Demonstrated robust solution
with BSP
COMPANY PUBLIC 5
NXP Safety PMIC’s DNA
IP Block
Strategy
Safety
FeatureDevice
Flexibility
Automotive Safety PMIC 12V/24 Battery Connected Automotive Safety PMIC <5V LOW Vin Connected
FS45/6500 FS84/85x0 Next FS Series PF100 PF81/8200 Next PF SeriesFS6600
COMPANY PUBLIC 6
NXP Functional Safety System Solutions
3rd Generation of SAFETY PMICsPROCESS
ISO26262
SAFETY ARCHITECTURE
COMPANY PUBLIC 7
Automotive PMIC Modular/ Scalable IP Building Blocks
IP “Building Blocks” Strategy at Device Level
YOU KNOW ONE, YOU KNOW THEM ALL !!
NEW PMIC
FS8500 PF81/8200
COMPANY PUBLIC 8
Single-phase
5-phase
Input Pi filter Output filter
COUT
COUTCINCBAT
CBAT CIN
LO1,...O5
LOUT
LIN
LIN
Power up sequencing
Device Flexibility
Multi-phase
Board Performance & Size
• Flexible product through OTP configuration• Buck / LDO/ Boost value
• Power up /down sequencer
• Safety reaction
• Some functionality
• Board thermal performance & size with
multiphase Smart Point of Load Approach
• Multi-PMIC system features ➢ FS device + PF Device
➢ PF Device + PF Device
• Scalable product
COMPANY PUBLIC 10
Body & Comfort
In-Vehicle
Experience
Powertrain &
Vehicle Dynamics
SENSE THINK ACT
Camera
Lidar
Ultrasonic
Cockpit Domain
Controller
SensorFusion
& Planning
PowertrainDomain
Controller
Touch Displays
BodyDomain
Controller
Voice Recognition
Radar
HVAC, Interior Lighting
Doors, seats, steering wheel,
mirrors, wipers, sunroof
Powertrain &
Vehicle Dynamics
eCockpit
Amplifiers
Temp, Light, Humidity
Switch Panels
Motion & Pressure
Speed Engine
Transmission
Brake
Battery Cell Management
Steering
Airbag
Suspension
Connectivity Domain
Controller Cellular
WiFi, BT, GNSS, NFC
V2X
Broadcast Radio
Smart Car Access
Connectivity
Driver
Replacement
Cockpit Domain
Controller
SensorFusion
& Planning
PowertrainDomain
Controller
BodyDomain
Controller
Connectivity Domain
Controller
i.MX 8
S32R2
SAF
TEF
S32
S32V
S32
S32
PROCESSOR PMIC
Next gen VR
Next gen VR
Safety PMIC
FS85
FS84/85
FS66
Safety PMIC
PF8200
Gate
wa
ys &
Netw
ork
s
BENEFITS: PMIC DESIGNED & VALIDATED WITH PROCESSOR│COMMON REFERENCE DESIGN │SOFTWARE
One Processor = One Safety PMIC
S32 Safety PMIC
COMPANY PUBLIC 11
FSBC
One Processor = One Safety PMIC
BENEFITS:
• Support MCU’s power and safety scalability platform requirement
• Co-developed and validated with the MCU for an optimized solution
S32 Layerscape
High performance regulators
i.MX
Integrated PMIC
MC33907/8
FS6500,FS8500 PF0100, PF3000
PF8200
VR500
VR5100
COMPANY PUBLIC 12
i.MX & PMIC Match EXAMPLE i.MX 6UL
i.MX 6ULL
PF0100
BSP
i.MX 6SL
i.MX 6SLL
i.MX 6SX i.MX 6S/D/Q
i.MX 6DL
i.MX D/QP
i.MX 7SD
7Audio
i.MX 7ULP i.MX 8M i.MX 8X i.MX 8
PF0200
PF3000
PF3001
PF1550/1510
PF4210
PF8200
Patch
BSP
BSP
Patch
Patch
BSP
BSP
Patch
BSP
Patch
BSP
B = BSP Available or Under Development
P = Patch Available or under Development from apps support
P2P
P2P
BSP
COMPANY PUBLIC 13
System Safety Integration : Advantages of PF82 + i.MX8
Designi.MX 6 solution
PMIC + i.MX 6 monitoring
✓ PCB layout and
integration highly
simplified
✓ No need of external
MCU to endorse the
safety of the system
✓ System BOM reduced
✓ Higher latent failure
coverage on PMIC
thanks to the ABIST
i.MX8 + PF82 solution
INT _B
i.MX8 MCU
S CL
S DA
P OR_ B
PF8200
S CL
S DA
VDDIO
VDDIO
i.MX
8 W
D
Reg. Monitoring
A9 coresA9 cores
A9 coresA72/53 cores
Self Test (ABIST)
Integration Simplified
I NT _B
i.MX6 MCU
S CL
S DA
P OR_ B
PF0100
ADC
S CL
S DA
VDDIO
VDDIO
i.MX
6 W
D
Reg. Monitoring
Power PC
A9 coresA9 cores
A9 coresA9 cores
Safety MCU
COMPANY PUBLIC 14
NXP Cocoon (Corner) Radar 2.0
NXP S32R274
Radar Signal Processing
Dual MCU
NXP TEF8102
Radar Front-end
RFCMOS
NXP TJA1145
CAN-FD
Partial Networking
NXP BUK9K18-40E
Dual MOSFET
NXP FS8410
Power SBC
Safety Watchdog
NXP PMEG050V150EPD
NXP PMEG1020EJ
Schottky Diodes
NXP PBSS4612PA
NPN TransistorSize: 40x40 mm
Range: 50m
Power: 4.2W
Antennas are placeholders
COMPANY PUBLIC 15
NXP GreenBox Vehicle Electrification
Development Platform
• Development for S32 processing platform, an Arm®
Cortex®-based safe and secure configuration
• High performance and memory requirements for
tomorrow’s HEV/EV applications
• Highly optimized peripherals such as advanced
timers, motor control peripherals and analog sub-
systems to interface to customer development
hardware
• Ease of development with S32 Design Studio IDE,
AUTOSAR OS and MCAL drivers
• Simple out of the box experience with basic control
applications including example code
www.nxp.com/GreenBox
COMPANY PUBLIC 18
Safety System Power Solutions
• Higher power for higher performance
• Advanced functional safety, proven robustness with
NXP processors for less development risk and time
• Scalable and expandable portfolio
• Advanced power and safety management concepts
• Common architecture platform
• Unified IP reusable for unlimited combinations
Safety Core
PF Series 1.8V BUCK
1.8V BUCK
1.8V BUCK
1.8V BUCK
5V LDO
5V LDO
4.5V BUCK
Safety Core
PF Series1.8V BUCK
1.8V BUCK
10AQu
ad
pha
se
BAT
FS Series
VBAT
up to 60V
HV BUCK(controller)
4.1V BUCK
1,8V BUCK
1.8V BUCK
5V LDO
5V LDO
HV LP LDO
Advanced
Safety Core
Vp
re3
.3V
/5V
Application
Specific IP
ONE BOX SYSTEM
COMPANY PUBLIC 19
Two PMICs from Different Domains Behaving like ONE BOX System
FS85 Master : PF8200 Slave : Start-up:
1) FS84 starts: VPRE, BOOST starts
2) PF8200 starts supplied by VPRE of FS84
3) PGOOD from PF8200 is released when ready
4) FS84 detects the PSYNC event and continues its own power sequence.
1
1
2 2
3
3
4
4
One BOX system
CONFIDENTIAL AND PROPRIETARY20
S32V234 with DDR3L System solution from VBAT domain :
FS8430 + PF8200
CONFIDENTIAL AND PROPRIETARY22
One BOX Safety Power Management Solution
BUCK 3
HV BUCK
Controller
BUCK 1
LDO 2
BST
Converter
VBAT
LDO 1
Processor
VDD
VDD_3V3
VDD 5 V
FS8410
1,25V/0,8A
5V/0,4A
3,3V/0,1A
Peripherals
BUCK 7
LDO 2
BUCK 2
BUCK 3
LDO 1
RTC
LP LDO
BUCK 1
LDO 3
BUCK 4
BUCK 5
BUCK 6
LDO 4
S32V234
VDD 3P3
VDD Core
1V
VDD V1P8
DDR3L
VDD DDR
IO
1,35V
VTT/0,675V
PF8100
BUCK3
BUCK 2
LDO 1
RTC
LP LDO
BUCK 1
PF Series
Peripherals ,
Other
Processor
Frequency Synch.
Safety Connection.
• Several Safety PMIC acting as only ONE Safety Power Management SOLUTION
✓ Safety :master/slave ✓ Automatic Power Up Sequence ✓ Expandable System
COMPANY PUBLIC 23
Two or more PMICs from different domain behaving like ONE systemPMIC 1
PMIC 2
PMIC 3
5V
Power Up
Power Up
Power Up
PF81/8200
Next PF Series
Next PF Series
5V
XFAILB
Power Up
Power Up
Power Up
Power Up
Power Up
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
BUCK
Enable
Enable
Enable
Enable
Enable
Enable
Enable
Enable
Enable
HOST
MCU
En
ab
le
En
ab
le
OTP Power Up sequencer
+ XFAIL B Pin
= ONE BOX SYSTEM
XFAILB is a bidirectional pin with an
open drain output used to synchronize
the power event up and power down
sequences of two or more PMIC.
The power up sequencer controls
the time and order in which the
voltage regulators and other
controlling I/O are
COMPANY PUBLIC 24
Device Output Domain Slot Slot 0 Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 7 Slot 6 Slot 5 Slot 4 Slot 3 Slot 2 Slot 1 Slot 0
Buck1-4 1V1 5
RESETBMCU 6
Buck1 1V8_2 2
Buck2 0V75 2
Buck3 3V3 2
RESETBMCU 6
Buck1-2 1V8_1 0
Buck3 0V86 3
PGOOD 0V875 1
RESETBMCU 6
PF5024
PF5020
PF5023
PWRON
1
3
3
3
5
42
5
3
3
3
41
6
6
6
6
6
6
XFAILB
22
XFAILB
PF
#1
PF
#2
PF
#3
0
0
1
2
333
4
5
COMPANY PUBLIC 26
NXP Functional Safety System Solutions
3rd Generation of SAFETY PMICPROCESS
ISO26262
SAFETY ARCHITECTURE
COMPANY PUBLIC 27
Simplify Customer experienceISO26262 system compliance process
Optimize Customer R&D efficiencyReduces time and complexity required to develop
ISO26262 safety systems
Reduce risk of HarmSupports the most stringent Automotive Safety
Integrity Levels (ASILs)
Safety starts with QualityZero defect methodology from design to
manufacturing to help ensure our products meet
the stringent demands of safety applications
NXP Quality Foundation
Functional Safety Standards
Safety
Support
Safety
Process
Safety
Hardware
Safety
Software
Automotive
ISO 26262
Industrial
IEC 61508
NXP’s Safe Assure Program
COMPANY PUBLIC 28
Safety Radar Gateway Vision
Braking
Island
Arm Cortex
Interconnect
Memory
Radar
Island
Gateway
Island
Vision
Island
General
Purpose
Island
General Purpose Autonomous
Fusion
Island
DebugSecurity
Safety
Common Chassis
Common MCU Hardware Architecture Platform
One Common Architecture Base
• Fixed set of Cores and Interconnect
• Consistent Safety Concept & Security
• Identical Base Peripheral set
• Consistent Boot and Debug
Peripherals
Application Specific Support
• Cortex-A/R/M Processors
• Accelerators
• Analog Subsystems
• Peripherals and Memory Interfaces
Common Chassis
Arm Cortex
Interconnect
Memory
Common Chassis
Arm Cortex
Interconnect
Memory
Common Chassis
Arm Cortex
Interconnect
Memory
Common Chassis
Arm Cortex
Interconnect
Memory
Common Chassis
Arm Cortex
Interconnect
Memory
Common Chassis
COMPANY PUBLIC 29
Common ASIL D PMIC Hardware and Safety Platform
BOOST
VPRE
LVBUCK
S
LDOs
Common ASIL D
Safety Engine
BOOST
VPRE
LVBUCKS
LDOs
Common ASIL D
Safety Engine
Connectivity
Gateway
BOOST
VPRE
LVBUCKS
LDOs
Common ASIL D
Safety Engine
Powertrain & Vehicle Dynamics
EPS, Energy management,…
Driver Replacement
Sensor Fusion, Vision,
Imaging Radar
Common ASIL D Safety Engine
Power Supply Monitoring
Watchdog+ Recovery
Safety Output Monitoring
LBIST / ABIST
ECC protected OTP
FCCU Monitoring
One Common Architecture Base
Consistent Safety Concept
Identical Base of Power
Management blocks (IPs).
GATEWAY
Domain
HVLDO
Low
Power
STDBY
PWT
Domain
LDT
Low power
Trackers
Ref 1%
FS1b
FS85 FSXX FSXX
COMPANY PUBLIC 30
Common ASIL B PMIC Hardware and Safety Platform
Common ASIL B Safety Engine
Power Supply Monitoring
Watchdog
ABIST ECC protected
OTP
HVLDO
STDBY
In-Vehicle Experience
Infotainment
Companion chip
LVBUCKS
LDOs
Common ASIL B
Safety Engine
PF82
Common ASIL B
Safety Engine
System solution IC
All type of
applications
FSXX
Dual
VPRE
VMONx
LVBUCKS
LDOs
Common ASIL B
Safety Engine
PFXX
System solution IC
All type of
applications
COMPANY PUBLIC 31
Independent Safety
Monitoring Unit
OV/UV
FS85 Architecture General ConceptSimplified Integrated Power Supply
Architecture
0.8V
3.3V
PRE-
REGULATOR
Power Management Domain
BATDC / DC
LDO
BOOST
PRE_GHS
PRE_GLS
PRE_SW
PRE_BOOT
PRE_CSPPRE_COMP PRE_FB
VBOOST
BOOST_LS
LDO2
LDO1_IN
LDO1
VSUP1/2
WAKE1
GND/GNDFS
ePAD
BUCK3-IN
BUCK3-SW
FS8530
WakeWAKE2
FIN/Bias
FOUT
FIN
AMUX
VDDIO
VBOS
INTB
BUCK3-INQ
BUCK2-IN
BUCK2-SW
BUCK2-FB
BUCK1-IN
BUCK1-SW
BUCK1-FB
CSB
MOSI
MISO
SPISCLK
Analog
MUX
IN(s)
SDA
VDDI2C
OTP
DBG
BUCK3-FB
RSTB
FS0B
ERRMONExt. IC
Monitoring
MCU Failure
Monitoring
(FCCU)
Voltage
SupervisionVCOREMON
Vdig_FS
VMON1VMON2 Fail Safe
Output Driver
VM
ON
1
VMON3
VM
ON
2
VM
ON
3
VDDIO
Reset
Driver
VM
ON
4
VMON4
PGOOD
DriverPGOOD
LDO1
VPRE
CONTROLLER
ePADBUCK3
BUCK1
BUCK2ePAD
ePAD
I2C
Bias
Control
CLK_MGT
LDO2
Power Management State Machine
VSUP
OSC
MAIN
Vdig
VDDIO
BG1
BG1
TSD
TSD
BG2
BOS
Fail-Safe State Machine
SPIFS
Watchdog
Vdig_FS OTP
OSCFS
ABISTLBIST
FCCU1
FCCU2
ILIM
ILIM
BG1TSD ILIM
BG1TSD ILIM
BG1ILIM
BG1TSD ILIM
BG1TSD ILIM
PSYNC
SCL
FS85
Power Management Domain
Monitoring Unit
ELECTRICALLY
AND
PHYSICALLY
INDEPENDENT
COMPANY PUBLIC 32
FS85 Architecture General Concept
RSTB
FS0B
ERRMONExt. IC
Monitoring
MCU Failure
Monitoring
(FCCU)
Voltage
SupervisionVCOREMON
Vdig_FS
VMON1VMON2 Fail Safe
Output Driver
VM
ON
1
VMON3
VM
ON
2
VM
ON
3
VDDIO
Reset
Driver
VM
ON
4
VMON4
PGOOD
DriverPGOOD
BG2
Fail-Safe State Machine
SPIFS
Watchdog
Vdig_FS OTP
OSCFS
ABISTLBIST
FCCU1
FCCU2
Independent & configurable Fail
Safe State Machine
• Physical & Electrical
independance to fit for ASILD
• Analog & Digital Built In Self Test
to detect Latent Faults
• Own Reference & Supply to
reduce Common Cause Failure
• SPI with CRC To access and
configure Fail-Safe registers
MCU Monitoring
• FCCU : Fault Collection Control Unit
• MCU I/O voltage monitored via VDDIO
• MCU core voltage monitoring
Voltage Monitoring
✓ Voltage supervisor monitoring of internal
references and safety related regulators
Fail Safe Output
• 3 safety output with
configurable reaction
• Safety output to transition the
system in safe state ( FS0b)
External IC Monitoring
• Input pin to monitor external IC
Advanced Watchdog
• Challenger
• Replace external MCU Monitoring
COMPANY PUBLIC 33
VDDIO : Dedicated to MCU IO supply (3.3V or 5V) monitoring
Straight connection between monitoring and voltage output regulators :
VCOREMON : dedicated to MCU CORE supply monitoring
Connection using external resistor bridge :
VMON1, VMON2, VMON3, and VMON4
LDO
BOOST
PRE_GHS
PRE_GLS
PRE_SW
PRE_BOOT
PRE_CSPPRE_COMP
PRE_FB
VBOOST
BOOST_LS
LDO2
LDO1_IN
LDO1
VSUP1/2
WAKE1
GND/GNDFS
ePAD
BUCK3_SW3
FS8530
WakeWAKE2
FIN/Bias
FOUT
FIN
AMUX
VDDIO
VBOS
INTB
BUCK2_SW2
BUCK2_FB
CSB
MOSI
MISO
SPISCLK
Analog
MUX
IN(s)
SDA
VDDI2C
OTP
DBG
RSTB
FS0B
ERRMONExt. IC
Monitoring
MCU Failure
Monitoring
(FCCU)
Voltage
Supervision
VCOREMON
Vdig_FS
VMON1VMON2 Fail Safe
Output Driver
VM
ON
1
VMON3
VM
ON
2
VM
ON
3
VDDIO
Reset
Driver
VM
ON
4
VMON4
PGOOD
DriverPGOOD
LDO1
VPRE
CONTROLLER
ePADBUCK3
BUCK1
BUCK2ePAD
ePAD
I2C
Bias
Control
CLK_MGT
LDO2
Power Management State Machine
VSUP
OSC
MAIN
Vdig
VDDIO
BG1
BG1
TSD
TSD
BG2
BOS
Fail-Safe State Machine
SPIFS
Watchdog
Vdig_FS OTP
OSCFS
ABISTLBIST
FCCU1
FCCU2
ILIM
ILIM
BG1TSD ILIM
BG1TSD ILIM
BG1ILIM
BG1TSD ILIM
BG1TSD ILIM
PSYNC
SCL
BUCK1_FB
BUCK1_SW1 VCORE
VPRE
VSUP
VPRE
VBUCK2
VPRE
VPRE
BUCK3_FB
VBUCK3
✓ VMONx inputs can monitor supplies not
generated by the FS85 itself.
✓ External resistor bridge allow a monitoring
of various voltages level.
✓ All OV/UV thresholds are configurable
independently from +/- 4.5% to +/-12%
with .5% steps.
FS85 Voltage Supervision
Connections
COMPANY PUBLIC 34
ITEMS VR55 – QM FS84 – ASIL B FS85 – ASIL C/D
Documentation
& Safety analysis
FTA - - ✓
DFA - - ✓
FMEDA - ✓ ✓
Fault Injection T Report - - ✓
Safety Manual - ✓ ✓
Safety Outputs
PGOOD ✓ ✓ ✓
RSTb ✓ ✓ ✓
FS0b - ✓ ✓
Safety
Functions
Voltage Monitoring 3 4 6
Watchdog No Simple Challenger
External IC Monitoring – single pin No No YES
MCU Monitoring (single and dual pins) - FCCU No No YES
Analog BIST No YES YES
Logical BIST No No YES
MCU Fault Recovery Strategy Compliance No No YES
Safety Scalability Platform
COMPANY PUBLIC 37
Automotive PMIC Battery connectedFS65/FS45 – Functional Safety SBC (safe assure)
System Solution
• Analog Multiplexer to sense multiple critical signal
• Small package size :49 mm²
• Robust CAN PHY FD 2M
• Configurable I/Os
• Long Duration Timer, Keep Alive memory supply
Independent Safety Monitoring
• Single Point Failure : UV/OV Monitoring Unit
• Latent Failure : ABIST & LBIST
• Common Cause Failure : Independent electrical
and physical fail safe circuitry and state machine
• Reset, Fail Safe pin to set system in predictive state
when system is failing.
• Configurable Fail Safe State, while allowing
system availibility, diagnostic and possible recovery.
•Optional Fail Silent operation
• Second Fail Safe pin to manage safe delay after
failure event
• Advanced SafeAsssure documentation to fit for
safety assessment
• BOM cost savings : No need for external MCU
challenger
• MCU & external IC Safety Monitoring
Advanced Power Management
• Buck/Boost Vpre from 2.7 to 36V
• 2.0A / 6.5V Vpre capable
• FS65xx with Vcore 2.4MHz SMPS 0.8/1.5/2.2A
• FS450x with Vcore LDO 0.5A
• Configurable Vcore (external resistor bridge)
• Multiple LDO and Tracker
• Ultra Low Standby Current 30µA
Flexible (I/O)
Wake / INH
0 or 1 CAN HS w FD2M
Vcca (100 / 300mA)
3.3V or 5.0V LDO
0 or 1 LIN 2.x, J2602-2
Secured SPI
Fail Safe State Machine (RST, FS0)
AMUX (Battery, I/O, Temp, Vref)
VPRE DC/DC
6.5V / 2.0A Buck
LV124 compliant
Advanced Low Power Modes / Vkam
VAUX – tracker (400mA)
5.0V or 3.3V LDO
VCOM (100mA)
5.0V LDO
Boost Driver
Battery Sense
before RBP
System Solutions (LDT, FS1)
VCORE DC/DC or LDO
From 1V to 5.0V0.5/0.8/1.5/2.2A versions
SCALABLEFamily concept
PROVENDesigned at OEMs
SAFEFlexible Fail Silent
SIMPLIFIEDTools & Documents
GRADE 0PASS 4200h HTOL
COMPANY PUBLIC 38
FS65/45 Family – SCALABLE Functional Safety SBC
Solutions
Scala
ble
Po
wer
Man
ag
em
en
t
Scalable System Management
FS45xx1.2V to 5.0V / 500mA
FS650x1.2V to 5.0V / 0.8A
FS651x1.2V to 5.0V / 1.5A
FS652x1.2V / 2.2A
Standard
CAN FD & CANless
e-Safe
CAN FD, FS1b
PowerTrain
CAN FD, LIN, LDT
33FS4500C/N
33FS6500C/N 33FS6501C/N
33FS6511C
33FS6521C
33FS6502C/L
33FS6512C/L
33FS6522L
33FS4501C/N
ADAS HE EMS
Inverter, EMS
BMS, TCUEPS, HEV
Suspension
EPS, BMSMild Hybrid
EPS, HVAC
33FS6503L
33FS6513L
33FS6523L
HE EMS
Gear Box
TCU
PowerTrain
CAN FD, FS1, LDT
35FS6503C/N
35FS6513C/N
Gear Box
TCU >150°C Tj
Grade 0
35FS4501C/N
EV/HEV
COMPANY PUBLIC 39
FS8530 – 12/24V ASIL B/D SafetySBCSafetySBC with Configurable Power and Safety Architecture
Cocoon RADAR Ref Design available
VPRE HV Buck – External MOSFETs
Configurable 3.3 / 5.0V up to 10.0A Buck
Vcore Buck 1
(0.8V to 1.8V, <2.5A)
Boost Driver
5.0 to 5.74V, 800mA
LDO 2
1.1V or 5.0V 400mA
LDO 1
1.AV or 5.0V 400mA
AMUX
(Batt, I/O, Temp, Vref)
OTP Flexible
configuration
Logic & Control
SPI,
Low Power
Fsynch
ISOLATION
Window Watchdog
Simple / Challenger
Safe I/O
Voltage Supervisor
S32 HW Failure
Monitor (FCCU, SMU)
IC HW
Failure MonitoringOTP - iSMU
Latent Fault Check
ABIST - LBIST
Safety Outputs (PGOOD, RSTb, FS0b)
Safety Logic
& Control
SPI,
Independant
Safety
Monitoring
Unit
FS8530 Functional Block Diagram
Vcore Buck 2 M/S
(0.8V to 1.8V, <2.5A)
Vcore Buck 3
(1.0V to 3.3V, <2.5A)
Power Management▪ Input supply up to 60V – 12V and 24V systems
▪ HVBUCK , adjustable 3.3V to 5V, scalable output current up to 10A
▪ Synchronous Buck, 455kHz or 2.22MHz, ext. MOS
▪ BUCK1/2, adjustable 0.8V to 1.8V, up to 2.5A DC – 3.6A peak
▪ Synchronous Buck, up to 3MHz, int. MOS
▪ Can operate in multi-phase delivering 5A
▪ SVS capability on Buck1
▪ BUCK3, adjustable 1.0V to 3.3V, up to 2.5A DC – 3.6A peak
▪ Synchronous Buck, up to 3MHz, int. MOS
▪ BOOST 5V or 5.74V, up to 800mA DC- 1.5A peak, int. MOS
▪ LDO1/2, configurable 1.1V to 5V, up to 400mA
▪ Synchronization signal for dual device operation / Power GOOD output
▪ Frequency Synchronization Fin/Fout.
System Features▪ Independent Safety Monitoring Unit fit for ASIL D (FS85x) and fit for ASIL B (FS84x) architecture
▪ Control via 32 bits SPI and I2C (including CRC).
▪ Low Power Mode : 10µA in LPOFF, wake up via WAKE1/2 pins
▪ AMUX: Battery, Internal Safety critical voltages, Vref and Temperature
▪ Emulation and Programming capability offered in Engineering mode only : Voltage, Frequency,
Phase shift, Power sequencing.
▪ EMC: Spread Spectrum, Freq. Synch., Vpre Slew Rate control, Freq. Tuning
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ASIL D ReadyASIL B ready
BUCK 2
BUCK 3
BUCK 1
BUCK 2
BUCK 1
BUCK 3
BUCK 1
BUCK 1
FS8430
FS8420
FS8410
FS8400
FS8530
FS8520
FS8510
FS8500
FS84/85xx Scalability
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Differentiating Points• High Power, High Efficiency up to 10 A Core supply and > 19A total output power
with tight accuracy and advanced thermal management
• Proven & Robust solution co-developed with MCU. BSP and reference designs provided.
• Scalable supply for MCU family with OTP configurability options
• Minimize EMC with Spread spectrum, frequency tuning, frequency synchronization and multi-phase operation
• Optimized Size through advanced architecture, < 200mm2 component area
• Fit for for ASIL-B Application (PF8200)
Applications• Infotainment / Cluster
• Driver Awareness
• Vision
• Cable/Internet Stream Boxes
• Industrial/Consumer
Product Features• Vin 2.7 – 5.5 V
• 6 Buck 0.4- 1.8 V, 2.5A Master/Slave;1 Buck 1.2- 4.5V Independent
• 4 LDO 1.5 - 5 V
• -40°C to 105°C Operating Ambient Temperature (150°C Tj)
• Prog Freq, Dynamic Freq Spread Spectrum , Ext Clock Synch
• 32 Channel AMUX, OV,UV
• Qualified for QM level (PF8100) or ASIL-B Safety Level (PF8200)
• 8x8mm 56-LD QFN-EP
• Automotive and Industrial grades available
PF8200 Functional Block Diagram
LDO1
(1.5V to 5V, 400mA)
LDO2
(1.5V to 5V, 400mA)
LDO3
(1.5V to 5V, 400mA)
VSNVS (RTC Supply)
(1.8V/3.0V/3.3V, 10mA)
32 Channel AMUX
(Diagnostics)
OTP
(Flexible Configuration)
BUCK1 (Master/Slave)
(0.4V to 1.8V, 2.5A)
BUCK2 (Master/Slave)
(0.4V to 1.8V, 2.5A)
BUCK3 (Master/Slave)
(0.4V to 1.8V, 2.5A)
BUCK4 (Master/Slave)
(0.4V to 1.8V, 2.5A)
BUCK5 (Master/Slave)
(0.4V to 1.8V, 2.5A)
BUCK6 (Master/Slave)
(VTT/0.4V to 1.8V, 2.5A)
Logic & ControlI2C
WatchdogMCU Interface
Regulator ControlFault Detection
Functional Safety(ABIST)
BUCK7 (Independent)
(1.0V to 4.1V, 2.5A)
LDO4
(1.5V to 5V, 400mA)
Automotive Low Vin PMICPF81/82x Automotive High Integration 5.5V PMIC
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PF8100/8200 Comparison TableFunction PF8100 PF8200
Buck regulator w/ DVS 6ch 6ch
Buck regulator w/o DVS 1ch 1ch
LDO 4ch 4ch
VSNVS regulator 1ch 1ch
AMUX output 1ch 1ch
Communication I/F I2C with CRC I2C with CRC
Watchdog Yes Yes
MCU I/F
PWRON, STANDBY, INTB,
RESETBMCU, EWARNB,
PGOOD, WDI
PWRON, STANDBY, INTB,
RESETBMCU, EWARNB,
PGOOD, WDI
OV/UV monitoring Yes Yes
OTP program Yes Yes
ABIST No Yes
20MHz CLK check No Yes
OTP CRC check No Yes
Fail-Safe state No Yes
Sequire I2C write protection No Yes
Target ASIL class Non-ASIL or QM ASIL-A or B
Package 56-QFN w/ WF 56-QFN w/ WF
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Customer Support
• Device documentation
• Safety Documentation
• PCB Schematic & guidelines
• Thermal Tool
• OTP Programming Tool
• EVB Boards
• External Sharepoint for customer
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✓ Data Sheet ✓ Thermal Tool ✓ OTP Programming Tool
✓ PCB Layout
Recommendations
✓ Models - SIMPLIS
✓ Quick Starter
Guide
✓ SafeAssure – FMEDA✓ Safety Manual ✓ PCB Schematic
FS84/FS85 – Documentation & Application Support
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Thermal Tool
• Thermal tool available to assess
IC power dissipation and external
component power losses.
• Modeling validated with lab
measurement
• Easy to use tool:
− External component configurable
− Multiphase mode
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OTP Tool
• OTP tool available to configure device during debug phase
• Easy to use tool
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Description / Purpose:
• OTP Emulation / Programming
• Functional Validation
• Highly flexible thanks to many jumpers
• Easy access to all signals.
SocketedXVACFS85AEEVM
Available
SolderedKITFS85FRDMEVM
Available
Description / Purpose:
• Improved Performance
• EMC Capable
• Reference Layout
• OTP Emulation / Burning (3 times)
FS8500 Website / Customer Boards
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• 3rd Generation of SAFETY PMIC :
• Robust & Proven Safety architecture
• Proven Solution with Aurix .
• Building blocks approach allowing Scalable solutions across
safety, domain voltage and application type.
• Flexibles features allowing solutions customization
• ( OTP, Freq Sync, Vmonx Feature, MULTI PMIC Hook Up,
Power sequencer..)
• Technical & Reactive NXP Team to support you .
Summary
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Other Sessions of Interest
TUESDAY
Session Code Title Presenter CoPresenters Duration Room Start Time
AMF-AUT-T3351Electrification—Functional Safety Backbone
Solutions to Attach with S32David Lopez
Vincent
Lagardelle2 Galilee (Main Floor) 2:30 PM
Session Code Title Presenter CoPresenters Duration Room Start Time
AMF-AUT-T3352Automotive—Safety Power Management Solutions
for Car Electrification and ADASDavid Lopez
Vincent
Lagardelle2 Galilee (Main Floor) 9:00 AM
AMF-AUT-T3402Attach PMIC Offerings for NXP's Next-Generation
Gateway Processors
Vincent
LagardelleDavid Lopez 1 Galilee (Main Floor) 11:00 AM
WEDNESDAY
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Join our Community
Public community for NXP power management solutions, it addresses:
• Solutions to power i.MX, MPC, S32, LS and LX processors
• Support for Functional safety related items
• EMC considerations in power management
https://community.nxp.com/community/Power-Management?tid=community
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