Leading Performance - Low Power - Scalability - Industrial-grade reliability & temp

Transcription

1 October 2013

2 Performance ARM Cortex-M4 powered Kinetis L Series Ultra-low power/cost ARM Cortex-M0+ MCU families from 32MHz / 8KB with mixedsignal, connectivity & HMI features in low pin-count packages. Compatible with K Series & S08P Alpha Samples: Q Production: Q Kinetis E Series Robust, low cost 5V ARM Cortex-M0+ MCU families for use in high electrical noise environments. Safety features for high-reliability applications. Compatible with S08P Series Alpha Samples: Apr 2013 Production: July 2013 Kinetis K Series Industry-first ARM Cortex-M4 MCU families from 50MHz / 32KB with low power, FlexMemory, mixed-signal and broad connectivity, HMI & security features. Alpha Samples: Q Production: Now ARM Cortex-M0+ powered Integration Leading Performance - Low Power - Scalability - Industrial-grade reliability & temp Freescale Bundled IDE, RTOS & Middleware - Rapid prototyping Platform - Broad ARM Ecosystem Support 2

3 Kinetis E Strong Robustness High Efficiency Low Cost Strong Robustness EMC/ESD design technology ensure strong noise immunity performance High Efficiency Cortex-M0+ core up to 48MHz and 40x more than 8/16-bit MCUs Low Cost Optimized for cost-sensitive applications offering low pin count option 3

4 1. Most Robust ARM portfolio Proven passing EFT(IEC ) / PESD(IEC ) tests IEC60730 Class B Safety S/W routines certified by VDE 5V operation provides better noise immunity Lower EMI noise than 8/16bit competition 2. 3x Higher Efficiency than 8/16 bit solutions 3x Coremark/ MHz with 15% better code density One cycle GPIO (5 x better than nearest competitor) 3. Make design easier Widely available ARM & FSL Tools/ SW ecosystem Open up your hiring options ARM talent widely available Pin compatible and Peripheral reused within Kinetis-E and S08P families Freely available ESD/ EMC verification support Platform SDK availability 4

5 Key Segment Appliances Appliance MCU TAM $M Target Customers Changing Product Mix in Appliance /32-bit TAM Grows from $143M to $278M 5

6 Market Value Industry & Consumer 5V Appliance DC fans BLDC Motors PLC Offline UPS Analog Power Management DC/DC ww.freescale.com/kinetiseseries Flexibility: Full-featured, Scalable with high level family, Pin compatible with S08P Reliability: High performance in EMC/ESD to enhance the robustness Saving: Easy to do code level reuse Support: Total solution, Join free training to win free board, Ref design by IDH/Disty High Performance Open source, reusable HW/SW platform Save One-stop-shop your design cost for! Make silicon, your IDE design & RTOS better! 6

7 Performance 8/16-bit Older, slower architectures & technology Increased code size/complexity when performing complex math operations Energy-Efficiency Low energy-efficiency Low Cost 6-35kgates Variable code density Ease-of-Development Limited addressable memory Simplistic interrupt controllers Limited scalability (MHz, flash, features) Limited ecosystem support 32-bit ARM Cortex-M0+ Performance 2x to 40x more than 8/16-bit, 9% more than Cortex-M0 Fast 32-bit math processing Fast single-cycle access to I/O Energy-Efficiency >2x CoreMark/mA than closest 8/16-bit MCU, +30% / CM0 Low Cost 12-35kgates Excellent code density Ease-of-Development Linear 4GB address space no need for paging Full-featured interrupt controller simpler s/w architecture Huge scalability h/w and s/w reuse across end products Huge ARM ecosystem off-the-shelf software/tools/training Micro Trace Buffer lightweight, non-intrusive trace 7

8 Robustness in EFT,PESD and AC Power Relay Tests Test Conditions Microwave Oven Controller board with KE02 as main control MCU Board and System level tests based on IEC (EFT) IEC (PESD) China Appliance local AC Power Relay test Test Results Board level IEC (EFT):+/- 4.4kV* IEC (PESD): Indirect Contact Discharge +/- 20kV China Appliance local test on AC Power Relay: 6-turns without Reset KE02 Controller Board Microwave Oven with the KE02 Controller Board System level IEC (EFT):+/- 4.4kV* IEC (PESD): Contact Discharge(at the case) +/- 20kV IEC (PESD): Air Discharge(at the control panel) +/- 15kV *Limited by the test equipment max output voltage 8

9 Unique ID System Clock Management Power Management Cortex M0+ 20/40MHz Core Freq NVIC 1-CY MUL SWD Debugger Flash 64KB 256B EE RAM 4KB WDT CRC 1-Cycle GPIO Ext Osc (4-24M, 32K) Int LP Osc (1KHz) Int R/C OSC (32KHz 1.5%) FLL Clock Multiplier Single V Power Supply Power On Reset Low Voltage Detector Peripheral Bus Analog Interfaces Timers & Triggers Serial Interfaces I/O Ports 16ch 12bit ADC with 8 FIFO 6ch + 2ch + 2ch 16bit Flex Timer (2) 3 x SCI (LIN capable) Up to 57 GPIO 2 x ACMP 1 x 32bit PIT(2 ch) 2 x 8bit SPI 8 pins 20mA 2 pins True Open-Drain 16bit Real Time Counter 2 x IIC (1 x SMBUS) 2 x KBI Reset/Input (1) Support bit operation in RAM (2) Faster timer running 2 x core clock Pin compatible within E-series on same package Temp: -40~105 C operation 64QFP (0.8mm pitch); 44LQFP (0.8mm pitch); 32LQFP (0.8mm pitch); 64LQFP(0.5mm pitch); 9

10 Feature category Robust Safety Feature Improved 5V I/O pad with digital filter IEC60730 compliant watchdog, CRC and certified IEC60730 safety S/W library Benefit to customer Better EMC performance and system robust in the harness environment and easy for PCB layout Makes system more safer while reducing system cost by removing external BOM 10

11 Feature category Fast processing Fast response Feature Single cycle 32bx32b ARM Cortex-M0+ core Nested Vectored Interrupt Controller Benefit to customer Much higher performance than M0, and 8/16-bit MCUs True hardware interrupt nesting and less interrupt latency than M0 and 8/16-bit MCUs Fast response 2x ACMP with 6-bit DAC Provide over-current, over-voltage protection as well as zero-crossing detection for full voltage range. Fast response Bit manipulation engine Support bit-band on peripherals that extends the core instructions and generates more efficient code Fast response Single cycle fast GPIO Provide faster response bit-banging and software protocol emulation without additional BOM 11

12 Feature category Feature Benefit to customer Motor control High drive Data endurance 6-ch 16-bit Flextimer optimized for motor control with sync to ADC via PDB Up to 8 high drive pins with each supporting 20mA Up to 256B EEPROM with 500K endurance cycles Make motor control easier Provide direct connection to LED drive circuit without additional cost Provide longer life time of the NVM SMBus SMBus compatible IIC Make SMBus connection easier without additional overhead 12

13 Feature category Feature Benefit to customer Scalable & Pin-Compatible Low PCBA cost Lost cost development tool Wide range of packages with pin-compatible 0.8mm pitch package (64QFP) CW special edition free for 64KB Makes code easy to reuse and platform design easier Cost down PCBA process Cost down development 13

14 Software Tools CW10.4 with KE02 service pack IAR Keil uvision4 (v4.72) Atollic TrueSTUDIO for ARM ( Crossworks for ARM from Rowley Associates Limited ProcessorExpert IEC60730 compliant library (Class B Safety S/W routines certified by VDE) Motor control library Software Driver (SSD) for Flash and EEPROM KE driver library Hardware Tools FRDM-KE02 Freedom to motor tower board (FRDM2TWRMC-KE) Debug interfaces: Jlink, U-link, UMultilink, OpenSDA P&E Cyclone MAX Reference Design Sensorless BLDC motor control based on motor tower board 14

15 Freedom Platform (FRDM-KE02Z) The Freescale Freedom development platform is a set of software and hardware tools for evaluation and development. It is ideal for rapid prototyping of microcontroller-based applications. The Freescale Freedom KE02Z hardware, FRDM-KE02Z, is a simple, yet sophisticated design featuring a Kinetis E Series microcontroller, the industry s 5V microcontroller built on the ARM Cortex -M0+ core. Order Now $12.95 Features: MKE02Z64VQH2 MCU 20MHz, 64KB Flash, 4KB SRAM, 64QFP Capacitive touch slider, MMA8451Q accelerometer, Tri-color LED Flexible power supply options USB, external source Easy access to MCU I/O IrDA transmitter and receiver Thermistor sensor to measuring temperature Form factor compatible with Arduino R3 pin layout New, OpenSDA debug interface Mass storage device flash programming interface (default) no tool installation required to evaluate demo apps P&E Debug interface provides run-control debugging and compatibility with IDE tools CMSIS-DAP interface: new ARM standard for embedded debug interface Refer to the FRDM-KE02Z User s Manual and OpenSDA User s Guide for more information. 15

16 No Labs Comments 1 Lab demo for FAT and FCC Including IrDA, accelerometer, thermistor, SPI communication, RTC, slip touch down/up to switch demo. 2 Flash demo Show how to program, erase the flash memory 3 Low Power demo Show how to enter low power modes 4 BLDC demo Show how to control a BLDC motor 5 RTC demo Show how to use RTC as a timer 6 SPI demo Show how to communicate with SPI 7 Touch sensing demo Show how use touch pad with TSSW lib using GPIO method 16

17 No Labs Comments 8 UART with interrupt demo Show how to use UART in interrupt mode 9 Fast GPIO demo Show how to use GPIO with Fast GPIO method 10 Flextimer demo Show how to use F in PWM configuration 11 PIT demo Show how to use PIT timer 12 ADC FIFO Show how to use ADC with FIFO enabled 13 ACMP with trigger and interrupt Show how to use ACMP and inter connections 14 CRC demo Show how to use CRC module in data checking 17

18 AN AN4757 AN4779 AN4767 AN4775 comments Migration guide from S08 to Kinetis E family EMC Design Tips for Kinetis E Family UART Boot Loader Design on the Kinetis E Series IIC Boot Loader Design on the Kinetis E Series 18

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