Ultra-Reliable MCUs Automotive & Industrial Applications S12 MagniV Mixed-Signal Microcontrollers TM Agenda • Introduction to S12 MagniV mixed-signal MCUs • Value proposition • Product offering • Enablement • Application examples and success stories Freescale.com/MagniV TM 1 Introduction to S12 MagniV Mixed-Signal MCU TM 2 S12 MagniV: Ultra-Reliable Mixed-Signal MCUs Simplify S12 MagniV mixed-signal MCUs simplify design by integration of high-voltage analog features onto a reliable and robust MCU. Safe operation in harsh environments up to 150 ˚C, all memories with ECC MagniV Standard MCU System in a package Two die in a single package Robust EMC/ESD up to 8 kV (HBM) Analog (eg. LIN-SBC) Single Die Simpler, smaller solution Freescale.com/MagniV TM 3 Value Proposition S12 MagniV mixed-signal MCU product highlights Features Benefits Built-in voltage regulator operating between 3.5 V and 40 V Operates directly from battery without the need for extra voltage regulator resulting in saving PCB board space. Handles automotive and industrial design issues such as double battery, crank voltage and load dump conditions. Integrated CAN- or LIN-Physical Interface No need for external LIN/CAN-PHY, saving space, design and test time. Meets automotive and industrial OEM specification for conformance and EMC. Integrated low-side / high-side drivers Directly drives up to 6 power-MOSFET (motor control), relays, or LEDs S12Z core, 64–100 MHz bus, improved mathematic capabilities Improved code efficiency and core performance enables sophisticated motor control algorithm such as sensorless Field Oriented Control Flash, RAM, EEPROM, ECC; Designed for ISO 26262/ IEC 61508 Error code correction (ECC) provides high reliability; easing customers’ certification by providing FMEDA & safety-guide Freescale.com/MagniV TM 4 Product Offering S12 MagniV mixed-signal MCU product map Fan Blower Compressor Pumps S12ZVM S12ZVML S12ZVMC CAN LIN S12ZVR LIN Window Lift Sliding Door and Roof S12ZVH S12ZVFP CAN LIN Dashboard HMI panel Small CAN Nodes S12ZVC CAN LIN Nodes S12ZVL BLDC Motors Motor Control DC Motors Instrument Clusters, LCD Displays General Purpose CAN LIN Sensors Actuators User Interface Freescale.com/MagniV TM 5 Product Highlights S12 MagniV mixed-signal MCU product summary SBC Function Product Family Vreg S12ZVM PHY Driver 16–32 KB HV PWM 3.5–18 V S12ZVML LIN PHY S12ZVMC - S12ZVR LIN PHY S12ZVH CAN PHY S12ZVHL LIN PHY S12ZVHY LIN PHY 5.5–27 V Memory 6 ch. N-MOSFET Gate Driver 2 LS Driver (relay) 2HS, 1 high current pin 32–128 KB Package 48/64 LQFP EP 64–128 KB 64 LQFP EP 16–64 KB 32/48 LQFP 64–128 KB 4 x 40 LCD, 2–4ch Stepper Motor Driver 32–64 KB 32–64 KB 100/144 LQFP S12ZVFP - 8 high current pins 64 KB S12ZVC CAN PHY 5 high current pins 64–192 KB 48 LQFP, 64LQFP EP S12ZVL LIN PHY 4 high current pins 8–128 KB 38/48 LQFP, 32 QFN Freescale.com/MagniV TM 6 Enablement - Software Support Real time Debug Monitor Graphical User Interface Instrumentation MCAT: Motor Control Application Tuning Motor Control Dev. Kit: Reference Software Math and Motor Control Libraries: Standard Optimized Math Functions and Motor Control Algorithms Includes Matlab Simulink Models Autosar OS Compiler and Debugger Graphical Initialization Tool Cosmic, iSystem, Lauterbach, CodeWarrior, PE micro Freescale Processor Expert Freescale Software Freescale Tools TM 7 Third Party CAN/LIN Stacks Rapid prototyping with Matlab Simulink FreeMASTER: NVM Drivers Motor Control Dev. Tool Box: LIN Drivers Customer Application Software Freescale.com/MagniV Enablement - Hardware Support • Evaluation Boards: − Low • Motor Control Development Kits: −3 • cost StarterTRAK phases sensorless BLDC Reference Designs: − Ultrasonic distance measurement, RGB LED lighting, sensorless BLDC, window lift • Demos: − Transportation cluster, anti-pinch window lift Freescale.com/MagniV TM 8 Application and Success Stories TM 9 Why Use S12 MagniV mixed-signal MCUs in your Application 03 Integration Reduced weight Reduced cost Reduced complexity Improved quality 01 Fewer components Smaller PCB 02 Smaller module size Less material Fewer solder joints Fewer test points Freescale.com/MagniV TM 10 S12VR - Integrated Relay Driving MCU LIN VSENSE LIN PHY Vreg SCI0 Temp Sense Window Lift Sliding Doors Smart Junction Box LIN Nodes LIN-based Relay Controller LIN-based Actuator VSUP Application LGND LIN VDDX VDDA Vbat Switches HVI0 HVI1 HVI2 HVI HVI3 S12 Flash RAM EEPROM HS1 Indicator LED HighSide HS0 KWU LS1 LowSide Relay Driver EVDD KWU Debug & Programming Connector PLL Ext. Osc ADC 10-bit SCI1 RTI PWM 8ch SPI COP BDM Altern. SPI&UART based Test Connector LS0 EVDD IOC IRC TIM M LSGND Hall Hallout Sensor IOC Success Factor Mooser, Zwickau, C&S Certified 12 V Vreg, LIN Phy Low-side and High-side Pre-drivers EVDD for Powering Sensor Digital Components MCU Core and Memories 5 V Analogue Components High-Voltage Components TM 11 Freescale.com/MagniV S12ZVM - Space Constrained BLDC Application S +11V VLSOUT VLS2 VLS1 VLS0 BST VSUP VSSB BCTL VDDA VDDX2 VDDX1 VDD VDDF BKGD VSS2 VSSX1 VSSA VSS1 Reset VBAT D Application EVDD IRC BDM PLL +11V 0V RTI Wdog 128 kB Flash Temp Sense VBS0 VBS1 VBS2 Charge Pump SPI (Mux‘d with Op-Amps) PMF 6-ch PWM LIN AMRcos AMRsin Success Factor Motor Control IPs CAN and LIN Phy High Temperature LG0 LG1 LG2 LS0 LS1 LS2 Current Sense (2 x Op-Amp) + 8ch. Int. M AMPP1 PTU AMPM1 Dual 12bit ADC 5+4ch. Ext. 3 phase H-Bridge Predriver LIN Physical Interface MSCAN AMR/ GMR/ Hall Sensor HG0 HG1 HG2 HS0 HS1 HS2 GDU 512Bytes EEPROM AMP1 TIM 4ch/16b 8 kB RAM AMPP0 SCI VHD HD SCI AMPM0 G P I O Sensorless BLDC, PMSM Motors Bidirectional DC Motors (H-Bridge) Pumps (oil, fuel, water, vacuum) Cooling Fan HVAC Blower CP KWU Hallout AN0_3 AN0_4 AN1_3 VCP Vregs (5V VDD, VLS, VDD sensor) S12Z core AMP0 IO/ MISO IO/ MOSI IO/ SCLK IO/ SS IO/ RXD0 IO/ TXD0 IO/ KWP0 IO/ KWP1 IO/IOC0 IO/IOC1 IO/IOC2 IO/IOC3 Ext Osc LINGND XTAL EXTAL Shunt1 Shunt0 Freescale.com/MagniV TM 12 S12ZVL – LIN Phy Integrated MCU Application VDDS Verpolschutz VDDX BCTL LIN Master Any Kind of LIN-node LIN-sensors / Actuators LIN Switch Panel / User Interface LIN RGB LED lighting Ultrasonic Sensors VSUP Vreg LIN_In LIN Phy SCI0 Success Factor Temp Sense Flash S12Z ADC 10-bit VDDX RAM EEPROM PWM 3x16-bit GPIO IRC PLL BDM Ext. Osc COP RTI Mooser, Zwickau, C&S Certified Small Size LIN Node Functional Safety 3x20mA RGB LED Freescale.com/MagniV TM 13 S12ZVC - High Temperature CAN Controller CAN BUS Pierce Osc. CAN-PHY 2 x SCI Urea-Sensor Hydrocarbon-Sensor Application Hi-temp Sensor G P I O 2x SPI MSCAN IIC Sent tx BDM Win KWU Wdog BDC HR-PWM 4ch16b PWM 4ch16b HR-Tim 4ch16b Tim 8ch16b 1# EVDD 4# NGPIO RCosc. +/-1.3% Temp Sense 12-Bit LADC 2ch 2ch ACMP + ACMP With 1x6-Bit-DAC- PLL 8-bit DAC + OpAmp S12Z 32 MHz Bus Particle Sensor Success Factor + - 64-192 kB Flash (ECC) 1-2 kB EEPROM (ECC) Any kind of CAN-node Engine Sensors & Actuators CAN-based User-interfaces CAN-based Exhaust Sensor NOxSensor Humidity/Air Mass Vreg for CAN Phy with ext. ballast 4-12 kB RAM (ECC) Vreg VSUP sense 70, or up to 170 mA with ext. Ballast 2 HV Input Battery Voltage Mooser, Zwickau, C&S Certified High Performance Analog & Digital CAN Phy High Temperature Functional Safety 3.5 V to 40 V 5 V Sensor Supply Freescale.com/MagniV TM 14 Summary High-voltage analog integration on S12 MagniV mixed-signal MCUs help customers reduce PCB size and reduce system cost. SCALABILITY Best in class portfolio, integration and availability EMI/EMC Pre-certification and approval at major OEMs MOTOR CONTROL Strong hardware and software offering Freescale.com/MagniV TM 15 TM www.Freescale.com © 2014 Freescale Semiconductor, Inc