Freescale PowerPoint Template

TM

August 2013

• •

Introduction Portfolio − System  

SBC PMIC

− Power  

Analog Switches

High Side Switches Low Voltage Motor Control

− System  

Power Management

Management & Automation

Small Engine Configurable I/O

− Battery

& Energy Management − Millimeter Wave Radar •

Summary TM

2

A Global Leader in

Five Core Product Groups

Four Primary Markets

Microcontrollers

Automotive

Digital Networking Networking

Automotive MCU

>50 Year Legacy

Industrial

>5,500 Engineers

Analog & Sensors

>6,100 Patent Families

RF

TM

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Consumer

Automotive

Industrial

•

•

• • • • •

SBC power management & functional safety System management for powertrain, braking, airbag, radar, battery, & small engines Power drivers & actuators Infotainment power management Crash sensor & stability control accelerometers Pressure sensor for TPMS & engines

• • •

Control, HMI, motor drive & functional safety systems for factory automation Lighting, climate control, metering, security for building automation Consumer, diagnostic, therapeutic for medical Kiosk, power tools, & transportation

Consumer •

eCompass & orientation detection Digital Still Camera (sensors & motor control) Intuitive human interface Personal fitness eReaders & embedded computers

• • • •

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As industrial automation transitions from mechanical to electronic safety systems, demand for integrated functional safety will increase • •

•

•

•

SBC power management products with integrated safety features eSwitch solid state relays w/diagnostics and integrated redundancy MSDI (multi-switch detect interface) for safe contact detection and extended switch reliability IDC – Intelligent DC motor control w/ low side drives, high side switches, HV switch inputs, safety sensing inputs, diagnostics Radar – MR2001 transceiver chipset for encroachment detection (light curtains) and security monitoring (cameras)

TM

Functional Safety Standards Automotive

Industrial

ISO 26262

IEC 61508

Safety Support Safety Hardware

Safety Software

Safety Process

Freescale Quality Foundation

5

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•

•

•

•

Power Management for Processor products MC34903 – MC34904 MC34907 – MC34908 MC13892 – MMPF0100 – MMPF0200 MC34913 eXtreme Switches for solid state relays and low frequency, high current PWM variable drives products MC06XSD200 – MC10XSD200 – MC16XSD200 MC07XSF517 – MC17XSF500 MC34981 >24V Motor Drives products MC34931 – MC34932 MC34937 MM912_634 BMS for industrial UPS batteries, ESS, Cordless Power tools, Small appliances MM912_637 – MM9Z1_638 77GHz Packaged Radar Multi-Chipset solution (RX, TX and VCO) MR2001

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System Power Management

Battery & Energy Management

Embedded System Power Management (PF0100/0200) System Basis Chips (SBC): power mgmt + comm + safety CAN bus and LIN connectivity transceivers Battery Monitoring System (BMS): 12V Pb, 14V Li-ion, 24V+ Alternator Regulator Chip Stop/Start MOSFETs Li-Ion Linear Battery Charger

System Management & Automation

Engine Management Braking: ABS, ESC, WSS control Airbag: power mgmt + comm + safety, squib drivers Millimeter Wave Radar: 77GHz transmit & receive DSI sensor Interfaces

Power Drivers

High & low voltage H-Bridge drivers Low side drivers Programmable solenoid controllers H-Bridge and 3-phase motor pre-drivers Intelligent Distributed Controllers (IDC)

Power Analog Switches

18V & 36V/24A eXtreme Switches: High side FET w/ smart control Multi-Switch Detect Interface (MSDI) Mini/Micro Hi-Speed USB2.0 Switch Interface

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Power Management with Functional Safety Mechanisms



Power Drivers


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Factory Automation

Building, Home Control • Power Line Communication

• Programmable Logic Controller

• Elevators, Escalators

• Single Board Computer

• Access control

• HMI

• Security camera mounting

• Low end robotics

Consumer • • • • • •

Medical electronics

Tablets eReaders Smartbooks Navigation IPTV IP Phone

• Infusion Pump • Continuous Positive Airway Pressure • Ventilator

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System Basis Chip (SBC) composition

SBC Eco-system

System Management Power Management

•

•

•

Complete eco-system −

Simplify customer usage (SPI, Thermal, ...)

−

EMC compliance reports

System Management −

Energy Savings : Manage Low Power Modes

−

Functional Safety : Failsafe redundancy / monitoring

Power Management (LDO-DC/DC) −

Physical Layer

•

Physical Layer (CAN/LIN) −

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Supply MCU, CAN and other loads

Transmit Digital Network Information robustly

Flexible, scalable 0.4A/4-28V SBC with multiple LDO regulators featuring low 15µA quiescent current, CAN High Speed transceiver and safety features •

Differentiating Points − − − − −

•

Scalable and flexible LDO power supply with thermal boost, ideal for Freescale’s 16 and low end 32-bit MCUs Innovative low voltage operation down to 4.0V input voltage Best In Class Low Power Modes (down to 15µA) Built-in safety features for MCU verification and external IC activation in fail mode On-board sensing of critical analog signals (Vbat, Ivdd, Temp)

Product Features − − − − − −

Family of 14 products, pin-to-pin compatible, offered in both 5V and 3.3V Vdd options (Part number selectable) Bundles with Kinetis K, Low end Qorivva MPC56xx, and MCUs with < 2.5W (5V, 0.5A) 5.5V – 28V supply, with extended DC Low Voltage down to 4.0V 5/3.3V Vdd (150mA + opt. 300mA), and Vaux (ext. PNP), 5V Vcan Robust CAN HS Physical Layer (optional LIN – up to 2) Safety Features   

−

SAFE pin to drive external ICs in MCU fail mode Secured critical changes of state machine w/ programmable fail safe state Advance watchdog mechanisms & secured SPI (parity checks, 8clk count)

SOIC32eP Package

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Typical Applications −

Body Applications (Auto)

−

Low end Power Train & Safety (Auto)

−

Motor control Safety Critical (Indus)

−

Robotics (Indus)

−

Factory Automation (Indus)

•

Fast Evaluation of SBC performance − − −

Generic Family Evaluation Platform kit KIT33905D5EKEVBE: MC33905D 5V EVB KIT33905BD3EVBE: MC33905D 3.3V EVB  

− −

KIT33903BD5EVBE: MC33903D 5V EVB KIT33903BD3EVBE: MC33903D 3.3V EVB  

−

•

Friendly Graphical Interface Covering 33903P, 903S, 903D versions

Working with USB to SPI: KITUSBSPIDGLEVME

Complete Technical Documentation to ease Design − −

•

Friendly Graphical Interface Covering 33903, 904, 905S, 905D versions

Datasheets, Application notes, EVB contents (www.freescale.com) Official reports from external laboratories

Easy to Use tools − − −

Thermal prediction & Iq calculator tools (contacts your Sales or FAE representative) Technical Training and hands on training on demand FAQ and other technical marketing presentations

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MCU

8-bit

8-bit

16-bit

16-bit

16-bit

32-bit

SO8DZ SO8DV

SO8DZ SO8DV S08DN SO8EL SO8SL

S12XE S12XS S12P

S12XS S12P

S12XE S12XS S12P

MPC563xM MPC560xP MPC560xB MPC560xC

Physical Layer

CAN

LIN

CAN

LIN

CAN & LIN

CAN

LIN

CAN & LIN

Vmcu

5.0V/3.3V 100mA

5.0V 110mA

5.0V/3.3V 150mA

5.0V 110mA

5.0V/3.3V 150mA

5.0V/3.3V 150mA

-

5.0V/3.3V 150mA

Power Sharing

-

-

+300mA

-

+300mA

+300mA

-

+300mA

Attach SBC with Pin to Pin compatibility SOIC32eP SOIC54eP

33903

-

33904

-

33905S 33905D

33904

-

33905S 33905D

Attach SBC with Pin to Pin compatibility SOIC32eP

-

-

33903P

-

33903S 33903D

33903P

-

33903S 33903D

Attach SBC with Pin to Pin compatibility LQPF32

-

33910 33911* 33912*

-

33910 33911* 33912*

-

-

-

-

*including motor control for Window Lift

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*including motor control for Window Lift

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32-bit

32-bit MPC563xM MPC560xP MPC560xB MPC560xC

System Basis Chip (SBC) family providing energy efficient DC/DC power conversion and low voltage operation with advanced functional safety mechanisms •

Differentiating Points −

− −

Voltage Supervisor

Ultra low voltage operation down to 2.7V supply with the efficiency of a standard DC/DC converter Innovative architecture allowing independent monitoring of safety critical parameters Scalable family of products supporting a wide range of MCU and power segmentation architectures

Boost Driver Vpre 440kHz Buck

VI/O - 3.3 / 5.0V

Battery sense

Vcan - 5.0V

Configurable I/Os (6)

•

Product Features − − − − −

− − −

Bundles with QorIQ (P1010) and MCUs < 4W Flexible DC/DC Buck pre regulator with optional Boost to fit with Low Voltage requirements Multiple supplies up to 1.5 A Low Power Modes (25µA) Analog Multiplexer & Battery sensing Independent fail safe state machine supporting functional safety standards Secure SPI interface Robust physical layer with superior EMI/ESD performance

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Vcore 2.4MHz 1.2 - 3.3V configurable

Fail Safe Inputs Analog & Digital BIST CAN Physical Layer

Vaux 3.3 / 5.0V

Energy Management State Machine

INT SecuredSPI RST

Fail Safe State Machine

MCU Challenger

Analog Multiplexer 2.5 V Ref.

Fail Safe Inputs

Temp.

Fail Safe Output Static&Dynamic

Typical Applications •

Power management

•

Functional safety integration

•

Safety Critical Motor Control

Safety Functions implemented : PowerSBC10/20 – MC33907/8

1 – Power supply and Supervisor • Over-voltage detection • Under-voltage detection • Voltage supervisor provides independent supervision of power supply • Second power supply not necessary 2 – Failsafe inputs • MCU error signal monitoring • Analog IC error signal handling 3 – Watchdog • Windowed watchdog (timing selectable 1ms to 1024ms) • SPI refresh  Question / Answer principle (i.e. 8-bits challenger)

Voltage Supervisor

Boost Driver

VI/O - 3.3 / 5.0V

Vpre 440kHz Buck

Vaux 3.3 / 5.0V

Battery sense

I/O[0:1] I/O[2:3] I/O[4:5]

Configurable I/Os (6)

Vcan - 5.0V

Energy Management State Machine

Fail Safe Inputs Fail Safe State Machine Analog & Digital BIST

4 – Failsafe outputs • RSTb  MCU reset (active Low) • FS0b  System “deactivation” (active Low) • FS1  PWM signal (active High) (ie. warning lamp, position lights)

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Vcore 2.4MHz 1.2 or 3.3V configurable

CAN Physical Layer

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Vcore Vpre Vaux VI/O Vcan Vsup Vsense

INT SecureSPI RST

MCU Challenger

MISO MOSI SCLK NCS

Analog Multiplexer

2.5 V Ref.

Fail Safe Inputs

Temp.

Fail Safe Output Static&Dynamic

FS[0] FS[1] RST

Fast Evaluation of SBC performance −

Generic Family Evaluation Platform kit − EVB of MC33907 and MC33908  

−

Friendly Graphical Interface Working with USB to SPI : KITUSBSPIDGLEVME

Attach Strategy : Enhanced EVB combining PowerSBC & Qorriva MCU 



MC33908 (Mother Board) + MPC5643L (Daugther board) Including demo code SW

Complete Technical Documentation available to ease Design −

Datasheets, Application notes, EVB contents − SafeAssure Support Covering Safety Manual, FMEDA, Pin FMEA − Official EMC reports from external laboratories: Target completion Sept 13

Easy to Use tools −

Power Dissipation prediction tool

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Most economical quick-turn programmable 14-ch/11.7A system power management solution with fully configurable voltages, sequencing and timings •

Differentiating Points − −

Optimized to work with i.MX6 processors Quick-turn customizable output voltages, sequencing and timings − Boost regulator to 5.0 V out for USB − Field programmable OTP memory − Power control logic with processor interface and event detection •

**

Product Features − − − − − − −

− −

2.8V to 4.5V input voltage 14-ch,11.7A (PF0100); 12-ch, 7.5A (PF0200) 4 to 6 Channel configurable buck converters 6 user programmable LDO Forced PWM or automatic PSM operation Boost regulator, coin cell charger, DDR reference Programmable output voltage, current limit, soft-start, frequency switching, OTP fault interrupt High power 8x8 mm TQFN wettable flank package Consumer, Industrial and Automotive grade available

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** MMPF0200 has 3/4 buck regulators instead of 5/6

Applications

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-

Performance tablets, eReaders, Navigation

-

Industrial Single Board Computers

-

Point of Sale (POS) terminals

-

Automotive infotainment

-

Human-machine interface, Home Automation

-

Portable Medical

•

Differentiating Points − −

−

− −

•

Optimized for Freescale’s i.MX family Complete system lineup with highly integrated Power Management & User Interface features Switching and linear regulators with coordinated sequencing for system power tree Proven solution – millions of units shipped Full BSP support

Product Features − − −

− − −

Boost, 4 adjustable buck regulators and 12 adjustable LDOs Battery charging with backup cell 10 bit ADC for monitoring battery and other inputs plus Coulomb Counter support module Real time clock / calendar / alarm Serial WLED GPbacklighting / flashlight Touch screen interface and ADC

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APPLICATIONS −

Tablets

−

eBooks

−

Smart Devices

−

Portable Navigation Devices

−

Ultrasound Medical Equipment

−

Other Embedded Hand-held Devices


High Side Switches with Diagnostic Functions



Power Drivers


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Switch Detect, Output Driver, Multiplexer

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Vertical Power stage

SMARTMOSTM

 Best-in-class Technology • Planar HD5 and TrenchFet LFET • 45V & 65V BV  Protection in the power

 Protection and diagnostic • Over temperature (175°C) • Over current shutdown • Over/under voltage • Short circuit • Reverse battery • Loss of ground/Vbat • Energy discharge protection

stage •Temperature sensor • Current sensor

 SPI Interface • Easy connection to the uP • Programmability • Daisy chain using SPI • Programmable over current trip level • Watchdog • Embedded PWM module

Power package  PQFN low cost power package • 0.5 mm thick lead frame • Die soldered attached • Rthj-c < 0.5°C/W

 SOICeP32 and 54 • Designed for high power • Large al wire capability •Pb-free compliancy

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Factory Automation

DC Motor • • • • • • • • •

Heater Electric doors Wiper Washer pump Low end robotic Machine inspection Vending machines HVAC Hospital bed controller

• PLC • Industrial printing systems • POS terminals

Start

Stop

Capacitive loads Inductive loads • • • •

• • • •

Solenoids Water and fluid control app Valves controllers for thermostats Home Automation system

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External lighting Xenon Halogen LEDs

Dual 6mW

Dual 10mW

Dual 16mW

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

•


Robustness: Unique over-current latch-off protection, full digital & analog diagnostic and protection features with embedded failsafe mode

−

Integration: Unique daisy-chainable SPI control for dual low RDSon channels in a single package

−

Accuracy: 5X better current sensing accuracy over temperature & supply voltage range with unique accurate temperature sensing capability

−

Scalable: Compatible PCB foot print and SPI software driver among the 24A/36V product family

−

Lowest RDSon in Dual Configuration: 20% smaller PCB due to lower power dissipation when using 12A/channel or 24A/dual in a thermally enhanced package

Product Features −

Dual 24A/36V high side switch family with 6, 10, or 16 mohm RDSon channels

−

Normal operating range: 8.0 - 36 V, extended range: 6.0 - 58 V

−

Flexible load management 1-24A with possible parallel output operating modes

−

Programmable dynamic threshold over current protection and over-temperature protection with programmable auto-retry functions

−

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

−

±5°C temperature and synchronous / asynchronous current (±10%) sensing

−

Individually programmable internal/external PWM clock signals TM

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Typical Applications Transportation 12 / 24V o 24V Lighting and capacitive loads o Valves o DC motors

Industrial o High current / highly inductive loads (solenoids) o DC Motor control o Factory automation

VPWR

Up to 36V

+ Under voltage

Over voltage

SPI

Fault Mgmt.

Simplified SW

Load Shorted to Battery Open load OFF – ON – LED

Current sense high precision

Over temp

Automatic PWM

Load short-circuit (100mW)

loads eXtreme Switch

Module output short-circuit (20mW)

Ground loss

Overload

System Diagnostic Open load ON – OFF – LED Load Shorted to Battery Current sense

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Switch Protection Over temp Ground loss Reverse Battery

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System Protection Over-under voltage Module output short-circuit Load short-circuit Overload

SPI 1 MOSI SCLK CS MISO

MISO SCLK CS1 MOSI

OUT1 OUT2

CSNS MOSI

OUT3

SCLK CS MISO

OUT4

Chain1 (8 devices)

MCU

SPI 2 SCLK CS1 MOSI

OUT1 OUT2

CSNS MOSI

OUT3

SCLK CS MISO

OUT4

CSNS A/D1

Common Precision resistor

Chain2 (5 devices)

MOSI SCLK CS MISO

MISO

• Freescale SPI Solution All devices can be connected in Daisy Chain  8 I/Os pins used for 26 loads SPI control • Freescale Current Sense Solution All non active current sense pins can be tri-stated  1 Analog Input on µC used for current sensing

CSNS

µC

• Application Needs 26 * 2A loads with current sense

• Freescale Solution Summary  only 9 IOs of µC required  only 2 Resistors for Fail Safe (Output and Status)  only 1 High Precision Resistor Freescale Advantages vs. Competition (2 outputs, 2 current sense & no SPI)  SPI and Technology  >30 IOs saved and >50 resistors saved ! (no Resistors for MCU connection)  Daisy Chainable and common Precision resistor  25 A/D saved and 25 high precision Resistors saved ! (and/or external analog multiplexer)

eXtreme Switch saves “Size – Weight – Cost” at module level TM

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•

Evaluation kit   

•

Reference design 

•

KIT06XS4200EVBE for the Dual 6 mOhm device KIT10XS4200EVBE for the Dual 10 mOhm device KIT20XS4200EVBE for the Dual 20 mOhm device

16-bit MCU S12G, 4 eXtreme Switch devices, CAN Physical Layer, 5V regulator

Application notes and tools 

MC06XS4200 / MC10XS4200 / MC20XS4200 Datasheets



AN2467: Power Quad Flat No-Lead (PQFN) Package



AN3298: Solder Joint Temperature and Package Peak Temperature



AN4516: IBIS Model File for Dual 24V High Side



AN4474: EMC and Fast Transient Pulses Performances for Dual 24 V High Side



AN4473: Compact Thermal Model for Dual 24V High Side Switch



AN4515: Lifetime Computation for Dual 24V High Side



AN4542: Repetitive Short-Circuit Performances for Dual 24V High Side



Microsoft Excel© Thermal Calculator



Cadence Orcad© Behavioral models

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Scalable family of 22A/18V programmable penta high-side switches with wide range diagnostic current sensing and lowest RDSon for up to 30% smaller PCB and 50% lower component count •


− −

− − −

•

Robustness: Unique over-current latch-off protection, full digital and accurate analog diagnostics, and protection features with embedded failsafe mode Integration: 5 configurable low RDSon channels with daisy-chainable SPI Density: Thermally enhanced package for affordable high switch count modules with up to 30% lower power, 30% smaller PCB footprint and 50% fewer components Accuracy: Advanced current sensing over temperature and supply voltage range allowing accurate current monitoring from 25mA to 22A Scalability: Pin and SW driver compatible family Best thermal efficiency: Lowest RDSon in penta configuration

Product Features − − − −

− −

− − −

Penta 5 x 17mohm and penta 3 x 7mohm + 2 x 17mohm configurations Operating voltage range from 6 - 18 V with sleep current < 5.0 μA Flexible load management up to 11A, 22A with enhanced thermal management Enhanced output current sense (down to 25mA) with programmable synchronization signal, ±5°C temperature and ± 1% battery voltage feedback 5.0 MHz 16-bit daisy chainable SPI control Full diagnostic and protection including over-current profiles, outputON and –OFF open load detections, thermal shut-down, pre-warning, and fault reporting Individually programmable internal/external PWM signals with 8 bit duty cycle control Watchdog and failsafe mode External smart power switch control

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Typical Applications Transportation o 12V Lighting from High beam to LEDs o Valves o DC motors Industrial o High current / highly inductive loads (solenoids) o DC motor control o Factory automation PLC

High-current and High frequency capable, smart high side switches with protected half bridge configuration enable up to a 25% board area reduction and module simplification •


Flexibility: fully protected 30A High Side switch with adjustable slew rate to control loads from DC to 60kHz including self recovery features. Gate driver configurable signal of external low side for protected half bridge application. − Robustness: Full High side protection including current sense and temperature sense and reverse battery protection. Crossconduction protection in case of half bridge configuration. Hardware-configurable low side overcurrent protection included. − System integration: 30A - 400W DC motor control capability thanks to low Rdson and good thermal enhanced package. Configurable slew rate allowing best tradeoff between switching losses and EMC performance for a low cost EMI filter. •

Product Features − − −

Operating range from 4.5V to 27V Single 4.0 mW RDS(ON) maximum high side switch PWM capability up to 60 kHz with duty cycle from 5 % to 100 %. Charge pump included − Slew-rate control with external capacitor for EMC versus power losses tradeoff optimization − Overcurrent and overtemperature protection, reverse battery protection, undervoltage shutdown, and fault reporting. Output current monitoring and temperature feedback − Gate drive signal for external low side Nchannel MOSFET with protection features. Includes cross-conduction protection and flexible Low Side.

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Typical Applications • • • • • • •

Fan engine cooling Air conditioning blower Pumps (oil, fuel, water…) Compressor Marine systems Farm equipment Actuator controls

•

Switch detection solution targeting body electronics and industrial applications. Differentiating Points − −

−

Switch input voltage range -14 V to VPWR, 40 V Max Supply voltage range 5.5 V < VPWR < 26 V

VDD Battery MC33909

SG1 Battery

Selectable wetting current 

SP0

WAKEb

16mA or 32mA (part selectable)

VDD SP1

−

Standby current: VPWR 100 uA max, VDD Standby 20 uA max − Analog multiplexer with SPI control. −

•

SP7

32 ld SOIC Thermally Enhanced SOIC EP

14 switch-to-ground inputs



8 programmable inputs (switch to battery or ground)

SG13

−

Direct Interface to a MCU using a 3.3V/5.0V SPI protocol

−

Selectable wake-up on change of state

24-1 analog multiplexer − WAKE_B pin to control power supply enable

•

•

INT_B pin for active interrupt on change of switch state.

TM

INTb

CSb MISO MOSI SCLK

CSb MISO MOSI SCLK

AMUX

AN0

28

EP GND

Typical Applications

−

−

INTb

SG12

Detects 22 switch inputs: 

Bolero

VDD

SG0


VBATP

Automotive • Body electronics • Powertrain Industrial • Relay closure detection • Industrial control • Security systems




Power Drivers


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Factory Automation

Building Home Control • • • •

HVAC Heat pump Access control Security camera mounting

• DC motor • Servo motor • Stepper drive

Medical Electronics

Others • • • • •

• Infusion pump • Continuous Positive Airway Pressure • Ventilator

Vending machine Ticketing machine POS terminals Power tools E-bikes

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•

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Crossbar Switch

Dual mCores Dual mCores

Differentiating Points − 4 programmable controllers for flexible current profile management − Tightly coupled feedback with 0.9 uS response time (16x faster as compared to standard solution) − 5 high / 7 low side pre-drivers with dedicated integrated boost controller − Outputs configurable for up to 3 banks with external high side driver − Output current and voltage sensing with integrated diagnostic processing − 13 GPIO (StartX, Flags, OA_x, DBG, IRQB) configurable as independent line level outputs − Embedded encryption for microcode protection − SPI control with IRQB plus 3 interrupt flags − System BOM cost reduction up to 13% Product Features − 9 – 32V continuous supply, 5.5 – 58V transient − Up to 72V pre-driver operating range − Precision peak & hold drive capability − Four independent controllers allow independent solenoid operation without microcontroller intervention − Integrated DC-DC boost converter control circuitry – up to 300kHz PWM − 100kHz PWM frequency for other pre-drivers − Robust built-in ESD protection – withstand up to 80V maximum rating − Choice of four programmable slew rates 12.5V/uS – 300V/uS − 10 x 10 mm 64p LQFP-EP

Voltage Monitoring

•

Logic Control

Programmable controller for driving up to 6 solenoids with precision output current profiles in dynamic load environments with integrated 72V high side and low side pre-drivers

Bank 1

Boost DC-DC converter

Bank 1 & 2: topologies for both Banks are the same and can drive up to three solenoids per Bank


Gasoline/Diesel Direct Injection (GDI/DDI)

−

Dual Clutch Transmissions

−

Industrial Precision Solenoid Control

MC33926 (PQFP) MC33931EK & MC34931EK (SOIC) Single MC33932EK & MC34932EK (SOIC) Dual

Most thermally efficient 28V/5A H-Bridge DC motor driver featuring real-time load current monitoring and automatic thermal back-off ensures high availability operation in demanding high current, high temperature automotive and industrial applications •


−

−

−

•

Best thermal efficiency: 2X lower thermal impedance with SOIC package, saving board space and simplifying design Automatic thermal back-off: Temperature regulated, peak current limiting ensures continuous high availability operation Real-time load current monitoring: Analog feedback current mirror feature used for motor control or load protection Design-in simplicity: Integrated H-Bridge with charge pump, control, protection and four MOSFETs

Product Features − − − − − −

Single and Dual H-Bridge configurations High efficiency 125 mΩ typical RDS(ON) 5.0 V to 28 V continuous operation, 42 V transient 5.0 A continuous, 100 A pulsed delivered to inductive loads 3 & 5 V TTL/CMOS compatible Status Flag output reports under-voltage, over-current, and over-temperature fault conditions

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Single H-Bridge Application

Auto Applications • • • •

Throttle Control Exhaust Gas Recirculation Shock Absorber / Braking Rear Window control

Industrial Applications • • • •

Robotics / Factory Automation POS, ATM, Vending Kiosks Security Camera (PZT) Medical

Development Kits with Evaluation Board

MC33926R2 (PQFP) MC33931EK & MC34931EK (SOIC) Single MC33932EK & MC34932EK (SOIC) Dual

Includes: • Development board • Instruction Sheet • Schematic and Bill-of-Material • Software and Ribbon Cable • Available now at: KIT33926PNBEVBE KIT33932VWEVBE KIT33932EKEVBE

Compatible with USB computer interface board • Available now at: KITUSBSPIDGLEVME

MC33926R2: MC33931VW: MC33932VW: MC33931EK: MC33932EK: MC34931EK: MC34932EK:

Samples/Production available now TM

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PQFN, Single, Automotive HSOP, Single, Automotive HSOP, Dual, Automotive SOIC, Single, Automotive SOIC, Dual Automotive SOIC, Single, Industrial SOIC, Dual, Industrial

Three-Phase FET Pre-driver with extended voltage range (6V to 58V) and robust faultmonitoring and failure protection for industrial brushless DC (BLDC) motor control •

Differentiating Points − − − − −

•

Extended supply operation range from 6V to 58V Wide dead time range (0 ns – 10.5 µs) is programmable via SPI interface Robustness design against large positive or negative transient spikes on gate driver Protection against reverse charge injection from CGD and CGS of external FETs Device configuration and diagnostics via SPI

Product Features − − − − −

Typical Applications

Suitable for 12V, 24V, or 48V motor systems Direct interface to 3.0V/5.0V MCUs Greater than 1.0 A gate drive capability with protection Charge pump for operation with supply voltage less than 17V Rich diagnostic features accessible via SPI interface TM

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−

Portable electric power tools

−

Electric bicycles and wheelchairs

−

HVAC fans and pumps

−

Industrial and consumer robots

−

Vacuum cleaner

Integrated Intelligent DC Motor Driver single-package solutions targeting satellite / space constrained applications such as car window-lift and factory automation •

Differentiating Points − − − −

− − −

•

LIN conformance and ESD/EMC robustness Integrated MCU and analog features in the same package Easy control of high-current motors using relays and current sense features Internal protection features provide full protection for output stages (with status reporting) Six configurable wake-up inputs for maximum system flexibility Low-power mode flexibility and wake-up options, including 7 wake-up sources Reverse-battery-protected voltage sense

Product Features − − − − − − −

Integrated SBC Robust LIN physical layer Integrated MCU, Flash, RAM Low-power features, Multiple wake-up features 18V Hall Sensor Supply Current Sense Module with selectable gain Battery Voltage Sense with Low Battery warning and reverse Battery protected − Six High voltage inputs with Wake-Up capability − 2 protected High-Side outputs, 2 protected Low-Side outputs to drive inductive loads

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Typical Applications •

•

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Automotive • Window lift, Seat Control, Sunroof • Fan Control Industrial • 24V Brushed DC Motor Control • 24V Actuator Control: Intelligent Relay Driver IC / Circuit Braker




Power Drivers


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Engine control analog power IC intended for 1 to 4 cylinder motorcycle and other small engine control applications •


Scalable and flexible solution suitable for various engine sizes (25–1000cc) and cylinders (1-4) ; accommodate FlexFuel. 

−

Integrates all necessary analog functions into the IC for lower system complexity 

−

•

Dedicated devices for 1 cylinder low end (MC33812, MM912_812 (SiP)), 1 cylinder High End (MC33813), 2 Cylinders High End (MC33814)

Ignition pre-driver, Injector driver, VRS, Tachometer, Fuel pump, Sensor supply

System integration MM912_812 (SiP - MCU + Small Engine Controller in single package)

Product Features − − − − − − − −

Supports supply voltage range of 4.5 V ≤ VPWR ≤ 36 V Differential/single-ended VRS conditioning circuit with auto/manual selectable thresholds (MC33813/14) Up to two Fuel injector drivers Up to three pre-drivers for ignition, O2 sensor (HEGO) or general purpose Up to three drivers for fuel pump, lamp, and power relay control Independent fault protection with all faults reported via the SPI ISO-9141 K-Line interface for communicating diagnostic messages KeySwitch logic with provision for power relay and MCU controlled shutdown

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1 to 4 cylinder electronic engine control

−

Electronic Fuel Injection (EFI)

−

Capacitive Discharge Ignition (CDI)

•

Hardware Development Tools − − − − − −

•

Software Development Tools − − − −

•

MC33812 EVB and Reference Design MM912_812 (SiP) EVB and Reference Design MC33813 EVB and Reference Design MC33814 EVB and Reference Design CDI EVB and Reference Design (in Development) Available now at www.freescale.com/smallengine

FSL CodeWarrior MicroSquirt ECU application code (EFI) Freescale ECU application code (EFI, CDI) Available now at: www.freescale.com/smallengine

Relevant Application Notes: − − −

AN4258: Serial Bootloader for S12(X) Microcontrollers Based on 180 nm Technology AN3961: EEPROM Emulation for the MC9S12XS and MC9S12P Families Using AN2302 as a Reference AN3937: MC9S12P-Family Demonstration Lab Training TM

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MC33813 and MC33814 EVB and Reference Design




Power Drivers


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− − − − −

Internal Bus

TCLK

TEST_A

VDDA

TEST

PA5

Amplitude Controlled Low Power Pierce Osc.

PLL with Freq. Modulation option OSC Clock Monitor

Periodic Interrupt Interrupt Control Module

D2DCLK

PC0

PD6

D2DDAT2

PD2

PTA DDRA

D2DDAT1

PD1

MOSI

SPI

MISO

VREG 1.8V Core 2.7V Flash

VSENSE3

16 Bit ADC

PTB0

D2DDAT0

PD0

SCK

1/ 52

D2DDAT4

PD4

SS

PA0

Internal Chip Temp Sense (with optional external inputs)

Die To Die Interface

D2DDAT5

PD5

RxD

VSENSE2

D2DDAT6

D2DI

msCAN

VSENSE1

1/ 28

D2DDAT3

PD3

RAM 8k Byte

VSENSE0

1/ 16

D2DDAT7

PD7

EEPROM 4k Bytes with ECC

PA2

PA1

VBAT Sense Module (AAF, and optional Inputs)

Debug Module include 64 byte Trace Buffer RAM

ALU

Flash 128k Bytes with ECC

PA3

ADCGND

1/ 10

COP Watchdog

Interrupt Module

CPU Register

AGND

Trimming / Calibration

Single-Wire Background Debug Module

Reset Generation and Test Entry

S12Z CPU PA4

ADC Regulator 16 Bit - ADC

PTB [1:0]

Wake Up Control Module (with Current Threshold and Current Averaging)

D2DINT

PC1

PTB1

MCU Die

40

4 Channel Timer

Cascaded Voltage Regulators

PTB2 G P I O

VDDH = 2.5V (D2D Buffer) VDDL = 2.5V (Internal Digital) VDDX = 5V (MCU, ext CAN Phy)

PTB3

TxD dominant fault detetction

SCI

PTB4 (CAN wu Input) LIN Physical Layer

BIAS

PTB5 (GND SW)

GNDSUB

GNDSUB

LIN

LGND

VSUP

VDDL

DGND

VDDX

Analog Die

VDDH

Integrated MCU, Flash, RAM, communication 3x 16-bit ADC for Current, Voltage and Temperature Low-power features Multiple wake-up features (Current, temp, etc) Configurable HW filters Robust LIN physical layer MM912J637: 16-bit MCU targeting lead acid battery management over LIN interface MM9Z1J638: High-end 16-/32-bit MCU targeting a wide range of battery applications over CAN or LIN interface TM

ISENSEL

16 Bit - ADC

GNDSUB

−

PGA with Auto Gain Control

Low Pass Filter And Control

VSSRX

−

ISENSEH

Current Sense Module

Scaling to diff shunts

PTE1 / XTAL


ANALOG

Reset Control Module

TxD

•

RESET_A

PTE0 / EXTAL

VDDD2D

−

MCU

Internal Bus

−

Test Interface

PA6

VSSD2D

−

LIN conformance and ESD/EMC robustness Configurable ADC HW filters reduce Software complexity Lower average current consumption Variety of voltage input types to address various applications

VDDRX

−

RESET

Differentiating Points

PA7

•

BKGD/MODC

Integrated precision battery monitoring single-package solutions targeting missioncritical applications such as start-stop vehicles and energy storage systems

Typical Applications For mission critical battery operations: • Automotive • 12V Lead Acid, 14V Li-Ion • 48V HV BMS, Battery Junction Box • Trucks & Utilities • 24V Lead Acid • Industrial • Energy Storage Systems (ESS), UPS • Industrial Automation precision monitor • Cordless tools & appliances

9Z1_638

Multiple Cells Product Function • Measurement of battery Voltage, Current &Temperature • Determination of key battery characteristics: • State of Charge (SoC) • State of Health (SoH) • State of Function (SoF)

• Cell Measurement • Control of Balancing & Motor driver circuitry • Safe Communication to Host • ECU Power management Application Examples: • 4 cell Li-Ion Battery

TM

Multi- Battery Product Function • Measurement of battery Voltage, Current and Temperature • Determination of key battery characteristics: • State of Charge (SoC) • State of Health (SoH) • State of Function (SoF)

• Communication to Host • ECU Power management Application Examples: • Truck/ light vehicles • Forklifters

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UPS Product Function • Input Sensing • Battery Switch Control • Boost Control • Battery Control • Buck Control • Output Sense

9Z1_638

9Z1638

9Z1638

Battery

HV Battery Junction Box Product Function • Meas of stack voltage • Meas of Total Current • Meas of HV Switch position • Safe communication (CAN) to Host Application Examples: • Battery Junction Box of Auto EV/ HEV Batteries and ESS Batteries

Battery Module Controller Product Function • Meas of Redundant Battery Module Voltages (Supervisor for safety critical measurements) • Measure Battery Module Current • SoC / SoH calculation • Charge Balance control • Fast and Safe Communication to Host using CAN) Application Examples: • Safety critical HV Batteries for Auto EV/ HEV and ESS

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Low-Cost Battery Controller Product Function • Meas of Battery Stack Voltage • Measure Battery Stack Current • Meas of Switch position • Control Switch pre-drivers • Control Stack of Battery Module • SoC / SoH calculation Application Examples: • E-bikes • Power tools

•

Fast Evaluation of Device performance −

EVBs for MM912_637 and MM9Z1_638    

•

Complete Technical Documentation available to ease Design − − −

•

Datasheets, EVB contents Safety Assessment / FMEDA in development for MM9Z1_638 Official EMC reports from external laboratories

Reference Designs −

MM912_637 Reference design in development 

−

12V PB Battery (LIN)

MM9Z1_638 Reference designs in development   

•

Friendly Graphical Interface Easy to use debugging tool CodeWarrior compiler ProgsS12 P&E

12V PB Battery (LIN) 12V PB Battery (CAN) 14V 4-cells Li-ion Battery (CAN and LIN)

Easy to Use tools: Support design wins − −

Technical Training and hands on training on demand FAQ and other technical marketing presentations

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Power Drivers


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The MR2001 chipset is a scalable radar solution for high end and low end ADAS applications, industrial safety, security, and robotics •


−

− − − − −

−

•

Scalable to 4 TX channel and 12 RX channels with simultaneous active channels to enable a single platform capable of electronic beam steering across a wide fieldof-view Advanced packaging technology to ensure the highest performance and minimum signal interference on the customer PCB Low power consumption 2.5 W typical for the complete transceiver Supports fast modulation at 100 MHz / 100 ns Best phase noise performance < -85 dBc/Hz at 100 kHz offset to improve target separation Integrated baseband filter and VGA saves system bill-ofmaterials cost Local oscillator at 38 GHz to lower the distribution loss and reduce system interference Bi-phase modulator on the transmitter chip supports improved detection accuracy

Preliminary — Subject to Change Without Notice

Key characteristics −

− −

− − − − −

Differential Tx outputs delivering minimum 10dBm with integrated bi-phase modulator for advanced correlation coding Tx output power adjustable via SPI with 5-bit digital control Each Rx channel has integrated VGA and BB filtering matched to RaceRunner sigma-delta A/D converters for optimal performance Built-in receive chain test mode when using RaceRunner microprocessor Each part addressed via a common SPI bus Temperature detector on each MR2001 chip VCO provides four 38GHz LO distribution ports with independent power control and power detectors VCO phase noise better than -95 dBc/Hz@1 MHz offset TM

Typical Application Diagram

Typical application  ADAS 77GHz Radar, Industrial Safety, Security, and Robotics

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•

Power Management: MC33907 and MC33908, new generation of System Basis Chip, combine energy efficient DC/DC Power Supply that support lowest operating voltages standards and advanced functional safety mechanisms. PC Samples Q4 2013

•

eXtreme Switch: Scalable, programmable family of 24A/36V SPIdriven, dual-channel, smart high-side switches with lowest RDSon for up to a 30% board reduction MC Samples Now

•

Battery Management Systems: 24V integrated (BMS) for industrial UPS batteries, cordless power tools, small appliances PC Samples Now

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77GHz Radar system: Industry’s most complete radar system scalable to multiple channels for precise detection of objects for high end and low end ADAS applications, industrial safety, security, and robotics. PC Samples Q1 2014 TM

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TM

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