松下单片机LoadMa.ppt

Introduction of Panasonic Microcomputer,01. 2012 Application Specific Standard Products Business Unit Semiconductor Company Panasonic Corporation,1,全球开发据点,PSDC State of California Panasonic Semiconductor Development Center,PSDE (England, Bracknell) Panasonic System LSI Design Europe,PSDA Singapore Panasonic Semiconductor Development Center of Asia,Kuala Lumpur Design Center,上海 Design Center,PSDE (Germany, Munich),PSCST Design Center Kansai PSCST Design Center Kanto,PSDC State of New Jersey,深圳 Design Center,Seoul Design Center,上海DC 青岛分部,2,Provide optimized MCU to respond to a broad range of requests for white goods products,2011,2007,2012,planning,MP,developing,44,80,100,128,EF76 256KB,pin,EF34 64kB,EF51 32KB,EFA1 32KB,64,EF57 128KB,EF29 128KB,EF31 128KB,20MHz,20MHz,20MHz,Enhanced peripherals,Rich functions,Optimized spec,0.18um process,EF32 64KB,32,EF50 32KB,EF52 32KB,EF92 128KB,EFA3 128/96/64KB,EFA2 128/96/64KB,EF59 928KB,EFA0 32KB,Voice cnt.,Embedded parts EEPROM Reset IC LVD Internal OSC Clock monitor,LCD-Dr mounted,High performance,Under planning,13L-CPU series,Roadmap of 8bit MCU,Optimization VDD=5V Touch key assist,High performance,EFA6 32KB,EFA8 128/96/64KB,EFA7 128/96/64KB,EFA5 32KB,Touch key cnt.,3,3,MN101EF51/52/57/56的特征,周边零部件内置，强化的Flash价格竞争力，降低整机成本 实现高速/高性能的8位单片机LCD驱动的1chip(MN101EF56/57) 载有变频用PWM，用8位单片机实现正弦波(带霍尔传感器)控制,MN101EF51A的内部结构,MN101E56/57系列的内部结构,实现5.5V1.8V的电源电压对应 CPU工作速度达到20MHz(电源电压范围：5.5V2.7V) 实现3相PWM的变频控制 强化乘除法演算(16bit16bit、32bit16bit）,高性能,55SEG4COM最大可以显示200像素,LCD驱动,周边零部件内置,ResetIC内置 振荡器内置 内置Flash实现EEPROM功能,4,BLDC motor control solution,- Cost effective 8bit Microcomputer drives sine-wave inverter with position sensor. - Specially customized for inverter ceiling fan,AC,DC,Main Board,5V,15V,Buzzer + Speed Indicator,Control panel IR/Button,motor w/ hall IC,IPM,CT,Hall IC,Photo coupler,DC motor ceiling fan,System Block Diagram,5,MN101EFA6/A7/A8 series Features,Simple & Compact,Built in reset-IC Pseudo EEPROM function by Flash-Memory. Touch key assist function,Optimized peripherals for simple systems VDD=5.5V4.0V specialized for white goods Hi-performance as 20MHz - Built in 3/4 phase PWM for inverter control.,Pin & memory size variation,Optimized peripherals (MN101EFA6A),Reduction of the external parts,8bit CPU core AM13E (Max:20MHz),32KB ROM (Flash),2KB RAM,8,8,8bit timer 5,16bit timer 1,Serial interface 3,10bit A/D 1,12ch,Ext IRQ5 Key IRQ1,Oscillator,Reset IC,Touch Key 1,8ch,ROM：32B128B RAM：1B6B pin ：32pin100pin, Creation the new system by simple, compact and high-performance. Realized the reduction of the system cost by specializing to white goods specifications like touch-key function which is requested a lot in Asian market,6,A/D,Micom,Micom,Sensor IC,Reduce Sensor IC,Touch Panel,Touch Panel,MN101EFA6A/D,SYNC R_BIAS GND CS1,OUT1 OUT2 VDD CS2,Sensor IC,SYNC R_BIAS GND CS1,OUT1 OUT2 VDD CS2,Touch Panel Demonstration,我们通过内置的触摸传感计时器来取代SENSOR IC,- Newly designed Microcomputer realized external components reduction - Good for white goods (Home appliance) operation panels,System Block Diagram,7,触摸键工作原理,触摸传感器直接集成在PCB上. Pad与环绕它的地之间形成电容器。 电场离散到电容器上面的区域。 当手指靠近电容器上方的时候，电场受到影响导致电容值发生变化。 手指的触摸可以通过监测电容的变化来感应。 温度和湿度的变化等因素都会影响到电容的变化，从而影响触摸感应。 监测系统需要持续监测并且跟随电容的变化。,8,RC Charge/Discharge Method (Charge),TSIN0,TSIN1,TSIN7,LS,MUX,CH0,CH1,CH2,LS,Timer for touch sensor (new logic),Interrupt,Base counter,Pulse counter,Expected value x 8,Comparator,Analog Switch x 8,CH7,Port control,Analog Switch control,LS,Port out,Port in,Port in,LS,Port out,Measurement value x 8,History value x 3 x 8,It can use normal port,It can use normal port,input value x 8,Double buffer,0,Voltage,Time,No Touch,touch,VDD,I/O Threshold,Measuring time,9,Relaxation Oscillator Method (External Pull up/down),TSIN0,TSIN1,TSIN7,LS,MUX,CH0,CH1,CH2,LS,Timer for touch sensor (new logic),Interrupt,Base counter,Pulse counter,Expected value x 8,Comparator,Analog Switch x 8,CH7,Port control,Analog Switch control,LS,Port out,Port in,Port in,LS,Port out,LS,Port output control,Measurement value x 8,History value x 3 x 8,TSRC,TSOP,input value x 8,Double buffer,10,2010,2007,2011,planning,MP,developing,Provide optimized MCU for inverter control with high precision analog functions and reduction of external parts,SC2(mask),SE3(mask),44,80,100,128,SFG5 256KB,pin,SFC2 64kB,SFJ9D 64KB,SFxx 256KB,SFxx 256KB,SFxx 256KB,SFN0 128KB,64,SFK0K 256KB,SFK1K 256KB,SFE3 256KB,SFN3 256KB,Equivalent to 80MHz,（3phase-PWM x 3）,Equivalent to 100MHz,60MHz,60MHz,60MHz,SFN1 128/64KB,SFN2 256/128KB,Enhanced peripheral,Special calculator Fail safe function,High precision analog,High performance,0.18um process,0.11um process,Special instruction,Roadmap of 32bit MCU for inverter control,12bit AD,SFN4 128/64KB,SFN7 256KB,SFN5 128/64KB,SFN6 256/128KB,Hi-precision AMP,A7K 256KB,SFE4 256/128KB,11,11,MN103SJ9 Series - Features,Highly accurate sine wave control by 12bit-AD without external OP-AMP Easy compliance to the System Safety Standard by OSC abnormal detection,Clock monitor,32bit CPU AM32R (Max:60MHz),64kB Flash (ROM),4KB RAM,32,32,32,PLL,Ex_IRQ x 8,WDT,32,High Speed Arithmetic Units,Specialized for Motor control (MN103SJ9 series),Oscillator,Abnormal Detect,8bit Timer x 8,16bit Timer x 3,Serial I/F x 2,12bit A/D x 1,3-phase PWM x 1,10bit A/D x 1,PWM for Inverter control,Supports sign-wave & rect.-wave drive Flexible PWM output protection function Advanced control by synchronizing ADC start with PWM,Ultra Low Power Consumption,30mA60MHz (60% vs current system),High-speed arithmetic unit,Multiplication (1 cycle), Division (310 cycle),Safety Standards Compliant (VDE,IEC etc.),OSC frequency abnormal detect function,High Speed A/D converter,Equipped with one 12bit A/D converter Conversion time : 1.0us (Fastest among industry),6 outputs x 1,TOTAL:8ch,12,Feature of MN103SFN6/N5/N4 Series,32bit CPU AM32R (Max:60MHz),128kB Flash (ROM),8KB RAM,32,32,8bit Timer 12,16bit Timer 5,Serial I/F 3,10bit A/D 2,16ch,6 outputs x 2,Motor PWM 2,32,PLL,Ex_IRQ 12,WDT, Contribute to reduction of system cost by built-in high precision OpAmp Built in high speed A/D converter (conversion time : 0.5ms),Oscillator,High precision Op-Amp,Gain error : 1.5% Configurable gain : 220 Enhanced noise immunity with differential input type,Specialized for Motor control (MN103SN6 series),PWM for Inverter control,Supports sign-wave & rect.-wave drive Flexible PWM output protection function Advanced control by sync. ADC start with PWM,High Speed A/D converter,Conversion time : 0.5us,(SFN4/5/6 only),Clock monitor,Safety Standards Compliant (VDE,IEC etc.),OSC frequency abnormal detect function,Wide lineup,Pin:8044pin, ROM:25664KB, RAM:124KB,PWM carrier calculation time,SFE3K(60MHz),SFK0K(60MHz),Strengthened calculation unit,High speed multiple(1cycle), High speed divide(10cycle) Register access speed up,38%,21%,SFN6G(60MHz),32,Motor Control Arithmetic Units,13,MN103SFL7 Series,Clock monitor,32bit CPU AM32R (Max:60MHz),128kB Flash (ROM),12KB RAM,32,32,8bit Timer 8,16bit Timer 3,CAN I/F ,12bit A/D 2,Total：ch,6 outputs x ,3-phase PWM ,32,PLL,Ex_IRQ ,WDT ,32,Motor control arithmetic units,Oscillator,Abnormal detect,Under Development,（ES：2011/9 MP：2012/4）,125 guarantee, Strengthen fail safe, easy system establish with in-vehicle LAN Contribute to system cost reduction with high accuracy 12bit A/D, Op-Amp built-in,AMP ,Super low power consumption,35mA60MHz (vs conventional system : 70%),Reference,Specialized for Motor control (MN103SFL7 series),High precision Op-Amp,Gain error : 1.5% Configurable gain : 220 Enhanced noise immunity with differential input type,PWM for Inverter control,Supports sign-wave & rect.-w