LAT-INS-T2442.Pdf

ANALOG SOLUTIONS FOR MULTI- MARKET - AUTOMOTIVE AND INDUSTRIAL LAT-INS-T2442

EMMANUEL CARCENAC GLOBAL DISTRIBUTION MARKETING MANAGER NOVEMBER 08, 2016

PUBLIC Advanced Analog Portfolio Overview In-Vehicle Networking Safety & Power Management Drivers & Energy Secure Car Access

• MPU system power management • CAN, CAN-FD/PN transceiver • Intelligent Battery Sensors • Immobilizer / Remote Key entry IC (i.MX, LS, FPGA, …) • CAN FD Shield • Li-Ion Battery Cell Controller • Passive key entry / Keyless go • Single cell battery charger • LIN, Quad LIN transceiver • DC/stepper motor power driver • 2-way RF keyless access • Functional Safe System Basis Chip • Flexray transceiver • BLDC motor gate driver • Motorcycle braking • Networking System Basis Chip • Programmable switches • Sub-GHz multi-protocol RF • Valve Controller SoC • Twisted pair Ethernet transceiver • Small fuel engine controller Modem supporting: • Switch Monitoring Serial Interface • Ethernet switch • LED Buck/Boost Controllers • Sigfox, W-Mbus, ZigBee,… • IO-Link master & slave transceiver

R M IoT

#1 in In-Vehicle Networking #1 in Safety Benchmark BMS Solution #1 in Car Access

MCU Cross Selling Enablement Tools Evaluation GUI & SW FRDM & TWR HW boards MCU/MPU SDK SW drivers example code 1 PUBLIC IN VEHICLE NETWORKING CAN, LIN, FLEXRAY, ETHERNET

2 PUBLIC IN-VEHICLE connectivity NETWORKS MORE CONNECTIONS – More Bandwidth 1000 Mbps

+1Gbps Ethernet 6 5.3 40 Ethernet 100Mbps 35 5 +100Mbps Ethernet 30 3.7 Nodes/Car 25 +CAN FD 4 30 kg 10 Mbps 20 +IsoCAN Year 2014 2016 2018 2020 2 km wire 3 +Partial 2.3 350 parts 5 Mbps Networking 2 +FlexRay 1.3 CAN +LIN +FT CAN Network Nodes/Year [Billion] Nodes/Year Network 1 0.6 1 Mbps 0.2 0.01 0.05 0 1994 1998 2002 2006 2010 2014 2018 2022 20 kbps Year 3 PUBLIC CAN in non-Automotive applications

Building Control Industrial Transportation HVAC Heavy Machinery Elevators Forklifts Access / Security Farm Equipment Automation Trains Surveillance SAE J1939 Buses

Factory Automation Connected Consumer PLC I/O Wearables Safety Systems ePOS Robotics Drones Motor Drives Medical devices eBikes Energy Conservation Asset tracking Energy Storage Converters Smart metering Tools & Appliances

4 PUBLIC Evolution in CAN: CAN FD with Flexible/Higher Datarate

A smart evolutionary step NXP in driving seat

Sensors / Embedded Control MM / ADAS Providing fast CAN FD network 100 M transceivers Ethernet Broad-R Providing Reach 10 M Top EMC FlexRay performances

CAN FD rate (bit/s) rate - 1 M CAN

Data Enabling mixed networks 100 K PSI5 SOP Providing total Q4-17 LIN Implementation Cost per Node 10 K simulation environment Boosting net data transfer Over 10x more data vs. CAN 2.0 Driving Enabling bigger, simpler IVNs Less gateways & couplers definition Minimizing HW/SW impact Preserving investments made of standards

5 PUBLIC CAN Portfolio 1/2 NXP HS-CAN PORTFOLIO - STANDARD FUNCTIONS: Battery MCU System voltage Basic Standby Dual-Standby TJA1057G TJA1044G TJA1046 12V 5V HVSON Mbps Optimised IN PRODUCTION IN PRODUCTION IN PRODUCTION Passenger 3V3 TJA1057G/3 TJA1044G/3 Vehicles Pin 5: VIO IN PRODUCTION IN DEVELOPMENT - SAMPLES: Q3-16 / SOP: Q1-17

TJA1051 TJA1042 TJA1059 Full 24V 5V Support IN PRODUCTION IN PRODUCTION IN PRODUCTION Commercial 3V3 TJA1051/3 TJA1042/3 Vehicles Pin 5: VIO IN PRODUCTION IN PRODUCTION

NXP HS-CAN PORTFOLIO - ADVANCED POWER MODES: Sleep Partial Networking FD-Passive

TJA1043 TJA1145 TJA1145/FD 12V and 24V Support Mbps IN PRODUCTION IN PRODUCTION IN PRODUCTION

REASONS TO Parts internally Chokeless EMC HVSON package Max 1Mbps bit Supports max 2 / 6 PROMOTE:PUBLIC dual sourced performance option available Mbps rate for HS-CAN 5Mbps CAN FD CAN Portfolio 2/2

NXP HS-CAN PORTFOLIO - VeLIO COMPLIANT HS-CAN: Standby (PIN 5: n.c.) Standby (PIN 5: VIO) Dual-Standby

12V Optimised TJA1044V TJA1044V/3 Mbps Passenger Vehicles IN DEVELOPMENT - SAMPLES: Q3-16 / SOP: Q1-17 IN DEVELOPMENT - SAMPLES: Q3-16 / SOP: Q1-17 Standby (PIN 5: SPLIT) Standby (PIN 5: VIO)

Full 24V Support TJA1049 TJA1049/3 HVSON TJA1059 Commercial Vehicles IN PRODUCTION IN PRODUCTION IN PRODUCTION

TJA1900 MULTI-CHIP MODULES SERIES ISOLATED HS-CAN TJA1046 + TJA1029 TJA1044 + TJA1043 + TJA1029 TJA1901 TJA1902 TJA1052i IN DEVELOPMENT - SAMPLES: Q1-16 / SOP: Q3-16 IN DEVELOPMENT - SAMPLES: Q1-16 / SOP: Q3-16 IN PRODUCTION

LEGACY CAN FUNCTIONS: Fault-Tolerant CAN Single Wire CAN CAN Controller TJA1055 MC33897 SJA1000 IN PRODUCTION IN PRODUCTION IN PRODUCTION

Max 1Mbps bit REASONS TO Parts internally Chokeless EMC HVSON package Supports max 2 / Mbps Mbps rate for HS-CAN PROMOTE: dual sourced performance option available 5Mbps CAN FD 7 PUBLIC UJA1018 LIN Transceiver Portfolio Overview LED lighting LIN SBC

+ LIN switch + Voltage TJA1028 + LED driver regulator Mini LIN SBC LIN + WWD + GPI + 1/2WAKEs + Unique EoL Mini-SBCs + HVMPO config. via SPI

+ TxD + High- TJA1027 dominant TJA1029 + INH TJA1021 Speed MC33662 Core LIN transceiver timeout Basic LIN transceiver + WAKE Standard LIN transceiver LIN Standard LIN transceiver Standalone LIN Transceivers

TJA1022 TJA1024 Dual LIN transceiver Quad LIN transceiver Multi-LIN Transceivers + 2nd LIN + 3rd & 4th channel LIN channel

8 PUBLIC Jasper Compliant FlexRay Physical Layer Products Overview

Clamp 30 Clamp 15 Transceiver Transceiver Active Star

TJA1080A st TJA1081 TJA1082 1 Gen Voltage Reg. Control Basic transceiver Trx & Active Star SSOP16 TSSOP14 SSOP20

TJA1085 4-Branch 2nd Gen TJA1081B TJA1083 HVQFN44 Improved EMC Voltage Reg. Control TSSOP14 Jaspar Compliant SSOP16 TJA1086 2-Branch HVQFN44

Clamp 15: Optimized for ECUs switched off by the ignition key Clamp 30: Optimized for ECUs permanently connected to the battery In Production Under Dev. Planned

9 PUBLIC The Added Value of Ethernet

10 PUBLIC Introducing Ethernet: NXP provides Auto-Native Portfolio Flexible, Scalable solution

TJA1102 TJA1100 100MBPS PHY – RELEASED Dual-OABR PHY • Open Alliance BroadR-Reach Compliant • Fully automotive qualified • Robust automotive grade EMC and ESD • Minimal external component count • Enhanced Power Management to save battery life TJA1102 Dual-PHY – Production Q2 2017 • Single chip dual BroadR-Reach PHY • Enables better scalability

SJA1105/T FIVE-PORT SWITCH – RELEASED • Layer 2 Store and Forward Switch, • Supports AVB, TSN and Deterministic Ethernet • Up to 1-Gb network speed, • MII/RMII/RGMII Interface • Port Mirroring and VLAN support (IEEE 802.1Q TJA1102 and IEEE 802.1P) Dual-OABR PHY AVB

AUTOSAR

Host Processor (i.MX, MPC5748G)e.g. MPC574xC/D/G

11 PUBLIC From PHY to System Basis Chip

Functional Safety System Basis Chip (fit for ASIL C/D) Increased Functionality: - Transceiver(s) - Power Regulation: LDO, DC/DC Body & Gateway System Basis Chip - System power management - System protection & Diagnostics - Functional Safety support CAN/ LIN System Basis Chip

Mini LIN Mini CAN System Basis Chip System Basis Chip

Multi LIN Channel Multi CAN Channel Star Coupler Ethernet Switch

Integration Level & Performance & Level Integration LIN CAN FR

Transceiver Transceiver Transceiver PHY

No PHY Communication speed 12 PUBLIC 1 Body Peripherals/General purpose SBC Selection

Mini SBC Mid Range SBC Power SBC CAN or LIN CAN & LIN CAN&LIN

TJA1028 UJA116x(A) UJA107xA UJA1169 MC33903/4/5 UJA113x(FD) MC33909 Family Family Family Family Family Family Family

• LIN only • CAN only • CAN only or CAN & LIN • CAN & LIN • 5V LDO, 70mA • 5V LDO, 100mA • 5V or 3,3V LDO, 250mA • 5V or 3,3V SMPS, 500mA • HVSON8 • HVSON14 • Ext. PNP option • Several add-on features • HTSSOP32 or HVSON20 or SOIC32EP • HTQFP48 or LQFP48EP

TJA1128 Family

In Production In Development Approved Concept Available for ordering Project and timing committed. Product concept committed internally. Indicative timing only. 13 PUBLIC Body Applications SBC Overview

Types Features & Options

Supply Sleep Iq Vbatt MCU Supply External Partial with ext VIO AMUX CAN PHY LIN SPI Watch Dog INH LIMP WAKE Package size Mode µA Sense internal 5V Supply Networking PNP

250mA 350 mA - - t.b.d. - up to 2 Y O Y 2 HTSSOP32 UJA107x Y 5V or 3.3V - 6.1 x 11 mm

Timeout 150 mA Y up to 2 Y SOIC32 Y 15 Y 400 mA P/N - Y - Y Window up to 4 MC33903 5V or 3.3V (std) (P/S/D) Safe 7.5 x 11 mm Random

Timeout 150 mA Yes Y 0 or 1 Y SOIC32 Y 15 Y 400 mA P/N Y - Y Window up to 4 MC33904/5 5V or 3.3V Ext PNP (std) (904/5) Safe 7.5 x 11 mm Random

UJA1161A / - - - - FD Active - - - - - 1 HVSON14 O Y 2 Mbps O 3 x 4.5 mm UJA1162A

UJA1163A / 100mA - - - - FD Active - - O O - - 1 HVSON14 - 2 Mbps 3 x 4.5 mm UJA1164A 5V

UJA1167A / 100mA 30 mA FD Active HVSON14 Y - - - O - Y Y O - 1 UJA1168A 5V (option) 2 Mbps 3 x 4.5 mm

250mA 100mA FD Active HVSON20 Y 250 mA O - O - Y Y - Y 1 UJA1169 5V or 3.3V (option) 2 Mbps 5.5 x 3.5 mm

500 mA FD Active HTQFP48 Y Y - - 100mA - O up to 2 Y Y - Y 1 UJA113x 5V or 3.3V 2 Mbps 10 x 10 mm

500 mA HS CAN LQFP48 Y 125 Y 500mA - 200mA Y - up to 4 Y Y - Y 6 MC33909 5V or 3.3V 1Mbps 7 x7 mm

Y = Supported 14 PUBLIC O = Optional (support on some variants) SYSTEM BASIS CHIP & POWER MANAGEMENT IC

15 PUBLIC NXP PowerSBC Application examples

16 PUBLIC FUNCTIONAL SAFETY VALUES 5P’s Functional Safety Pillars & Differentiation Philosophy – Culture Philosophy • « To design systems that work correctly we MUST understand and correct how they can go wrong » Daniel Saul Goldin, NASA Administrator • SafeAssure : Corporate commitment to support functional Safety Process – Discipline Products Process • Analog & Sensor ISO26262 Development Process Compliance certified by TÜV-SAAR People – Know how • Training, Safety Culture & mindset. Expertise on ISO26262 Standard, Hardware architecture & documentation Partners – Collaboration • System solution to fit for ASIL (SBC + MCU + Drv) • System safety Goals (Car OEM) Partners People Products – Value & Differentiation • 1st ISO26262 SBC to fit for ASIL D systems • Innovative Hardware Monitoring Architecture

ISO26262 certified hardware development process for analog and sensor products Development rules, processes and tools certified as compliant with ISO 26262 standard part requirements applicable to semiconductor suppliers ISO 26262-2:2011 – Safety Management ISO 26262-5:2011 – Hardware Development ISO 26262-7:2011 – Production ISO 26262-8:2011 – Supporting Processes ISO 26262-9:2011 – Safety Analysis

17 PUBLIC SBC Mapping Based on Market & Integration

LDO+CAN SMPS w CAN/LIN SMPS CAN/LIN ASSPs* Discrete LIN SBCs SBCs Fit for ASIL B Fit for ASIL D ASICs

CAN Supply LIN + LDO CAN + LDO CAN + SMPS CAN + SMPS Comm + Supply

LIN LIN LIN LIN MCU Drv In MCU Drv MCU Drv MCU Drv MCU Drv In MCU Drv In In In In

Body TJA1028 UJA106x/107x/116x/1169 MC33909 Peripherals MC33910/911/912 MC33903/4/5 UJA113x

Body Control Module & UJA107x/1169 MC33909 Gateway MC33903/4/5 UJA113x

MC33903/4/5 UJA113x MC33907/33908 MC33789 Drive & Power UJA116x MC33909 FS45 BE13 Train FS45xx FS65

MC33903/4/5 FS45xx & FS65xx ADAS UJA116x

*includes safety bus SBCs

18 PUBLIC SENSE – THINK – ACT – Drive Train Directions Power Management & Safety Standards

Secured & Safe System Solutions

Value Value • ISO26262 architecture (TUV SUD proven) Proposition • Functional robustness (non ISO pulse, EMC, HTOL) FS652x • Security (SM transition) FS651x 12V DCDC + DCDC 2.2A High Efficient Solutions 12V DCDC FS650x Long Duration + DCDC 1.5A • Target 12 V & 24 V (application note) Timer 12V DCDC Long Duration FS4500 FAIL SILENT • Dual DCDC architecture (Vpre + Vcore) + DCDC 0.8A Timer • Ultra low power modes (low Iq, long dur. timer) MC33907/8 12V DCDC + Long Duration FAIL SILENT CAN FD2M LDO 0.5A 12V DCDC Timer Long Duration CAN FD2M 0.8A – 1.5A FAIL SILENT Timer Safety Simplified Solutions Low Power FAIL SILENT CAN FD2M • ISO26262 ready documentation FAIL SAFE CAN FD2M • System validation test (eFAST) CAN • Global ecosystem (incl HW & SW)

Generation 1 Generation 2 Definition 2010 Definition 2014 Production Same platform FS45 and FS65 9 applications Pin to pin compatible with MC33907/8 >25 customers Product qualified and EMC certified

19 PUBLIC 2ND GENERATION SBC FOR DRIVE TRAIN – FS65 & FS45 FS6500

Maximize re-use vs MC33907/8  Samples

. Same package (48 pins LQFP with EP), and same Technology (SM8MV)

. Pin out compatible

Power Management Portfolio scalability

. FS65 : 3 versions with Vcore DC/DC (0.8, 1.5, 2.2A)

. FS45 : 1 version with LDO (1.2V to 5.0V up to 0.5A)  Data sheet  SW Starter Guide Advanced Safety Concept providing flexibility AND availability

. Configurable Fail Silent Mode and fit for ASIL D

. Second Fail Safe output (FS1b) to secure safe delay after FS0b

Save BOM System Cost with new hardware solutions

. Long Duration Timer, FS1b, and VKAM Supply  FMEDA Automotive qualification Improve In Vehicle Networking Scalability  Safety Manual

. CAN FD 2Mb/s and LIN versions (C or L versions) Global EMC certification . CANless pin to pin compatible versions (N versions) PPAP June 2016 Support Attach Strategy  EMC board . with S32 for Power Train, Drive train and ADAS (MPC57xx, S32R)

. with other MCU suppliers  eFAST

20 PUBLIC FS6500 / FS4500 new FREEDOM Board Regulator LEDs FSx & RST LEDs CAN / LIN  FS65 size 33mm x 33mm Status Status connector  Support wide range of FS65xx / FS45xx family  Close partnership with best in class passive components suppliers (Coil, Capacitor, Diode,

Transistor) Regulator  Low cost evaluation board Output Vbat  Arduino compatible

13.5V Power supply

USB Cable

FRDMFS6522LAEVB VDDIO Selection Debug / Normal FS6500 Area J1 PC with FlexGUI installed Debug Area

FRDM KL25Z

External load board (Resistor load or MCU power supply) 21 PUBLIC SYSTEM POWER MANAGEMENT IC

22 PUBLIC NXP PMIC's Benefits

Simplify Customer Experience i.MX 6UL SOM GUI Evaluation Tool

• PMICs are defined alongside MCU development team • Insure full compatibility with dedicated MPU/MCU’s • Proven & Robust Solutions • Complete reference designs with Android and Linux drivers • Development kits (SABRE, RIOT and more) for quick implementation • From NXP proven partner • Highly Configurable with preprogrammed version • Insure Scalability among IMX family support • Factory preprogrammed version for specific IMX

NXP PF0100/200 1.2V Efficiency Energy Efficiency

• The best light load efficiency on the market • ~90% efficiency across the entire current delivery range • Dynamic Voltage Scaling for power consumption optimization • Soft Start Sequencing options for voltage rail start up • Best In Class Quiescent current for wearable series

23 PUBLIC PF3000 Optimized Power Management Solution Quick-turn programmable 12-ch/7.2A system power management solution enabling Low Power applications

Differentiating Points PF3000 Functional Internal Block Diagram • Proven compatibility with i.MX 6/7 processor applications for reduced time to OTP Startup Configuration Power Generation (Input Voltage 2.8V to 5.5V) market OTP Prototyping Voltage Switching Regulators Linear Regulators (Try before burn) • Supports Low power State Retention Mode for enhanced power performance VCC_SD Sequence and Phasing and SW1A (1.80 or 3.15V, 100mA) • Integrated High-Speed SD Card Dual Voltage Support eliminating the need for timing Frequency Selection (0.70 - 3.3. V , 1.0A) external switches V33 Bias & References ( 2.85 to 3.30V, 350mA) SW1B Internal Core Voltage Reference • 23% reduction in package size over PF0100/PF0200 (0.70 - 1.475V , 1.75A) VLDO 1 (1.8 to 3.3V, 100mA) Product Features DDR Voltage Reference SW2 VLDO 2 (1.50 -1.85V, 1.25A) (0.80 to 1.55V, 250mA) • Vin 2.8 V to 5.5 V Supply. 5 V supply via front End LDO. Logic and Control or (2.50 - 3.30V, 1.25A)

I/O Interface with MCU Regulator Control VLDO 3 • 4 Channel configurable buck converters with DVS (1.8 to 3.3V, 100mA) 2 SW3 I C Communication & Registers • Forced PWM or automatic, PSM operation (0.90 -1.65V, 1.5A) VLDO 4 (1.8 to 3.3V, 350mA) • 6 User programmable LDO with Low Power State Retention (LPSR) and Coin cell Fault Detection and Protection Boost Regulator VSNVS charger Thermal Current Limit (5 to 5.15V, 600mA) (3.0V, 1mA) USB OTG Supply RTC supply with coin cell • Boost regulator & DDR reference 5V Input Over Voltage Indicator charger • Programmable output voltage, current limit, soft-start, Fsw, fault interrupt • OTP with try before Buy mode Support for i.MX 7S/D, i.MX6 SL; SX, & UL Patch for i.MX 6SL & SLX • Consumer, Industrial Grades. & Auto grades with Wettable flank BSP for i.MX 7: Ready • High power 7x7 mm, 48 E-QFN BSP for i.MX 6UL: Ongoing

Production: Now 10Ku price: starting 1.83 $ 24 PUBLIC PF3001 Optimized Power Management Solution Most economical, ready to go 10-ch/6.6A system power management solution enabling Always ON application

PF3001 Functional Internal Block Diagram Differentiating Points Fixed OTP Configuration Power Generation (Input Voltage 2.8V to 5.5V) - Optimized solution for Price sensitive Always ON application competing Voltage & PWRON DVS Speed Switching Regulators Linear Regulators with discrete solution Configuration Fixed Fixed VCC_SD SW1 - Pin to pin compatible with PF3000 Sequence & Phasing & (1.80V to 1.85V, 100mA) Timing Fixed Frequency Fixed (0.70V to 1.425V, or (2.85V to 3.30V, 100mA) 1.8V, 3.3V, 2.75A) - Integrated High-Speed SD Card Dual Voltage Support eliminating the need V33 Bias & References ( 2.85V to 3.30V, 350mA) for external switches SW2 Internal Core Voltage Reference (1.50V to1.85V, 1.25A) VLDO 1 or (2.50V to 3.30V, 1.25A) - Proven compatibility with i.MX6 processor applications. BSP for i.MX6UL (1.8V to 3.3V, 100mA)

Under dev. VLDO 2 SW3 (0.80V to 1.55V, 250mA) - Dynamic Voltage Scaling Logic and Control (0.90V to1.65V, 1.5A) Parallel MCU Interface Regulator Control VLDO 3 (1.8V to 3.3V, 100mA) 2 I C Communication & Registers VLDO 4 Product Features (1.8V to 3.3V, 350mA) - Vin 2.8V to 5.5V Supply. 5V supply via front End LDO. Fault Detection and Protection VSNVS. Thermal Current Limit (1.0V to 3.0V, 1mA) - 3 Channel configurable buck converters RTC supply with coin cell VPWR Front End LDO Overvoltage Indicator charger - Forced PWM, PFM or automatic PSM operation - Dynamic Voltage Scaling in Run mode only Support for i.MX7S/D, 6SL,6SX, & 6UL - 6 User programmable LDO & Coin Cell Charger BSP for 6UL under dev by Third party (4Q) - Programmable output voltage, fault interrupt BSP Patch under planning - Defined Start up Sequence and timing Sample: Use PF3000 - Consumer, Industrial Grades. & Auto grades with Wettable flank 10Ku resale: starting 1.45 $ - High power 7x7mm, 48 E-QFN

25 PUBLIC Xilinx Products Mapping With PMIC PF0100 Application note AN4991 available w/ Zynq7000

SoC FPGA CPLD 3D IC Configuration Memory Zynq-7000 (7010, 7015, 7020, 7030, 7045) – SoC system integration and Virtex optimization 7-series (28 nm) – Compatible high-end FPGAs with Spartan – Low-end Virtex-4 – Optimized for MMPF0100 FPGAs high-performance logic, embedded and DSP Virtex-5 – Optimized for Virtex-7 – Optimized for Spartan-3 – For Highest Density high-performance logic, ultra- highest system performance and Pin-Count Applications high bandwidth, DSP, and capacity Spartan-3E – Logic Optimized embedded processing and/or Kintex-7 – Optimized for best Spartan-3A – I/O Optimized low-power/ high-speed serial price-performance connectivity Spartan-3AN – Non-volatile Artix-7 – Optimized for Virtex-6 – Optimized for lowest cost and lowest power Spartan-3 DSP – DSP Optimized high-performance logic, ultra- applications Spartan-6 (45 nm) – Low-power, high performance DSP, optimized for lowest-cost logic, highest bandwidth/ low- DSP, memory and connectivity power serial connectivity

26 PUBLIC NXP PMICs for i.MX & QorlQ Processors

Pin Compatibility Pin Compatibility MC13892 MC34708/9 PF0100 PF0200 PF3000 PF3001 VR500 VR5100 ARM11 B i.MX 6QP ARM9 T1023 i.MX 6DP B Cortex-A8 B T1013 i.MX 6Quad B Cortex-A9 i.MX 6Dual LS1043A B P i.MX 6DL i.MX 6DL i.MX 6DL * Cortex-A7 LS1023A B P i.MX 6S i.MX 6S i.MX 6S * Cortex-A53 i.MX 53 LS1024A B P i.MX 6SL P i.MX 51 i.MX 6SL i.MX 6SL Power LS1022A B B P i.MX 6SX i.MX 6SX i.MX 50 i.MX 50 i.MX 6SX LS1021A LS1024A B * i.MX 35 i.MX 7 Dual i.MX 7 Dual LS1020A LS1012A B * C = Consumer i.MX 31 i.MX 7S i.MX 7S I = Industrial P P i.MX 27 i.MX 6UL i.MX 6UL A = Automotive

AEC-Q100 AEC-Q100 AEC-Q100 AEC-Q100 C -40° +85° C -40° +85° C -40° +85° C -40° +85° C -40° +85° C -40° +85° I -40° +105° I -40° +105° I -40° +105° I -40° +105° I -40° +105° I -40° +105° A -40 +105° A -40 +85° A -40 +105 A -40 +105

B = BSP Available or Under Development P = Patch Available or under Development * = i.MX Support in Some Use Cases, Contact NXP

MC34712 LS1088A MC34713 27 PUBLIC LS2085A MC34717 PF3000/1 PMIC EcoSystem Eval Board with KL25 Fast Evaluation of PMIC’s performance • Boards for PF3000/1 • Generic Family Evaluation & programming Platform based on Freedom KL25Z • Programming Friendly Graphical Interface board with • USB interface Socket • KITPF3000EVM board contains Evaluation board + KL25 (Support PF3000 or PF3001. Use appropriate GUI) • KITPF3000PGM board contains programming board + KL25 (PF3000 only) i.MX 6UL SOM • SABRE i.MX 7 + PF3000 + BSP: Available • i.MX 6UL SOM + PF3000: Orderable on NPI catalog or iWave partner site (Sept) • i.MX 6UL SOM+ PF3001: Orderable on NPI catalog or iWave partner site (Sept) • BSP patch available for i.MX 6SL, i.MX 6SLX i.MX 6UL on AAA internal site

Complete Technical Documentation available to ease Design • Datasheets • EVM GUI and installation documentation • i.MX 6SL and 6SoloX Apps note with Schematic, Gerber, and config SW • i.MX 6UL SOM Schematic, Gerber and SW Patch

I.MX 7 SABRE board

28 PUBLIC Advantages of PMIC vs. Discrete Implementation Feature PMIC Benefit PMIC Implementation Discrete Implementation

Startup sequence Total solution (CPU + Power), easy for Internally programmed by OTP, proven BSP and control with BSP customer to set up system, shorten the time schematic with processors. Daisy chained or I/O control support to market.

Needs external components to switch Dynamic Voltage Easy dynamic power management for low Internally controlled ramp up and ramp down of resistor divider. Generally results in large power application case, save BOM. voltages. Programmable slew rates. Scaling transients during transitions

Implemented via different switching modes: Heavy & Light load Easy design for low quiescent current - Automatic PFM, Pulse Skip selection Some discretes have pulse skip modes. Not application case, better efficiency on the efficiency - Processor selects switching mode depending available in cheaper discretes entire load range. enhancement on system state

Better anti-interference performance, improve All switching regulators synchronized, while Available in higher end discretes Synchronization EMC performance. switching frequency and phasing can be optimized.

PCB area and Lower PCB area Larger area than PMIC solution Save board space (> 55%) external Very low number of external components 5-6 additional components per regulator components

System power protection, as overvoltage, Fault protection overcurrent, thermal alert Interrupts and Available Not available status report via I2C.

Fast tailored system (Processor + Memory + PF0100/PF0200/PF3000 scale with processor PMIC) selection for customers, easy Generally means redesign of power solution Scalability power levels peripherals change, such as memory, etc.

Auto grade support Reliable qualification. AEC-Q100 Test pass -

Coin cell input For application case with coin cell Available Not available 29 PUBLIC SINGLE CELL BATTERY CHARGER

30 PUBLIC NXP Power Solution for Portable / Home Gateways

Li+ Linear Chargers PMIC w/ Charger

MC34671: 600mA, 28V, Li+ PF1550: 1A Linear Charger MC34673: 1.2A, 28V, Li+ 3-Buck, 3-LDOs MC34674: 1A, 28V Li+ MC34675: 1A, 28V, Li+ w LDO PF1250: 0.3A Linear Charger MC34676: 1A, Dual 28V, Li+ 1-Buck, 3-LDOs

Switching Chargers PMICs PF0100: Li+ Input, 4-6 Buck 5-LDO, I2C BC3770: 2A Switching Charger PF0200: Li+ Input, 4-Buck 6-LDO, I2C PF3000: Li+ Input, 4-Buck 6-LDO, I2C PF3001: Li+ Input, 3-Buck 6-LDO, I2C 31 PUBLIC MC34671 Linear Battery Charger used in Hexiwear | Block Diagram

USER RGB LED 8MB SERIAL FLASH 1.1” COLOR OLED HAPTIC FEEDBACK 6x TOUCH BUTTONS MEMORY DISPLAY VIBRATION MOTOR

Micro-B USB

External Docking Station Po NXP - NXP NXP Micro-B USB NXP MC34671 Kinetis K64F Kinetis KW40Z K64F/KW40 Switch BATTERY

Kinetis K20 Battery OpenSDA MCU CHARGER MCU BLE SoC K64F/KW40 Reset Li 190mAh

3x Click Sockets (SPI, I2C, UART, AN, PWM, IO)

Micro-SDHC and I2S EXPANSIONPORT

NXP NXP NXP NXP MEAS-SPEC TAOS MAXIM PART FXOS8700CQ FXAS21002 MPL3115A2 HTU21D TSL2561 MAX30101 NON-NXP Combo Acc. / Mag. Gyroscope Barometer & Temp Humidity & Temp Ambient Light Optical Heart Rate PART SENSOR SENSOR SENSOR SENSOR SENSOR SENSOR

INTERFACE 32 PUBLIC BC3770 Switching Battery Charger used in WaRP7 | Block Diagram

KINGSTON 08EMCP04-EL3AV100-C50U CAMERA WaRP7 is a true NXP solution 8GB NAND Flash

which includes 8 NXP components !! 512MB LP-DDR3 MIPI CSI MIPI NXP Micro-B USB PART NXP NON-NXP BC3770 I2C NXP MURATA PART BATTERY SDIO, UART 1DX CHARGER i.MX7Solo 802.11/b/g/n WIFI INTERFACE Cortex-A7 MPU & BT 4.1 NXP I2C + PF3001 Cortex-M4 MCU PMIC I/O board Board to board CONNECTOR

UART, I2C, SPI, GPIO, PWM, Analog

DSI MIPI

NXP NXP Switches NXP NXP NXP FT2232 Battery FXOS8700CQ SGTL5000 inc. Connector MikroBusTM FXAS21002 MPL3115A2 NT3H1101 Touch Screen JTAG Combo Audio CODEC ON/OFF Expansion Gyroscope Barometer & Temp NFC LCD DISPLAY USB Acc. / Mag. button Socket SENSOR SENSOR I2C Tag HEAD MICRO 180mAh 33 SENSORPUBLIC PHONE PHONE DEBUG User LEDs Battery MULTI SWITCH DETECT INTERFACE

34 PUBLIC MC33CD1030 33-Channel Configurable IO for Automotive Applications Analog Multiple Switch Detect Interface for translating 33 IOs onto a single MCU SPI bus with configurable wetting/drive current and low power auto-wake modes Differentiating Points

VDDQ • High level of robustness of the CD1030 solution thanks to the battery sense presence and the EMC Battery Power performances Supply CD1030 • Efficient performances to reduce current consumption and provides flexibility of programming SG1 Battery VBATP • Reduced Foot print to meet application size constraint thanks to the 7*7mm LQFP and integrated SP0 functionalities WAKE_B Power Supply MCU SP1 VDDQ Product Features INT_B INTB SP11 • 33 I/Os: CS_B CSB MISO MISO − 21 switch-to-ground MOSI MOSI − 12 programmable - switch to battery or ground SCLK SCLK SG0 • 24-1 analog multiplexer AMUX AN0 • -14 to +38V switch input voltage range SG1

• Programmable wetting/drive current from 2mA to 20mA SG20 EP GND − Current Source capable of driving white LEDs • SPI Interface with enhanced register set Applications • Wake-up upon signal detection • Multiple switch detect in Body-Control Modules / Gateways • Integrated temperature sensor and Battery Voltage Sensing • Engine Control Modules • -40°C to +125°C operating temperature range • Front-of-Dash Modules • Wire Harness • Junction Box • Communication switch detect 35 PUBLIC Configurable I/O Selector guide

MC33972 MC33975 MC33978 CD1030 In In Schedule In production In Production Production Production

Inputs 22 22 22 33 Sleep Current 70uA 70uA 30uA 60uA (Typ) Temp -- -- YES YES Sensor Battery -- -- YES YES Sensor Wetting 3-bit Programmable 3-bit Programmable 2mA, 16mA 4mA, 32mA Current 2mA-20mA Range 2mA-20mA Range 32 SOIC Package 32 SOIC 32 SOIC 48 LQFP 32 QFN

36 PUBLIC IO-LINK INDUSTRIAL SENSOR COMMUNICATION PROTOCOL

37 PUBLIC IO-Link: standard for industrial point to point connection

• IO-Link is a point-to-point sensor and actuator connection protocol

− It is not a field bus; it complements field bus

− Designed for factory systems:

. 24V power supply (max. 30V)

. standard cable (up to 20m length) Profinet, EtherCAT, EtherNet/IP,… . 3 wires unshielded

. 3 COM speeds: 4.8, 38.4 or 230.4 Kbaud/s Profibus, CANOpen, Modbus,…

• IO-Link system has master and slave nodes

− Slave node = industrial sensor or actuator Standard I/O connexion connexion − Master node can be

. a gateway between several sensors and another industrial network motors actuators sensors . or integrated in an industrial automation end equipment such as a PLC, a HMI panel, a motor drive

• NXP is an IO-Link member

− 100+ IO-Link member companies 38 PUBLIC Sample Rev 1.1 QFN: Now IO-Link System Block Diagram Sample Rev 2.0 QFN Nov 16 Derivative CM3011: CSP samples: Jan 17 • Low cost version without DC/DC Production: 2Q17 • Pin to pin compatible with CM3010 IO-Link master node with 4 ports 10k price: starting 1.88$

IO-Link device node 3rd party IO-Link CM3120 master stack Power IO-Link 1 CM3010 3rd party IO-Link Control PHY device stack Kinetis KL17 SPI IO-Link 2 IO-Link L2 frame DC / DC PLC PHY PHY Kinetis KE02 Host: SPI SPI MCU CM0+ 48MHz MCU CM0+ 40MHz connexion L2 frame LDO Kinetis 128KB Flash CM3120 32KB Flash i.MX SPI 3.3V LS1xx 32KB RAM 3 8KB RAM Power IO-Link Sensor ADC Control PHY or Actuator / 256B EEPROM IO-Link 4 I²C L2 frame PHY

CM3010 Differentiating Points CM3120 Differentiating Points − Integrated DC/DC converter supplies MCU and sensors with high power efficiency to keep system − Dual IO-Link PHY integration provides cost efficient implementation temperature low and small footprint − Embedded frame handler reduces MCU interrupt and system power − One IO-Link PHY and one extra high voltage − SPI connectivity reduces the number of MCU communication port input/output enables flexible configuration compatible and I/O; easily expandable to more ports with legacy implementation Production: Now − Smallest CSP package size 2x2.5mm 10k price : starting 2.23$

39 PUBLIC IO Link Enablement

CM3120 Tower board solution including FRDM-CM3010 board solution including • Two CM3120 dual IO-Link transceiver: 4 IO-Link ports with M12 • CM3010 IO-Link IC connectors • ESD protection and M12 cable connector • Kinetis MKL17Z64VFM4 + E²PROM IC • Plugs onto FRDM-KE02Z40M Kinetis MCU Freedom which includes • IO-Link protocol stack evaluation license • Capacitive touch slider, MMA8451Q accelerometer, tri-color LED • Provided by TEConcept; loaded on the board • Thermistor sensor to measuring temperature • IO-Link protocol stack evaluation license • Provided by TEConcept

Easy to Use tools: • IO-Link User Interface PC tool – provided by TEConcept Device FRDM: V2.0 Nov. (QFN) Master Tower: V2.0 in production Device FRDM: V2.0 Jan. (CSP) Supported devices: • Balluff, Festo, Sick, IFM…

40 PUBLIC DRIVERS & SWITCHES FOR MOTORS, VALVES, LOADS, MOSFET,...

41 PUBLIC GD3000 Brushless DC Motor MOSFET Gate Driver

Features Typical Applications − Small package: 8 x 8 mm with − Electronic Power 6.75 x 6.75 mm exposed pad Steering − Up to 60 V operating voltage range − ABS / Water / Oil / Fuel − PWM > 50 kHz Pumps − 1.0 to 2.5A peak gate drive − Transmission Pumps current − Air Conditioning − Wide SPI programmable dead Compressors time − Fans − Protection against transient spikes and reverse charge − Quadcopters / UAVs / injection Drones 56-lead, QFN-EP 8x8 mm Base Part # Temp Range Package Footprint Release (°C) (LxW mm) MC33GD3000EP -40 to 125 QFN 56 Now (8X8) MC34GD3000EP -20 to 105 QFN 56 Now (8X8) 42 PUBLIC MC33937/GD3000 Functional Block Diagram

Integrated Supplies Sensing and Protection − Differential current sense − 5 V regulator − Over-current − Main charge pump − Phase-error − Desaturation detect − VLS regulator − Over-temperature − Under-voltage − Trickle charge pump

Logic, Control, and Reporting − Phase control − SPI communication − Dead time control External HS / LS Outputs x 3 − Mode control − Large gate charge drive − Fault status and reporting − Robustness against dV/dt transients − Reset / Enable / Interrupt − Voltage transient immunity − Shoot-through protection / Cross conduction

43 PUBLIC Enablement Tools

• Kits − Development board FRDM System FRDM-GD3000-EVB FRDM-PWRSTG1EVB − User guide Base Part # Kit Name Associated Boards Release Date − Schematic TWR-MC-LV3PH MC33GD3000 FRDM-GD3000AEVB FRDM-PWRSTG1EVB Jun ’16 − Bill of Material FRDM-KV10Z FRDM-KV31F − Design files Others (partial functionality) MC34GD3000 FRDM-GD3000EVB FRDM-PWRSTG1EVB Now FRDM-KV10Z FRDM-KV31F • Development tools Others (partial functionality) KIT-3PHLV-REF MC34GD3000 TWR-MC-LV3PH (new rev) Various, see web Jun ’16 − SPIGen graphical PSMN4R2-30MLD FRDM-PWRSTG1EVB FRDM-GD3000EVB Now user interface TBD FRDM-PWRSTG2EVB FRDM-GD3000EVB Coming Soon MC33937A KIT33937AEKEVBE KITUSBSPIDGLEVME Now − Processor Expert MC33937A 3PHASELV-KIT Various, see web Now components MC33937A TWR-MC-LV3PH Various, see web Now

KIT33937AEKEVBE 44 PUBLIC H-BRIDGE DRIVERS LOW AND MEDIUM VOLTAGE CONSUMER AND AUTOMOTIVE/IMM APPLICATIONS

45 PUBLIC MC33HB2000 & MC33HB2001 Motor Driver The MC33HB2000/1 are advanced H-Bridge Motor Driver designed to provide enhanced safety features for high safety integrity, SPI control for improved flexibility, and thermal management for continuous operation Differentiating Points • First ISO26262 Qualified • Most accurate real time current feed back (5%) • Lowest RDS(ON) • Lowest thermal resistance < 1ºC/W • Smallest package • Widest slew rate selection for continuous operation • Patented thermal protected current limit • Pin for Pin drop-in replacement for flexibility Product Features • 4.5 – 36V supply, 40V transient • MB33HB2000: 120 mΩ typical • MB33HB2001: 65 mΩ typical (best in industry) • SPI selectable current limits: 5.4 / 7.0 / 8.8 / 10.7 A • SPI selectable slew rates: 0.25, 0.5, 1 , 2, 4, 8, 16 V/µs & by-pass PART # PKG RELEASE • Two packages: 8x8x1.2mm PQFN and 10x11x1.2mm SOIC-EP Package MC33HB2000EK SOIC32 Q1’16 Typical Applications MC33HB2000FK PQFN32 Q2’16 MC33HB2001EK SOIC32 Q1’16 • Electronic Throttle Control MC33HB2000FK PQFN32 Q2’16 • Electronic Gas Recirculation • Turbo Flap Control 46 PUBLIC Active Current Limit Using Thermal Management

• Active current limit - efficient thermal management scheme:

− Current exceeds the threshold

− Blanking time (tB, 32µs) is set

− H-Bridge switches to high-side recirculation mode for 2*tA.

− If the average output FET temperature exceeds the die temperature warning threshold (OTw), the blanking time (tB) increases by a factor of 8 (256µs) tB=32us tB=256us . Decreasing the current limit PWM frequency

. Reducing the switching losses OTW=150oC . Ensuring continuous operation

Recirculation mode for 2*tA

47 PUBLIC MC33HB2000 & 2001 Target Applications Target Applications: Robust, Remote, Critical

Automotive Throttle Other Auto Industrial

Product Function Product Function Product Function • Electronic Throttle • Electronic Gas • Medical pumps Control (ETC) Recirculation (EGR) • Down hole / Avionics • Bi-directional control of • Multi-Port Injection (MPI) • Robotics butterfly value to Flaps Control • Kiosks / ATM / Vending regulate Air Flow in • Gasoline Direct Injection • Ticketing, Toll Systems drive by wire systems (GDI) Swirl and Whirl • Were voltage and current Flaps matches the application

48 PUBLIC Medium Voltage Motor Driver Feature Products

Op Peak RDS(ON) Sleep Freq Temp Package Samples/ Base Part # Out Volt Current SPI MAX(mΩ) (µA) (kHz) (V) (A) Range °C (mm) Release PQFN 32 MC33926PNB 2 5-28 235 5 - 50 11/20 -40 to 125 Now (8x8) SOIC 32 MC33931EK 2 5-28 235 5 - 50 11 -40 to 125 Now (11x10.3) SOIC 54 MC33932EK 4 5-28 235 5 - 50 11 -40 to 125 Now (18x10.3) SOIC 32 MC34931SEK 2 5-36 235 5 - 18 20 -40 to 85 Now (11x10.3) SOIC 54 MC34932SEK 4 5-36 235 5 - 18 20 -40 to 85 Now (18x10.3) QFN 28 MC33HB2002EP 2 5-28 235 5 - 50 11/20 -40 to 125 Now (6X6) 2-50 SOIC 32 MC33HB2000EK 2 5-36 235 5/7/9/11 Y 50 -40 to 125 Now 8 div (11x10.3) 2-50 SOIC 32 MC33HB2001EK 2 5-36 125 5/7/9/11 Y 50 -40 to 125 Now 8 div (11x10.3) 2-50 PQFN 32 MC33HB2000FK 2 5-36 235 5/7/9/11 Y 50 -40 to 125 Now 8 div (8x8) 2-50 PQFN 32 MC33HB2001FK 2 5-36 125 5/7/9/11 Y 50 -40 to 125 Now 8 div (8x8)

49 PUBLIC Low Voltage Motor Driver Selector Guide Targeting Battery / 5 V / 12 V Bus Applications

Operation Peak Package LL Sleep Freq Temp Base Part # Motor type Out Voltage Current (LxW mm) (V) (µA) (kHz) Range (°C) (V) (A) Footprint

Brushed DC / TSSOPW 24 MPC17510EJ 2+1 2.0-15 3.8 4.0-5.5 - 200 -30 to 65 Actuator Drive (7.8x7.6)

Brushed DC / QFN 24 MPC17511EP 2+1 2.0-6.8 3.0 2.7-5.7 - 200 -20 to 65 Actuator Drive (4x4)

Brushed DC / SOIC 16 MPC17511EV 2+1 2.0-6.8 3.0 2.7-5.7 - 200 -20 to 65 Actuator Drive (5.4x8.1)

Stepper / SOIC 20 MPC17529EV 4 2.0-6.8 1.4 2.7-5.6 - 200 -20 to 65 Brushed DC (7.4x8.1)

Stepper / SOIC 20 MPC17531ATEV 4 2.0-8.6 1.4 2.7-3.6 2 200 -20 to 65 Brushed DC (7.4x8.1)

Stepper / QFN 24 MPC17531ATEP 4 2.0-8.6 1.4 2.7-3.6 2 200 -20 to 65 Brushed DC (4x4)

Stepper / SOIC 16 MPC17533EV 4 2.0-6.8 1.4 2.7-5.7 - 200 -20 to 65 Brushed DC (5.4x8.1)

Stepper / QFN 16 MC34933EP 4 2.0-7.0 1.4 2.7-5.5 - 200 -20 to 85 Brushed DC (3x3)

Stepper / QFN 16 MPC17C724EP 4 2.7-5.5 0.8 2.7-5.5 1 200 -20 to 85 Brushed DC (3x3)

50 PUBLIC SMART HIGH SIDE SWITCHES

51 PUBLIC Energy Distribution with SmartPower SMARTMOSTM Vertical Power Stage SmartPower device is a Power IC with some digital content. It interfaces between an MCU and a load.

“eXtreme Switch” is NXP’s brand name for high-current “SmartPower”.

Why use SmartPower devices instead of relays? Power Package

Simple & Robust Design Switching Capability Power Dissipation Integration

PWM capability Standby current Self protection, EMC, di/dt and Lighter weight, diagnostic features few µA smaller systems dv/dt control No relay coil driver losses

52 PUBLIC MC12XS6 (Auto)- MC12XSF (IMM) eXtreme Switches

Latest generation of programmable high-side switches with wide range diagnostic current sensing and lowest RDSon for up to 30% smaller PCB Differentiating Points • Robustness: Unique over-current latch-off protection, full digital and analog diagnostics, and protection features • Integration: 7 mΩ / 8 mΩ / 10 mΩ / 17 mΩ / 21 mΩ / 25 mΩ / 40 mΩ outputs in, Penta/ Quad/ Triple/ Dual configurations • Accuracy: Advanced accurate current monitoring from 25mA to 22A • Flexibility: Xenon / LED / Halogen from 25 Hz to 400 Hz • Scalability: Pin and SW driver compatible family

Product Features • Operating voltage range from 7 - 18 V with sleep current < 5.0 μA • 5.0 MHz 16-bit daisy chainable SPI control • Enhanced output current sense with programmable synchronization signal, ±5°C temperature and ± 1% battery voltage feedback Typical Applications • Full diagnostic and protection including over-current profiles, output-ON and –OFF open load detections, thermal shut-down, pre-warning, and fault reporting Automotive o 12V Lighting from High beam to LEDs • Individually programmable external PWM signals with 8 bit duty cycle control (Phase, o prescaler, duty cycle, slew rate per channel) Valves Industrial • Watchdog and failsafe mode o High current / highly inductive loads 54 & 32-pin eSOIC package • External smart power switch control (solenoids) o DC motor control o Factory automation PLC 53 PUBLIC o Industrial lighting MC24XS4 (Auto) – MC36XSD (IMM) eXtreme Switches

Scalable, programmable family of 24A/36V SPI-driven, dual-channel, smart high-side switches with lowest RDSon for up to a 30% board reduction Differentiating Points

• Robustness: Unique over-current latch-off protection, full digital & analog diagnostic and protection features • Integration: 6 mΩ / 10 mΩ / 20 mΩ / 22 mΩ / 50 mΩ outputs in Dual configuration

• Accuracy: 5X better current sensing accuracy with unique accurate temperature sensing capability

• Flexibility: lighting or DC motor mode up to 1kHz • Scalability: SW driver compatible family & pin compatibility Product Features

• Normal operating range: 8 -36 V, (ext range: 6 -58 V) Sleep mode current < 10 µA

• 3.3 V and 5.0 V compatible 16-bit Daisy chainable SPI control

• Parallel output operating modes Typical Applications Transportation 12 / 24V • Full diagnostic and protection including programmable over-current profiles, output-ON and o 24V Lighting and capacitive loads –OFF open load detections, thermal shut-down, pre-warning, and fault reporting o Valves • ±5°C temperature and synchronous / asynchronous current (±10%) sensing o DC motors

• Individually programmable internal/external signals with 8 bit duty cycle control & slew rate Industrial o High current / highly inductive 24-pin PQFN package • Watchdog and failsafe mode loads (solenoids) 32-pin eSOIC package o DC motor control o Factory automation

54 PUBLIC eXtreme switch - EcoSystem

• Evaluation kits & Reference design − Lighting reference design 4 eXtreme Switch devices (Gen4), MCU: S12G SBC: 33903 − Light Control Module 1 eXtreme Switch device (Gen3) MCU: KEA − 16-bit MCU S12G, 4 eXtreme Switch devices, CAN Physical Layer, 5V regulator • Freedom board − FRDM-12XSF-EVB: MC17XSF500, Freedom shield PeX component/ Freemaster GUI /Spigen compatible. − FRDM-32XSF-EVB: MC17XSG500 (30V version). Freedom w/ Arduino compatibility (Resale through PremierFarnell Element14). Launch in Q4 2016 • Tower board − TWR-MC36XSDEVB: Tower System for 36VeXtreme Switch • Application Notes and tools − Application notes − Training package − Microsoft Excel© Thermal Calculator − Cadence Orcad© Behavioral models • Software development: − Analog software component for APPLICATION / SYSTEM enablement − Components are MCU agnostic

55 PUBLIC eXtreme Switch total Portfolio 12V multiple HSS Total Max Operating Max PWM Pin to Pin SW Family Part Number Outputs # and On-Resistance Outputs continuous Package Voltage (V) frequency Compatibility Compatibility # current (A) MC07XS3200EK Dual 7mΩ 2 6-20 21 800Hz 32-pin SOICEP - MC10XS3425EK Dual 10mΩ, Dual 25mΩ 4 6-20 19-9 800Hz 32-pin SOICEP - MC10XS3412DHFK Dual 10mΩ, Dual 12mΩ 4 6-20 19 1kHz 24-pin PQFN MC12XS3 MC10XS3435DHFK Dual 10mΩ, Dual 35mΩ 4 6-20 19-9 1kHz 24-pin PQFN √ MC15XS3400DHFK Quad 15mΩ 4 6-20 19 1kHz 24-pin PQFN √ MC35XS3400DHFK Quad 35mΩ 4 6-20 9 1kHz 24-pin PQFN MC09XS3400AFK Quad 9mΩ 4 6-20 21 800Hz 24-pin PQFN MC10XS3535HFK Triple 10mΩ, Dual 35mΩ 5 7-20 12-6 400Hz 24-pin PQFN MC12XS3 MC35XS3500HFK Penta 35mΩ 5 7-20 6 400Hz 24-pin PQFN √ √ MC06XS3517AFK Triple 6mΩ, Dual 17mΩ 5 7-20 17-9 400Hz 24-pin PQFN MC07XS6517BEK Triple 7mΩ, Dual 17mΩ 5 7-18 18-9 400Hz 54-pin SOICEP MC17XS6500BEK Penta 17mΩ 5 7-18 9 400Hz 32-pin SOICEP MC40XS6500EK Penta 40mΩ 5 7-18 6 400Hz 32-pin SOICEP MC08XS6421EK Dual 08mΩ, Dual 21mΩ 4 7-18 18-9 400Hz 32-pin SOICEP MC12XS6 MC17XS6400EK Quad 17mΩ 4 7-18 9 400Hz 32-pin SOICEP √ √ MC25XS6300EK Triple 25mΩ 3 7-18 8 400Hz 32-pin SOICEP MC10XS6325EK Dual 10mΩ, Single 25mΩ 3 7-18 16-8 400Hz 32-pin SOICEP MC10XS6200EK Dual 10mΩ 2 7-18 16 400Hz 32-pin SOICEP MC10XS6225EK Single 10mΩ, Single 25mΩ 2 7-18 16-8 400Hz 32-pin SOICEP Main Switches MC33981ABHFK Single 4mΩ 1 6-27 75 60kHz 16-pin PQFN - - MC33982CHFK Single 2mΩ 1 6-27 41 1kHz 16-pin PQFN MC12XS2 MC33984CHFK Dual 4mΩ 2 6-27 21 1kHz 16-pin PQFN √ √ MC33988CHFK Dual 8mΩ 2 6-27 10.5 1kHz 16-pin PQFN 24V dual HSS Max Outputs # and On- Total Operating Max PWM Pin to Pin SW Family Part Number continuous Package Resistance Outputs # Voltage (V) frequency Compatibility Compatibility current (A) MC06XS4200BFK Dual 6mΩ 2 8-36 15 1kHz 24-pin PQFN MC10XS4200BFK/BAFK Dual 10mΩ 2 8-36 9 1kHz 24-pin PQFN √ √ MC24XS4 MC20XS4200BFK/BAFK Dual 20mΩ 2 8-36 4.5 1kHz 24-pin PQFN MC22XS4200BEK Dual 22mΩ 2 8-36 4 1kHz 32-pin SOICEP √ √ MC50XS4200BEK Dual 50mΩ 2 8-36 1.5 1kHz 32-pin SOICEP 56 PUBLIC eXtreme Switch industrial Portfolio

Total Max Operating Max PWM Pin to Pin SW Family Part Number Outputs # and On-Resistance Outputs continuous Package Voltage (V) frequency Compatibility Compatibility # current (A) MC07XSC200EK Dual 7mΩ 2 6-20 21 800Hz - 32-pin SOICEP MC12XSC √ MC10XSC425EK Dual 10mΩ, Dual 25mΩ 4 6-20 19-9 800Hz - 32-pin SOICEP MC07XSF517BEK Triple 7mΩ, Dual 17mΩ 5 7-18 18-9 400Hz 54-pin SOICEP MC17XSF500BEK Penta 17mΩ 5 7-18 9 400Hz 32-pin SOICEP MC12XSF MC40XSF500EK Penta 40mΩ 5 7-18 6 400Hz √ √ 32-pin SOICEP MC08XSF421EK Dual 08mΩ, Dual 21mΩ 4 7-18 18-9 400Hz 32-pin SOICEP MC17XSF400EK Quad 17mΩ 4 7-18 9 400Hz 32-pin SOICEP 30V Family Devices MC07XSG517EK Triple 7mΩ, Dual 17mΩ 5 7-30 18-9 400Hz 54-pin SOICEP MC32XSG √ √ MC17XSG500EK Penta 17mΩ 5 7-30 9 400Hz 32-pin SOICEP 36V Family Devices MC06XSD200FK Dual 6mΩ 2 8-36 15 1kHz 24-pin PQFN MC36XSD MC10XSD200FK Dual 10mΩ 2 8-36 9 1kHz √ √ 24-pin PQFN MC16XSD200FK Dual 16mΩ 2 8-36 4.5 1kHz 24-pin PQFN MC22XSD200BEK Dual 22mΩ 2 8-36 4 1kHz 32-pin SOICEP MC36XSD √ √ MC50XSD200BEK Dual 50mΩ 2 8-36 1.5 1kHz 32-pin SOICEP Main Switch Devices MC34981ABHFK Single 4mΩ, 60KHz 1 6-27 75 60kHz - - 16-pin PQFN MC34982CHFK Single 2mΩ 1 6-27 41 1kHz 16-pin PQFN MC12XSB MC34984CHFK Dual 4mΩ 2 6-27 21 1kHz √ √ 16-pin PQFN

MC34988CHFK Dual 8mΩ 2 6-27 10.5 1kHz 16-pin PQFN

MC32XSG family SOP: September 2016

57 PUBLIC Gate Pre-Driver & Configurable Switches Targeting: Lamp, LED, Motor, Relay and Solenoids

Gate Op Temp Package Drive Sleep Freq Base Part # Application Out Volts SPI Range (LxW mm) Release Current (µA) (kHz) (V) (°C) Footprint (A)

5.5- -40 to SOIC32 MC33879A Config LS/HS 8 1.2 Yes 30 2 Now 27.5 125 (10.3X11)

5.5- -40 to SOIC32 MC33880 Config LS/HS 8 2 Yes 5 2 Now 24.5 125 (10.3X11)

LS Dual- -40 to SOIC32 MC33996EK 16 5.0-27 2.5 Yes 10 2 Now Octal 125 (10.3X11) Features • Octal High/Low Side 8X LS&HS LS Dual- -40 to SOIC54 • Operation voltage 5.5 to 27.5 V MC33999EK 16 5.0-27 2.5 Yes 10 2 Now Octal 125 (10X18) • Typ. RDSON@25°C 0.7Ω • > 0.6 A peak current • 16-bit SPI for control and fault report • Output voltage clamp, 45V low side and -20V high side • Parallel PWM input on 2 switches

58 PUBLIC VALVE CONTROLLERS

59 PUBLIC MC34SB0410/0800 Valve Controller SoC – System Architecture & Applications NXP Valve Controller SoC – Unique market solution ECU Valves • Target applications Valve Controller SoC − Oxygen concentrators Valve controls Pump control − Dialysis machines SPI Diagnostic Safety features − Blood pressure monitoring MCU − 3D printers Configurable Supervision Motor Pump − Soda dispensers − High end showers and baths: water temperature control One single analog device to manage the overall Hydraulic / Pneumatic systems with safety features – BOM cost reduction − Heavy Equipment and Construction Machinery – Design-in simplicity thanks to SPI interface to speed time to market − Forklifts – Safe switching off mode for safety and robustness − Water control system for irrigation − Food control in animal farms − Cooling systems − Hydraulic Press − Petrol Pump Video using magnetic field instead of the valves: − ATM http://www.nxp.com/video/valve-controller-soc:VALVE-CONTROLLER-SOC Valve controller system web page: http://www.nxp.com/products/discretes-and-logic/mosfets/low-side-switches/hydraulic-pneumatic-valves- controller-system-with-safety-and-monitoring:VALVE-CONTROLLER-SYSTEM?fsrch=1&sr=3&pageNum=1

60 PUBLIC Valves Controller SoC: MC34SB0800 / MC34SB0410 Thermally efficient, Valve Controller with SPI for driving compressor motors, PWM & proportional valves leveraging integrated Safe Assure functional safety features

Up to 36V Differentiating Points DC 5V or 3,3V 10µ Voltage Vpwr • Best thermal efficiency due to exposed pad (<2°/W) and low Rds(on) (<300mΩ) Regulator 220n • Design-in simplicity thanks to SPI interface CP Charge Pump Safe MOSFET Pre -driver with protection and • Real-time valve current regulation diagnostic Faults Vcc • Management Valve Low-Side Drivers Robust and secure solution thanks to safe MOSFET switching off all the valves in & with protectionSolenoid and Lowdiagnostic-SideSolenoid Drivers with case of issue State protectionLow-Side andSolenoid Drivers diagnostic with Machine PWMprotection ControlLow-Side and Drivers diagnostic with up to 5protection.0kHz and diagnostic Key Characteristics DOSV ° • 8x valve drivers MCU SI, SO, SLK, CSB 16bit SPI 4 Valve Low-Side Drivers  4x current regulated +/- 2% up to 2.25A (300mΩ) with protectionSolenoid and Lowdiagnostic-SideSolenoid Drivers with Low-SideSolenoid Drivers with Currentprotection Regulation and diagnostic  4x PWM up to 5 kHz, 5A (225mΩ) protectionLow-Side and Drivers diagnostic with up toprotection 2.25A and diagnostic

RSTB Logic • Integrated valve protection including HS pre-driver

• Integrated DC pump motor pre-driver controller 500Hz PWM Half Bridge Pre -driver up to 500Hz • Self protected high-side driver (1.0Ω) with protection and diagnostic • Self protected low-side drivers (14Ω) High-Side Driver M with protectionVpwr and diagnostic • Die temperature warning 10bit ADIN1 Analog to On/Off ADIN2 Digital • Fault management & State Machine

LQFP64 exposed pad ADIN3 Converter with Mux Low-Side Driver • 5.3V to 36V continuous operation, 40V transient with protection and diagnostic • 10-bit Analog-to-Digital Converter On/Off MC34SB0800 • 16-bit SPI interface with watchdog & challenger (octal only)

Samples: Available • MC34SB0800: LQFP64 package Typical Application Diagram EVM: Available • MC34SB0410: LQFP48 package Production: Now TWR-SB0800-36EVB: Now 61 PUBLIC TWR-SB0410-36EVB: Now BRAKING SYSTEMS

62 PUBLIC NXP Solutions

1st ABS Motorcycle IC MC33SB0401 MC33SB0400 One Wheel ABS Two Wheels ABS

One package Pin to Pin compatible Smallest Package in the World

2016, ABS is mandatory in UE for new Motorcycle > 125CC. 2019, ABS to be mandatory for 50CC in UE. UE directive will be applied by ASIA and America.

63 PUBLIC MC33SB0400 ABS Motor Cycle Braking Solution – Two Wheels Dedicated Motorcycle ABS integrated device allowing heatsink removal. Differentiating Points • Flexible architecture and integrated device minimizing size and system implementation time by maximizing the safety and security of the driver. • No Overdesign for a Two-channel ABS System Key characteristics • Four digital valves drivers: − up to 5.0A (160mΩ on-state) − PWM up to 5 kHz • High-side pre-driver for valves protection • Two wheel speed sensor interfaces • Vehicle speed output • Pump motor pre-driver up to 500Hz. • PWM with direct input pin for gate command Typical Application Diagram

• 16-bits SPI interface with watchdog Part number MC33SB0400 • ISO-K line interface • Warning lamp driver (14Ω) . Alpha Samples: Now QFN48 7x7 • Die temperature warning . EVM (including software exposed pad blocks) : Now • Supervision . PPAP: Now

One pager rev 4 – July2015– A&S 64 PUBLIC Preliminary—Subject to Change Without Notice MC33SB0401 ABS Motor Cycle Braking Solution – One Wheel 1st worldwide motorcycle ABS integrated device allowing heatsink removal. Differentiating Points • 1st dedicated integrated solution in the market targeting motorcycle 1wheel systems • No Overdesign for a One-channel ABS System Key characteristics • Two digital valves drivers: − up to 5.0A (160mΩ on-state) − PWM up to 5 kHz • High-side pre-driver for valves protection • Two wheel speed sensor interfaces • Vehicle speed output • Pump motor pre-driver up to 500Hz • PWM with direct input pin for gate command Typical Application Diagram • 16-bits SPI interface with watchdog Part number • ISO-K line interface MC33SB0401 • Warning lamp driver (14Ω) . Alpha Samples: Now • Die temperature warning QFN48 7x7 . EVM (including software exposed pad • Supervision blocks) : Now . PPAP: Now

One pager rev 4 – July2015– A&S 65 PUBLIC

Preliminary—Subject to Change Without Notice SMALL ENGINE ELECTRONIC FUEL INJECTION

Electronic Fuel Injection (EFI) is a replacement fuel delivery system for carburator

66 PUBLIC NXP small engine devices answer to new market OBD II requirement • In this growing market, the 2 mains challenges are Air pollution emissions and fuel consumption. • In order to achieve Euro3, EFI is required. • With OBDII introduction, engine management diagnostic is a key feature to ensure efficient internal combustion according to environmental legislation. This will lead to the introduction of a 2nd O2H to monitor the catalyst converter efficiency. • Thanks to NXP small engine device portfolio , customer will find a cost optimized , flexible and safer solution to fulfil all theses requirements in one device. & OBD II

MC33812 (Low end) MC33812 (Low end) MC33814 1 Cylinder MC33813 MC33813 2 Cylinders MC33814 MC33814

Note: MC33813 could also be used for 1Cy Euro5, but it will required external component to drive 2nd O2H. Same thing for MC33814 on 2cy application. 67 PUBLIC ENERGY MANAGEMENT SYSTEM

68 PUBLIC Battery Cell Controllers – Features Summary

• Cell Voltage Monitoring − MC33772 - 3 to 6 cells − MC33771 - 7 to 14 cells • Current Measurement and Coulomb Counter − From some µA to several 1000A (shunt resistor) • Temperature Sensing − 1 internal temperature, up to 7 external temperatures • Cell Balancing − Integrated Low Ohmic MOSFETs • Functional Verification and Diagnostics • Communication − SPI or Isolated Communication (Daisy Chain) • Significant Reduction in BOM & Overall System Cost

69 PUBLIC BMS ensures safety & performance of Li-ion battery systems Guarantee Safety Guarantee Performance Guarantee Multi-cell Function

Under Voltage Limit

Over Voltage Limit

Danger: Requirements: Challenges: • Over voltage • Safe & fast charging • Up to hundreds of cells • Extra heat • Discharge optimization • Manufacture mismatch • Unstable chemical stage • State of charge (SOC) estimation • Capacity degradation • Thermal runaway  fire/explosion • State of health (SOH) estimation • Lifetime degradation • Low temperature charge

MC33771 / Voltage/Current/Temperature MC33772 V/I/T measurement SPI or Isolated daisy-chain measurements BMS Coulomb counting communication OV/UV/OT/UT detection Functions Internal resistance calculation Passive cell balancing

70 PUBLIC NXP MC33771 & MC33772 Battery Cell Controller Solution Differentiating Points

Battery Topology Flexibility Fast data acquisition and communication • Scalable SW & HW compatible BMS • 3.6 ~ 4.1ms for sending command and read back 96 solution supporting 4 to 210 cells MC3377x cell 7 Temperature • MC33771 (7 to 14 cells) & MC33772 (3 to ... 6 cells) fully compatible 14 Cell VSense 14 Cell Balancing • Supporting Centralized, Distributed Daisy Superior daisy chain communication Chain, Distributed CAN • Low BOM with simple transformer only

High integration level ... Daisy Chain System diagnostics and functional safety • Integrated current Sensor (+-1200A) Communication supporting ISO26262 w/ single chip • Integrated Coulomb counter 4 ~ 96 cells • Single chip ASIL C capable (Easy ASIL D) • Integrated Balancing FETs (300mA) • Integrated Power Supply Automotive robustness MC3377x 7 Temperature • ESD, EMC; Hot Plug, AEC-Q 100 High measurement accuracy ... Battery Pack Controller 14 Cell VSense Low Voltage • ± 2~3 mV cell terminal (CT) voltage 14 Cell Balancing accuracy => accurate capacity prediction Current Sense MC33664 • ± 0.5% accuracy integrated current sensor SPI1 SPI2

MCU

71 PUBLIC NXP BCC Solution Design Enablement Evaluation kits & IC samples available now (in limited quantities)

MC33664 Evaluation Kit MC33771 Evaluation Kits MC33772 Evaluation Kits Configurable Battery Pack - KIT33664AEVB - KIT33771TPLEVB (TPL com.) - KIT33772TPLEVB (TPL com.) - BATT-14AAAPACK - KIT33771SPIEVB (SPI com.) - KIT33772SPIEVB (SPI com.)

MC33771 MC33772 MC33664 Production now Production 4Q 2017 Production 4Q 2017

72 PUBLIC ANALOG ENABLEMENT TOOLS

73 PUBLIC Analog System Enablement aligned with MCU HW & SW tools Hardware Software Development Tools Components & Tools System Solutions

Plug-In boards for: Software Components for: • Motor Control Tower S32KSDK • Drone System PEx HW & SW tools KSDK • Battery Management System (eBike, 14V & alignment with: high voltage battery) Freedom / Kinetis Expert (Kex) Arduino • Peripherals Tool (2017) • Safety Controller Board • Kinetis and Platform S32K MCU IDE / Toolchains: • Sigfox radio • Sub-GHz ZigBee

S32K 802.15.4 • i.MX and LS DEVKIT MPU Support Evaluation Boards • Application notes EVM/EVK: • Example SW • Hands-on training

HW boards compatible with NXP Software drivers and components Reference designs, system MCU platforms and Arduino for aligned with Kinetis, i.MX, QorIQ demonstrations and certified evaluation and application LS and S32K MCU/MPU IDE and connectivity solutions development SW architecture

74 PUBLIC Analog Freedom/S32K Shield & Tower boards HW alignment

Brushed-DC and Stepper Motor H-Bridge Driver Li-Ion Battery Charger Valves Controller SoC TOWER

TWR-SB0800-36EVB TWR-SB0410-36EVB

FRDM-BC3770-EVB DC & BLDC Motor Control

FRDM-175xxEx-EVB FRDM-3493x-EVB FRDM-33879A-EVB

3phase BLDC and PMSM Gate Driver Valve Controller (16Q4) Safety SBC (16Q4)

TWR-MC-LV3PH TWR-MC-MVHB1EVB TWR-34933EVB

FRDM-MC-LVBLDC FRDM-MC-LVPMSM FRDM-GD3000EVB FRDM-SB0400 FRDM-FS45xx / 65xx S32 DEVKIT

Sigfox SOC Modem (16Q4) Motorbike ABS (16Q4)

FREEDOM Translator board (17Q1) LPCXpresso

75 PUBLIC FRDM-SB0400 FRDM-OL2385 Analog Expert Software & Tools – New SW Web Page available

76 PUBLIC Developing very simple Analog Cookbook – 10 steps maximum

Download SW drivers on http://www.nxp.com/products/software-and-tools/run-time- 1 software/analog-expert-software-and-tools:ANALOG-EXPERT- SOFTWARE-DRIVER 2 Launch KDS / S32 DS

3 (Import Processor Expert SW Components)

4 Import Existing Project

5 (Generate Processor Expert Code)

6 Build KDS / S32 DS Project

7 Flash MCU

8 Run KDS / S32 DS Project

9 Complex System up and running Complex System Enablement Ready ! 10 (Customer can start to modify projects default settings and main.c file) 77 PUBLIC One example: VALVE DRIVER, SW COMPONENT OVERVIEW

MC34SB0800 • Direct Valves Controller MCU agnostic Analog software component MC34SB0400 • Supported technology: Processor Expert –AML (KSDK 2.0, S32K SDK)

Now • MCU cross-sell enablement tools • KL25Z CW10.6 project examples • KL25Z, KL43Z Freemaster project examples • KL25Z, K20, KV31, KL43Z KDS project examples • KL25Z IAR project example MCU • Compatible with KV10, K64, K22, K70 • Projects Compatible with TWR-SB0800-36EVB& TWR-SB0410-36EVB

• Fast & Easy customer complex system enablement • Control and monitoring up to 12 outputs • Safety features (watchdog w/ challenger, protections & diagnostics) • Flutter frequency to prevent valves friction

78 PUBLIC Discover the Device with FreeMASTER

79 PUBLIC CONCLUSION

80 PUBLIC Advanced Analog Portfolio Overview In-Vehicle Networking Safety & Power Management Drivers & Energy Secure Car Access

R M IoT

#1 in In-Vehicle Networking #1 in Safety Benchmark BMS Solution #1 in Car Access

MCU Cross Selling Enablement Tools Evaluation GUI & SW FRDM & TWR HW boards MCU/MPU SDK SW drivers example code 81 PUBLIC