MICROCHIP精英年会USB5

PICmicro®微控制器产品型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC12FXXX: 1us指令周期, 35条指令,ICSPPIC12F629 1024*14 128 64 6 8P,8SN,8MF — 1 —1-16Bit,1-8Bit,1-WDT—20 4M内部振荡器,ICDMPLAB ICE2000,MPLABICD2,PICSTART,PRO MATE II,PM3PIC12F635 1024*14 128 64 6 8P,8SN,8MF — 1 —1-16Bit,1-8Bit,1-WDT—20 8M内部振荡器,ICD,nW,KEELOQ 外围硬件MPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC12F675 1024*14 128 64 6 8P,8SN,8MF 4*10bit 1 —1-16Bit,1-8Bit,1-WDT—20 4M内部振荡器,ICDMPLAB ICE2000,MPLABICD2,PICSTART,PRO MATE II,PM3PIC12F683 2048*14 256 128 6 8P,8SN,8MF 4*10bit 1 1 1-16Bit,1-8Bit,1-WDT—20 8M内部振荡器,ICD,nWMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16CXXX：100- 200ns指令周期, 35条指令, ICSP™(除了ROM), 25mA灌拉电流PIC14000 4096*14 —192 20 28SP,28SO,28SS,28JW 8SLAC 2 —1-16Bit,1-8Bit,1-WDTI2C™/SMB 20内部振荡器,I/O 25mA灌拉电流,温度传感器，4M振荡器,可编程参考电压发生器MPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C432 2048*14 —128 12 20SS, 20P,20J W — 2 —1-8Bit,1-WDT LIN 20 LIN,I/O 25mA灌拉电流MPLAB ICE2000, PRO MATE II,MPLAB PM3 PIC16C433 2048*14 —128 6 18SO, 18P,18JW 4*8Bit ——1-8Bit,1-WDT LIN 10 LIN,4M振荡器,I/O 25mA灌拉电流, MPLAB ICE2000, PRO MATE II,MPLAB PM3PIC16C554 512*14 —80 13 18P,18SO, 18JW, 20SS ———1-8Bit,1-WDT —20 I/O 25mA灌拉电流MPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C558 2048*14 —128 13 18P,18SO, ,18JW 20SS ———1-8Bit,1-WDT —20 I/O 25mA灌拉电流MPLAB ICE2000,PICSTART,PRO MATE II,MPLAB PM3PIC16C62B 2048*14 —128 22 28SP,28SO,28SS,28JW28ML—— 11-16Bit, 2-8Bit,1-WDTI2C/SPI™20 I/O 25mA灌拉电流MPLAB ICE2000,PICRICE,PICSTART,PRO MATE II,MPLAB PM3PIC16C620A 512*14 —96 13 18P,18SO,18JW, 20SS — 2 —1-8Bit,1-WDT —40 I/O 25mA灌拉电流,可编程参考电压MPLAB ICE2000,PICRICE,PICSTART, PRO MATE II,MPLAB PM3PIC16C621A 1024*14 —96 13 18P,18SO, 18JW ,20SS — 2 —1-8Bit,1-WDT —40 I/O 25mA灌拉电流,可编程参考电压MPLAB ICE2000,PICRICE,PICSTART, PRO MATE II,MPLAB PM3PIC16C622A 2048*14 —128 13 18P,18SO,18JW, 20SS — 2 —1-8Bit,1-WDT —40 I/O 25mA灌拉电流,可编程参考电压MPLAB ICE2000,PICRICE,PICSTART, PRO MATE II,MPLAB PM3PIC16C63A 4096*14 —192 22 28ML,28SP,28SO,28SS,28JW—— 22-8Bit,1-16Bit,1-WDTUSART,I2C/SPI 20 I/O 25mA灌拉电流MPLAB ICE2000,PICRICE,PICSTART,PRO MATE II,MPLAB PM3PIC16C65B 4096*14 —192 33 40P,40JW,44L,44PQ,44PT—— 22-8Bit,1-16Bit,1-WDTUSART,I2C/SPI 20 I/O 25mA灌拉电流,PSPMPLAB ICE2000,PICRICE,PICSTART,PRO MATE II,MPLAB PM3PIC16C717 2048*14 —256 16 18P,18SO, 20SS,18JW 6*10Bit — 1 2-8Bit,1-16Bit,1-WDTMI2C/SPI 20 I/O 25mA灌拉电流MPLAB ICE2000,PICRICE,PICSTART,PRO MATE II,MPLAB PM3PIC16C745 8192*14 —256 22 28SP,28SO, 28JW 5*8Bit — 2 2-8Bit,1-16Bit,1-WDTUSART,I2C/SPI,USB 24I/O 25mA灌拉电流,USB1.1,64字节双端口RAMMPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C765 8192*14 —256 33 40P,40JW,44L,44PT 8*8Bit — 2 2-8Bit,1-16Bit,1-WDTUSART,低速USB 24I/O 25mA灌拉电流,USB1.1,64字节双端口RAM,PSPMPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C770 2048*14 —256 16 20P,20SO,20SS,20JW 6*12Bit — 1 2-8Bit,1-16Bit,1-WDTMI2C/SPI 20 4M内部振荡器,参考电压MPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C771 4096*14 —256 16 20P,20SO,20SS,20JW 6*12Bit — 1 2-8Bit,1-16Bit,1-WDTMI2C/SPI 20 4M内部振荡器,参考电压MPLAB ICE2000,PICST ART,PRO MATEII,MPLAB PM3PIC16C773 4096*14 —256 22 28P,28SO,28SS,28JW 6*12Bit — 2 2-8Bit,1-16Bit,1-WDTAUSART,MI2C/SPI 20 I/O 25mA灌拉电流,参考电压MPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC16CXXX：100- 200ns指令周期, 35条指令, ICSP™(除了ROM), 25mA灌拉电流PIC16C774 4096*14 —256 33 40P,40JW,44L,44PQ,44PT10*12Bit — 22-8Bit,1-16Bit,1-WDTAUSART,MI2C/SPI 20 I/O 25mA灌拉电流,参考电压，PSPMPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C781 1024*14 —128 16 20P,20SO,20SS,20JW 8*8Bit 2 —1-8Bit,1-16Bit,1-WDT—20精确的参考电压,运放,4M内部振荡器,PSMC,DACMPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C782 2048*14 —128 16 20P,20SO,20SS,20JW 8*8Bit 2 —2-8Bit,1-16Bit,1-WDT—20精确的参考电压,运放,4M内部振荡器,PSMC,DACMPLAB ICE2000,PICST ART,PRO MATE II,MPLAB PM3PIC16C925 4096*14 —176 52 68CL,68L,64PT 5*10Bit — 1 2-8Bit,1-16Bit,1-WDTI2C/SPI 20 I/O 25mA灌拉电流,LCD模块MPLAB ICE2000,PICRICE,PICSTART,PRO MATE II,MPLAB PM3PIC16C926 8192*14 —336 52 68CL,68L,64PT 5*10Bit — 1 2-8Bit,1-16Bit,1-WDTI2C/SPI 20 I/O 25mA灌拉电流,LCD模块MPLAB ICE2000,PICRICE,PICSTART,PRO MATE II,MPLAB PM3PIC16FXXX：200ns指令周期, 35条指令, ICSP™(除了ROM), 25mA灌拉电流*PIC16F610 1024*14 —64 12 14P,14SL, 14ST,16ML — 2 1 1-16bit,2-8bit,1-WDT—208M/32M内部振荡器,ICD,带内部调节器的高电压选项MPLAB ICE2000*PIC16F616 2048*14 —128 12 14P,14SL, 14ST,16ML 8*10Bit 2 1 1-16bit,2-8bit,1-WDT—208M/32M内部振荡器,ICD,带内部调节器的高电压选项MPLAB ICE2000*PIC16F618 4096*14 —256 12 14P,14SL, 14ST,16ML 8*10Bit 2 1 1-16bit,2-8bit,1-WDT—208M/32M内部振荡器,ICD,带内部调节器的高电压选项MPLAB ICE2000PIC16F627A 1024*14 128 224 16 18P,18SO, 20SS,28ML — 2 1 1-16bit,2-8bit,1-WDTAUSART 20 可编程参考电压，4M内部振荡器，ICD,nWMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F628A 2048*14 128 224 16 18P,18SO, 20SS,28ML — 2 1 1-16bit,2-8bit,1-WDTAUSART 20 可编程参考电压，4M内部振荡器，ICD,nWMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F648A 4096*14 256 256 16 18P,18SO, 20SS,28ML — 2 1 1-16bit,2-8bit,1-WDTAUSART 20 可编程参考电压，4M内部振荡器，ICD,nWMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F630 1024*14 128 64 12 14P,14SL, 14ST — 1 —1-16bit,1-8bit,1-WDT—20 4M内部振荡器,ICDMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F631 1024*14 128 64 18 20P,20SO, 20SS — 2 —1-16bit,1-8bit,1-WDT—20 8M内部振荡器,ICD,nWMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F636 2048*14 256 128 12 14P,14SL, 14ST — 2 —1-16bit,1-8bit,1-WDT—20 8M内部振荡器,ICD,nW, KEELOQ外围硬件MPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F639 2048*14 256 128 12 20P, 20SO, 20SS — 2 —1-16 bit, 1-8 bit,1-WDT—208M内部振荡器，nW ,ICD,模拟KEELOQ®收发器终端MPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3PIC16F676 1024*14 128 64 12 14P,14SL, 14ST 8*10Bit 1 —1-16bit,1-8bit,1-WDT—20 4M内部振荡器,ICDMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F677 2048*14 256 128 18 20P,20SO, 20SS 12*10Bit 2 1-16bit,1-8bit,1-WDT—20 8M内部振荡器,ICD,NWMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F684 2048*14 256 128 12 14P,14SL, 14ST 8*10Bit 2 1 1-16bit,2-8bit,1-WDT—20 8M内部振荡器,ICD,nW,MPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F685 4096*14 256 256 18 20P, 20SO, 20SS 12*10Bit 2 1 1-16 bit, 2-8 bit,1-WDT—20 8M内部振荡器，ICD, nWMPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3*PIC16F687 2048*14 256 128 18 20P, 20SO, 20SS 12*10Bit 2 —1-16 bit, 1-8 bit,1-WDTEUSART,I2C/SPI 20 8M内部振荡器，ICD, nWMPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC16FXXX：200ns指令周期, 35条指令, ICSP™(除了ROM), 25mA灌拉电流PIC16F688 4096*14 256 256 12 14P,14SL, 14ST 8*10Bit 2 —1-16bit,1-8bit,1-WDTEUSART 20 8M内部振荡器,ICD,nWMPLAB ICE2000,MPLABICD2,PICSTART,PRO MATE II,PM3*PIC16F689 4096*14 256 256 18 20P, 20SO, 20SS 12*10Bit 2 —1-16 bit, 1-8 bit,1-WDTEUSART,I2C/SPI 20 8M内部振荡器，ICD,nWMPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3*PIC16F690 4096*14 256 256 18 20P, 20SO, 20SS 12*10Bit 2 1 1-16 bit, 2-8 bit,1-WDTEUSART,I2C/SPI 20 8M内部振荡器，ICD,CCP,nWMPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3PIC16F716 2048*14 —128 13 18P,18SO, 20SS 4*8Bit — 1 1-16bit,2-8bit,1-WDT—20 I/O有25mA的灌拉电流，ICDMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F72 2048*14 —128 22 28SP,28SO,28SS,28ML 5*8Bit — 1 1-16bit,2-8bit,1-WDTI2C/SPI 20 —MPLAB ICE2000,PICSTART,PRO MATE II,PM3PIC16F73 4096*14 —192 22 28SP,28SO,28SS,28ML 5*8Bit — 2 1-16bit,2-8bit,1-WDTUSART,I2C/SPI 20 —MPLAB ICE2000,PICSTART,PRO MATE II,PM3PIC16F737 4096*14 —368 25 28SP,28SO,28SS,28ML 11*10Bit 2 3 1-16bit,2-8bit,1-WDTAUSART,MI2C/SPI 20 8M内部振荡器,ICD,NwMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F74 4096*14 —192 33 40P,44ML, 44L,44PT 8*8Bit — 2 1-16bit,2-8bit,1-WDTUSART,I2C/SPI 20 PSPMPLAB ICE2000,PICSTART,PRO MATE II,PM3PIC16F747 4096*14 —368 36 40P,44ML, 44PT 14*10Bit 2 3 1-16bit,2-8bit,1-WDTAUSART,MI2C/SPI 20 8M内部振荡器,ICD,Nw,PSPMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F76 8192*14 —368 22 28SP,28SO,28SS,28ML 5*8Bit — 2 1-16bit,2-8bit,1-WDTUSART,I2C/SPI 20 —MPLAB ICE2000,PICSTART,PRO MATE II,PM3PIC16F767 8192*14 —368 25 28SP,28SO,28SS,28ML 11*10Bit 2 3 1-16bit,2-8bit,1-WDTAUSART,MI2C/SPI 20 8M内部振荡器,ICD,NwMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F77 8192*14 —368 33 40P,44ML, 44L,44PT 8*8Bit — 2 1-16bit,2-8bit,1-WDTUSART,I2C/SPI 20 PSPMPLAB ICE2000,PICSTART,PRO MATE II,PM3PIC16F777 8192*14 —368 36 40P,44ML, 44PT 14*10Bit 2 3 1-16bit,2-8bit,1-WDTAUSART,MI2C/SPI 20 8M内部振荡器,ICD,Nw,PSPMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F785 2048*14 256 128 18 20P, 20SO, 20SS 12*10Bit 2 1 1-16 bit, 2-8 bit,1-WDT—20 8M内部振荡器,2相PWM,2运放，VREF,nWMPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3PIC16F818 1024*14 128 128 16 18P,18SO, 20SS,28ML 5*10Bit — 1 1-16bit,2-8bit,1-WDTI2C/SPI 20 8M内部振荡器,ICD,Nw,自编程MPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F819 2048*14 256 256 16 18P,18SO, 20SS,28ML 5*10Bit — 1 1-16bit,2-8bit,1-WDTI2C/SPI 20 8M内部振荡器,ICD,Nw,自编程MPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3PIC16F84A 1024*14 64 68 13 18P,18SO, 20SS ———1-8 bit,1-WDT 一20 MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F87 4096*14 256 368 16 18P,18SO, 20SS,28ML — 2 1 1-16bit,2-8bit,1-WDTAUSART,I2C/SPI 20 8M内部振荡器,ICD,Nw,自编程MPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC16FXXX：200ns指令周期, 35条指令, ICSP™(除了ROM), 25mA灌拉电流PIC16F870 2048*14 64 128 22 28SP,28SO,28SS 5*10Bit — 1 1-16bit,2-8 bit,1-WDT AUSART 20 自编程,ICD MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F871 2048*14 64 128 33 40P,44L, 44PT 8*10Bit — 1 1-16bit,2-8 bit,1-WDT AUSART 20 自编程,ICD,PSP MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F872 2048*14 64 128 22 28SP,28SO,28SS 5*10Bit — 1 1-16bit,2-8 bit,1-WDT MI2C/SPI 20 自编程,ICD MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F873A 4096*14 128 192 22 28SP,28SO,28SS,28ML 5*10Bit 2 2 1-16bit,2-8 bit,1-WDT AUSART,MI2C/SPI 20 自编程,ICD MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F874A 4096*14 128 192 33 40P,44L, 44PT,44L 8*10Bit 2 2 1-16bit,2-8 bit,1-WDT AUSART,MI2C/SPI 20 自编程,ICD,PSP MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F876A 8192*14 256 368 22 28SP,28SO,28SS,28ML 5*10Bit 2 2 1-16bit,2-8 bit,1-WDT AUSART,MI2C/SPI 20 自编程,ICD MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F877A 8192*14 256 368 33 40P,44L, 44PT,44L 8*10Bit 2 2 1-16bit,2-8 bit,1-WDT AUSART,MI2C/SPI 20 自编程,ICD,PSP MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3PIC16F88 4096*14 256 368 16 18P,18SO, 20SS,28ML 7*10Bit 2 1 1-16bit,2-8 bit,1-WDT AUSART,I2C/SPI 20 内部振荡器,ICD,Nw,自编程MPLAB ICE2000,MPLAB ICD2, PICSTART,PRO MATE II,PM3*PIC16F883 4096*14 256 256 25 28P, 28SO,28SS, 28ML 11*10-bit 2 2 1-16 bit,2-8 bit,1-WDTEAUSART,I2C/SPI 20 8M/32M内部振荡器,NwMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F884 4096*14 256 256 36 40P, 44PT,44ML 14*10-bit 2 2 1-16 bit,2-8 bit,1-WDTEAUSART,I2C/SPI 20 8M/32M内部振荡器,NwMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F886 8192*14 256 368 25 28P, 28SO,28SS, 28ML 11*10-bit 2 2 1-16 bit,2-8 bit,1-WDTEAUSART,I2C/SPI 20 8M/32M内部振荡器,NwMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F887 8192*14 256 368 36 40P, 44PT,44ML 14*10-bit 2 2 1-16 bit,2-8 bit,1-WDTEAUSART,I2C/SPI 20 8M/32M内部振荡器,NwMPLAB ICE2000,MPLAB ICD2,PICSTART,PRO MATE II,PM3*PIC16F913 4096*14 256 256 25 28P, 28SO,28SS,28QFN5X10-bit 2 12-8 bit, 1-16bit,1-WDTAUSART,I2C/SPI 20 8M内部振荡器,内部LCD控制模块：60段MPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3*PIC16F914 4096*14 256 256 36 40P, 44TQFP,44QFN 8 X10-bit 2 2 2-8 bit, 1-16bit,1-WDTAUSART,I2C/SPI 20 8M内部振荡器,内部LCD控制模块：96段MPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3*PIC16F916 8192*14 256 352 25 28P, 28SO,28SS,28QFN5X10-bit 2 12-8 bit, 1-16bit,1-WDTAUSART,I2C/SPI 20 8M内部振荡器,内部LCD控制模块：60段MPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3*PIC16F917 8192*14 256 352 36 40P, 44TQFP,44QFN 8 X10-bit 2 2 2-8 bit, 1-16bit,1-WDTAUSART,I2C/SPI 20 8M内部振荡器,内部LCD控制模块：96段MPLAB ICE2000,MPLAB ICD2,PRO MATE II,PM3*PIC16F946 8192*14 256 336 53 64PT 8 X10-bit 2 2 2-8 bit, 1-16 bit AUSART,I2C/SPI 20 8M内部振荡器,内部LCD控制模块：168段,NWMPLAB ICE2000,MPLAB PM3PIC18FXXX Flash MCUs:10MIPS,VDD=2.0-5.5V,向上与PIC16C兼容,77条指令,高效的C编译器PIC18C601 ROM-less —1536 26 64PT,68L 8*10Bit — 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI 25 256KB EMA，引导RAMMPLAB ICE4000,MPLAB ICD2,PRO MATE II,PM3型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC18FXXX Flash MCUs:10MIPS,VDD=2.0-5.5V,向上与PIC16C兼容,77条指令,高效的C编译器PIC18C801 ROM-less —1536 37 80PT,84L 12*10Bit — 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI 25 2MB EMA,引导RAMMPLAB ICE4000,MPLAB ICD2,PRO MATE II,PM3PIC18F1220 2048*16 256 256 16 18P,18SO, 20SS,28ML 7*10Bit — 1 3-16Bit,1-8Bit,1-WDTEUSART 40 内部振荡器,ICD,Nw,自编程MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F1230 2048*16 128 256 16 18P,18SO, 20SS,28ML 4*10Bit 3 2-16Bit1-WDTEUSART 40内部振荡器,ICD,Nw,自编程,6通道14位电机控制PWMMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F1320 4096*16 256 256 16 18P,18SO, 20SS,28ML 7*10Bit — 1 3-16Bit,1-8Bit,1-WDTEUSART 40 内部振荡器,ICD,Nw,自编程MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F1330 4096*16 128 256 16 18P,18SO, 20SS,28ML 4*10Bit 3 2-16Bit1-WDTEUSART 40内部振荡器,ICD,Nw,自编程, 6通道14位电机控制PWMMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2220 2048*16 256 512 25 28SP,28SO 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI 40 内部振荡器,ICD,Nw,自编程MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F2221 2048*16 256512 25 28SP, 28SO,28ML 10*10-bit 2 2 3-16 bit, 1-8bit,1-WDTEUSART,MI2C/SPI40 内部振荡器,ICD,Nw,自编程,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2320 4096*16 256 512 25 28SP,28SO 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI 40 内部振荡器,ICD,Nw,自编程MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F2321 4096*16 256 512 25 28SP,28SO,28ML 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,ICD,Nw,自编程,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2331 4096*16 256 768 24 28SP,28SO,28MM5*10Bit200Ksps—6-14Bit3-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40内部振荡器,ICD,Nw,自编程,马达控制PWM,2个积分编码器接口MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2410 8192*16 —768 25 28SP,28SO,28ML 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40 内部振荡器,ICD,NwMPLAB ICD2,PRO MATEII,PM3,PICSTARTPIC18F2420 8192*16 256 768 25 28SP,28SO,28ML 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 ICD,自编程MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18LF2423 8192*16 256 768 25 28SP,28SO,28ML 10*12Bit200Ksps2 23-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 32 内部振荡器,ICD,Nw, 自编程,VDD=2.7-3.6VMPLAB ICE2000,MPLAB ICD2,PRO MAKE IIPIC18F2431 8192*16 256 768 24 28SP,28SO,28MM5*10Bit200Ksps23-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40内部振荡器,ICD,Nw,自编程,马达控制PWM,2个积分编码器接口MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F2450 8192*16 768 23 28SP,28SO.28ML 10*10Bit 1 2-16Bit,1-8Bit,1-WDTUSB2.0,ASART,48 全速USB2.0,ICD,Nw,自编程,内部振荡器MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2455 12288*16 256 2048 23 28SP,28SO 11*10Bit 2 2 3-16Bit,1-8Bit,1-WDTUSB2.0,EUSART,MI2C/SPI48 全速USB2.0,ICD,Nw,自编程MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2480 8192*16 256 768 25 28SP,28SO,28ML 8*10Bit — 1 3-16Bit,1-8Bit,1-WDTCAN 2.0B,AUSART,MI2C/SPI40全速CAN2.0B,3个发送缓冲器，2个接收缓冲器,2个验收屏蔽器，6个验收滤波器，ICD,自编程MPLAB ICE2000 MPLAB ICD2,PRO MATE II,PM3,PICSTARTPIC18F2510 16384*16 —1536 25 28SP,28SO,28ML 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40 内部振荡器,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2515 24576*16 —3968 25 28SP,28SO 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC18FXXX Flash MCUs:10MIPS,VDD=2.0-5.5V,向上与PIC16C兼容,77条指令,高效的C编译器PIC18F2520 16384*16 256 2048 23 28SP,28SO 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTUSB 2.0EUSART,MI2C/SPI48 内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18LF2523 16384*16 256 1536 25 28SP,28SO,28ML 10*12Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 32 内部振荡器,自编程,ICD,Nw,VDD=2.7-3.6V MPLAB ICD2, PRO MAKE IIPIC18F2525 24576*16 1024 3968 25 28SP,28SO 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,ICD,自编程MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2550 16384*16 256 2048 23 28SP,28SO 11*10Bit 2 2 3-16Bit,1-8Bit,1-WDTUSB 2.0EUSART,MI2C/SPI48 内部振荡器,自编程,ICD,Nw,全速USB 2.0MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2580 16384*16 256 1536 25 28SP,28SO,28ML 8*10Bit — 1 3-16Bit,1-8Bit,1-WDTCAN 2.0B,EUSART,MI2C/SPI40 内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2585 24576*16 1024 3328 25 28SP,28SO 8*10Bit — 1 3-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40 ECAN,内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2610 32768*16 —3968 25 28SP,28SO 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40 内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2620 32768*16 1024 3968 25 28SP,28SO 10*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40 内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F2680 32768*16 1024 3328 25 28SP,28SO 8*10Bit — 1 3-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40 ECAN,内部振荡器,自编程,ICD,NwMPLAB ICD2,PRO MATEII,PM3,PICSTARTPIC18F4220 2048*16 256 512 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI 40 内部振荡器,自编程,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F4221 2048*16 256512 36 40P, 44ML, 44PT 13*10-bit 2 2 3-16 bit, 1-8bit,1-WDTEUSART,MI2C/SPI40 内部振荡器,ICD,Nw,自编程,PSP MPLAB ICE4000,MPLAB ICE2000PIC18F4320 4096*16 256 512 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI 40 内部振荡器,自编程,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F4321 4096*16 256 512 36 40P,44ML,44PT 13*10Bit 2 1 3-16Bit,1-8Bit,1-WDT EUSART,MI2C/SPI40 内部8M振荡器，ICD，Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4331 4096*16 256 768 36 40P,44ML, 44PT9*10Bit200Ksps23-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40内部振荡器,ICD,Nw,自编程,马达控制PWM,2个积分编码器接口MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4410 8192*16 —768 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,ICD,Nw,PSPMPLAB ICD2,PRO MATEII,PM3,PICSTARTPIC18F4420 8192*16 256 768 34 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,自编程,ICD,Nw,PSPMPLAB ICD2,PRO MATEII,PM3,PICSTART*PIC18LF4423 8192*16 256 768 36 40P,44ML,44PT 13*12Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 32内部振荡器,自编程,ICD,Nw,VDD=2.7-3.6V,PSPMPLAB ICD2, PRO MAKE IIPIC18F4431 8192*16 256 768 36 40P,44ML, 44PT9*10Bit200Ksps23-16Bit,1-8Bit,1-WDTEUSART,I2C/SPI 40内部振荡器,ICD,Nw,自编程,马达控制PWM,2个积分编码器接口MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F4450 8192*16 —768 34 40P,44ML, 44PT 13*10Bit100Ksps13-16Bit,1-8Bit,1-WDTUSB 2.0,AUSART 48 内部振荡器,ICD,Nw,自编程,全速USB2.0MPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC18FXXX Flash MCUs:10MIPS,VDD=2.0-5.5V,向上与PIC16C兼容,77条指令,高效的C编译器PIC18F4455 12288*16 256 2048 34 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTUSB2.0,EUSART,MI2C/SPI40 全速USB2.0,ICD,Nw,自编程MPLAB ICE2000,MPLAB ICD2,PRO MATEII,PM3,PICSTARTPIC18F4480 8192*16 256 768 36 40P,44ML, 44PT 11*10Bit 2 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI,CAN2.0B40 内部振荡器,ICD,Nw,自编程MPLAB ICE2000 MPLAB ICD2,PRO MATEII,PM3,PICSTARTPIC18F4510 16384*16 —1536 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4520 16384*16 256 1536 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,自编程,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18LF4523 16384*16 256 1536 36 40P,44ML,44PT 13*12Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 32内部振荡器,自编程,ICD,Nw,VDD=2.7-3.6V,PSPMPLAB ICD2, PRO MAKE IIPIC18F4515 24576*16 —3968 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器, 自编程,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4525 24576*16 1024 3968 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,自编程,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4550 16384*16 256 2048 34 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTUSB2.0,EUSART,MI2C/SPI48 全速USB2.0,ICD,Nw,自编程MPLAB ICE2000 MPLAB ICD2,PRO MATEII,PM3,PICSTARTPIC18F4580 16384*16 256 1536 34 40P,44ML, 44PT 11*10Bit 2 2 3-16Bit,1-8Bit,1-WDTAUSART,MI2C/SPI,CAN2.0B40全速CAN2.0B,3个发送缓冲器，2个接收缓冲器,2个验收屏蔽器，6个验收滤波器，ICD,自编程MPLAB ICE2000 MPLAB ICD2,PRO MATEII,PM3,PICSTARTPIC18F4585 24576*16 1024 3328 36 40P,44ML, 44PT 11*10Bit 2 2 3-16Bit,1-8Bit,1-WDTCAN2.0B,EUSART,MI2C/SPI40 ECAN,内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4610 32768*16 —3968 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4620 32768*16 1024 3968 36 40P,44ML, 44PT 13*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,MI2C/SPI 40 内部振荡器,自编程,ICD,Nw,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F4680 32768*16 1024 3328 36 40P,44ML, 44PT 11*10Bit 2 2 3-16Bit,1-8Bit,1-WDTCAN2.0B,EUSART,MI2C/SPI40 ECAN,内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTART*PIC18F4685 49152*16 1024 3328 36 40P,44ML, 44PT 11*10Bit 2 2 3-16Bit,1-8Bit,1-WDTCAN2.0B,EUSART,MI2C/SPI40 ECAN,内部振荡器,自编程,ICD,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3,PICSTARTPIC18F6310 4096*16 768 54 64PT 12*10Bit 2 3 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 ICD,nW,EMA MPLAB ICE4000, MPLAB ICD2,PM3PIC18F6410 8192*16 —768 54 64PT 12*10Bit 2 3 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 ICD,nW,EMAMPLAB ICE4000, MPLAB ICD2,PRO MATE II,PM3PIC18F6390 4096*16 —768 50 64PT 12*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 LCD:128段,ICD,nW MPLAB ICE4000, MPLAB ICD2,PM3PIC18F6490 8192*16 —768 50 64PT 12*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 LCD:128段,ICD,nWMPLAB ICE4000, MPLAB ICD2,PRO MATE II,PM3*PIC18F6493 8192*16 —768 50 64PT 12*12Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI32 LCD:192段,ICD,Nw,VDD=2.7-3.6VMPLAB ICE4000, MPLAB ICD2,PRO MATE II,PM3型号程序存储器Flash/OTP WordsEEPROM数据存储器BytesRAMBytesI/0Pins封装ADC通道模拟比较器PWM10Bit定时器/WDT 串行I/O最高速度MHz其他特征开发系统PIC18FXXX Flash MCUs:10MIPS,VDD=2.0-5.5V,向上与PIC16C兼容,77条指令,高效的C编译器PIC18F6520 16384*16 1024 2048 52 64PT 12*10Bit 2 5 3-16Bit,2-8Bit,1-WDT2*AUSART,MI2C/SPI 40 自编程,ICD,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3*PIC18F6527 24576*16 1024 3936 54 64PT 12*10Bit100KSPS2 53-16Bit,2-8Bit,1-WDT2*AUSART,2*MI2C/SPI 40 PSP,ICD,IntOSC 8MMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F6585 24576*16 1024 3328 53 64PT,68L 12*10Bit 2 2 3-16Bit,1-8Bit,1-WDTCAN2.0B,EUSART,MI2C/SPI40 ECAN,自编程,ICDMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3*PIC18F6622 32768*16 1024 3936 54 64PT 12*10Bit100KSPS2 53-16Bit,2-8Bit,1-WDT2*AUSART,2*MI2C/SPI 40 PSP,ICD,IntOSC 8MMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F6627 49152*16 1024 3936 54 64PT 12*10Bit100KSPS2 53-16Bit,2-8Bit,1-WDT2*AUSART,2*MI2C/SPI 40 PSP,ICD,IntOSC 8M,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F6680 32768*16 1024 3328 53 64PT,68L 12*10Bit 2 2 3-16Bit,1-8Bit,1-WDTCAN2.0B,EUSART,MI2C/SPI40 ECAN,自编程,ICDMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F6722 65536*16 1024 3936 54 64PT 12*10Bit 2 5 3-16Bit,2-8Bit,1-WDT2*AUSART,MI2C/SPI 40 自编程,ICD,PSP,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F8310 4096*16 —768 70 80PT 12*10Bit 2 3 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 ICD,nW,EMA,Nw MPLAB ICE4000, MPLAB ICD2,PM3PIC18F8410 8192*16 —768 70 80PT 12*10Bit 2 3 3-16Bit,2-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 内部振荡器,ICD,nW,EMAMPLAB ICE4000, MPLAB ICD2,PRO MATE II,PM3PIC18F8390 4096*16 —768 66 80PT 12*10Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 内部振荡器,LCD:192段,ICD,nW MPLAB ICE4000, MPLAB ICD2,PM3PIC18F8490 8192*16 —768 66 80PT 12*10Bit 2 2 3-16Bit,2-8Bit,1-WDTEUSART,AUSART,MI2C/SPI40 内部振荡器,LCD:192段,ICD,nWMPLAB ICE4000, MPLAB ICD2,PRO MATE II,PM3*PIC18F8493 8192*16 —768 66 80PT 12*12Bit 2 2 3-16Bit,1-8Bit,1-WDTEUSART,AUSART,MI2C/SPI32 LCD:192段,ICD,Nw,VDD=2.7-3.6VMPLAB ICE4000, MPLAB ICD2,PRO MATE II,PM3PIC18F8520 16384*16 1024 2048 68 80PT 16*10Bit 2 5 3-16Bit,2-8Bit,1-WDT2*AUSART,MI2C/SPI 40 自编程，ICD,EMA,PSPMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3*PIC18F852724576*16 1024 3936 70 80PT 16*10Bit100KSPS2 53-16Bit,2-8Bit,1-WDT2*AUSART,2*MI2C/SPI 40 EMA, PSP,ICD,IntOSC 8M,NwMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F8585 24576*16 1024 3328 69 80PT 16*10Bit 2 2 3-16Bit,1-8Bit,1-WDTCAN2.0B,EUSART,MI2C/SPI40 EMA ,ECAN,自编程,ICDMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3*PIC18F862232768*16 1024 3936 70 80PT 16*10Bit100KSPS2 53-16Bit,2-8Bit,1-WDT2*AUSART,2*MI2C/SPI 40 EMA ,PSP,ICD,IntOSC 8MMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F862749152*16 1024 3936 70 80PT 16*10Bit100KSPS2 53-16Bit,2-8Bit,1-WDT2*AUSART,2*MI2C/SPI 40 EMA ,PSP,ICD, IntOSC 8MMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F8680 32768*16 1024 3328 69 80PT 16*10Bit 2 2 3-16Bit,1-8Bit,1-WDTCAN2.0B,EUSART,MI2C/SPI40 ECAN,自编程,ICD,EMAMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3PIC18F872265536*16 1024 3936 70 80PT 16*10Bit100KSPS2 53-16Bit,2-8Bit,1-WDT2*AUSART,2*MI2C/SPI 40 EMA .PSP,ICD,IntOSC 8MMPLAB ICE4000,MPLAB ICE2000 MPLABICD2,PM3。

EV96C70A 55W Dual Output Converter from 36V–54V Input EVB IntroductionThis document provides the description and operating procedures for Microchip's dual output 55V/30W and 5V/25W board from 36V–54V input EV96C70A. This board type is used for evaluating the performance of Microchip PoE systems and the Microchip PWM controller LX7309, which is an integral part of Microchip PoE PD controllersPD70201 and PD70211.Microchip’s PD70201 and PD70211 devices are a part of a family of devices that support the IEEE® 802.3af, IEEE 802.3at, and HDBaseT standards PD interface.The PD interface includes the following family of devices.Table 1. Microchip Powered Device Products OfferingsMicrochip’s EV96C70A evaluation board provides designers with the environment needed for evaluating the performance and implementation of PoE PD applications.The board uses two PWM LX7309, which are an integral part of Microchip PD controllers PD70201 and PD70211. This document provides all necessary procedures and instructions to install and operate this board.Figure 1. EV96C70A Block DiagramThe board can be powered through an input connector J6 by a lab supply or by an output of PoE PD front end. See section 1.3. Electrical Characteristics for the input voltage range. The external load is connected to the evaluation board using the J1 (5V/25W) and J7 (55V/30W) output connectors. The following figure shows the location of input and output connectors.D5 is the 55V indication LED and D9 is the 5V indication LED. These LEDs indicate the presence of the corresponding outputs.The following figure shows a top view of the evaluation board.Figure 2. EV96C70A Evaluation BoardTable of Contents Introduction (1)1. Product Overview (4)1.1. Evaluation Board Features (4)1.2. Evaluation Board Connectors (4)1.3. Electrical Characteristics (5)2. Installation (6)2.1. Initial Configuration (6)3. Schematic (7)4. Bill of Materials (9)5. Board Layout (16)6. Ordering Information (20)7. Revision History (21)The Microchip Website (22)Product Change Notification Service (22)Customer Support (22)Microchip Devices Code Protection Feature (22)Legal Notice (22)Trademarks (23)Quality Management System (24)Worldwide Sales and Service (25)1. Product OverviewThis section provides the product overview of the evaluation board.1.1 Evaluation Board Features•Input DC voltage connector and two output voltage connectors.•Onboard “output present” LED indicators.•36 V DC to 54 V DC input voltage range.•Evaluation board working temperature: 0 ℃ to 70 ℃.•RoHS compliant.1.2 Evaluation Board ConnectorsThe following table lists the evaluation board connectors.Table 1-1. Connector Details1.2.1 Input ConnectorThe following table lists pinout of input connector.Table 1-2. J1 Connector•Manufacturer: On Shore Technology.•Manufacturer part number: ED700/2.1.2.2 Output ConnectorsAn external load is connected to the evaluation board using the J1 and J7 output connectors. The following tables list pinouts of the output connector.The manufacturer and manufacturer part number details of the J1 and J7 output connectors are as follows:•Manufacturer: Kaifeng Electronic.•Manufacturer part number: KF350V-02P-14.Table 1-3. J1 ConnectorTable 1-4. J7 Connector1.3 Electrical CharacteristicsThe following table lists the electrical characteristics of the EV96C70A evaluation board.Table 1-5. Electrical CharacteristicsInstallation 2. InstallationThis section provides information about the installation procedure of the EV96C70A evaluation board.Note: Ensure that power source of the board is turned OFF before all peripheral devices are connected.2.1 Initial ConfigurationPerform the following steps for initial configuration:1.Connect load to the board (using J1 and J7).2.Connect a DC supply to input connector J6.3.Turn ON the DC supply.Schematic 3.l4. Bill of MaterialsThe following table lists the bill of materials.Table 4-1. Bill of MaterialsNote: Third-party components can be replaced by approved equivalents. N.C = not installed (optional).5. Board LayoutThis section describes the layout of the evaluation board. This is a four-layer board with 2 Oz copper. The following figures show the silk of the board for tracking devices placements.Figure 5-1. Top SilkFigure 5-4. Bottom CopperOrdering Information 6. Ordering InformationThe following table lists the evaluation board ordering information.Table 6-1. Evaluation Board Ordering InformationRevision History 7. Revision HistoryThe Microchip WebsiteMicrochip provides online support via our website at /. This website is used to make files and information easily available to customers. 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P&E Microcomputer Systems, Inc.Technical Summary forUSB Multilink Universal, Rev. C (PART# USB-ML-UNIVERSAL) andUSB Multilink Universal FX, Rev. B (PART# USB-ML-UNIVERSAL-FX) Support for NXP Kinetis® · MPC55xx/56xx/57xx · ColdFire® V1/ColdFire+ V1 · ColdFire V2-4 · HCS08RS08 · HC(S)12(X) · S12Z · DSC · MPC5xx/8xx (FX only)· HC16/683xx (FX only)· STMicroelectronics SPC5Document# PE4576, Version 1.091.Introductionage3.Driver Installation4.Connecting To The Target5.Troubleshooting - Startup Reset Sequence6.Firmware Updates/Architecture Selection7.Interface Librariespatible Software9.Transition To Production Programming1IntroductionThe USB Multilink Universal and Universal FX are all-in one debug interfaces which accelerate the debug and flash programming process, saving valuable development time. Both Multilinks provide access to debug modes on a wide range of NXP microcontroller families by communicating between the target device and a laptop/PC via the target’s standard debug header and the laptop/PC’s USB port.FX Note:In addition, the USB Multilink Universal FX offers up to 10X faster download speeds and can provide target power. The greatest speed boosts occur when working with synchronous devices.Each of the supported families of NXP microcontrollers are represented by headers located inside the unit. The headers for Ports A-D & Port H(FX only) are dual-row with a .100” pitch, and the headers for Ports F-G are dual-row with a .050” pitch.The pin-outs for these connections and the families that they support are shown below. Port E, the 16-pin JTAG/COPconnector, is not currently supported.Universal/Universal FX Pin-Outs, Ports A-DUSB Multilink Universal & USB Multilink Universal FXUniversal/Universal FX Pin-Outs, Ports F-HThe user can take advantage of debug modes to halt normal processor execution and use a computer to control the processor.The user can then directly control the target's execution, read/write registers and memory values, debug code on the processor, and program internal or external FLASH memory devices.FX Note:The USB Multilink Universal FX is capable of providing power (5V or 3.3V) directly to the target processor via the TVCC pin. This removes the need for an external power supply for systems requiring 200mA of current or less. The TVCC pin should be connected even in cases when the target is self-powered.2UsageThe USB Multilink Universal and Universal FX can communicate with Kinetis (including L-Series devices), MPC55xx/56xx/57xx & STMicroelectronics SPC5, ColdFire V1/V2/V3/V4, RS08, HCS08, HC(S)12(X), S12Z, DSC, MPC5xx/8xx(FX only) and HC16/683xx(FX only) microprocessors by connecting a ribbon cable between the target's debug header and one of themultiple ports on the Multilink. Do not attempt to use multiple ports at once, as this may damage both the target processors as well as the Multilink.The USB Multilink Universal and Universal FX interfaces will work with targets whose processor power supply is in the range of1.8V to 5V.On the Universal FX, if the user wishes to provide power to the target, the JP10 Jumper(FX only) is used to enable this option and select the voltage. A shunt at position 1-2 enables 5V, while a shunt at position 2-3 enables 3.3V. The USB Multilink Universal and Universal FX have a female type B USB connector. Use a Type A to Type B male-to-male USB cable to connectthe interface to the PC.Universal/Universal FX Header Layout (Pin 1 Highlighted)There are two LEDs on the Multilink interface. The blue LED indicates that the interface is powered and running. The yellowLED indicates that target power has been detected.Note:If connecting to a ColdFire V2-4 processor which requires synchronous communication, such as theMCF5272 and MCF5206(E), a CABLE-CF-ADAPTER (sold separately) is required.Note:To avoid improper connections, the red stripe of the ribbon cable should always be oriented towards Pin 1,both on the Multilink port and the target processor header.The USB Multilink Universal and Universal FX are USB devices. If a USB Hub is used, it must be a self-powered hub (i.e. withits own power supply). By default, the USB protocol used is USB 2.0.3Driver InstallationBefore connecting the Multilink to the PC, the appropriate drivers need to be installed on the PC. The Multilink drivers aresupported on Windows XP, 2000, 2003, Vista, 7, and 8. These drivers are automatically installed when installing NXP’sCodeWarrior or any of PEmicro’s recent software development packages. If you have installed a recent version of these then the instructions for manual installation that follow are not necessary. However, Windows 7 users who are installing software distributed before December 28, 2009 will need to obtain the latest version of the drivers and install them manually. A copy of the driver installation program may be downloaded from the “Downloads” section of PEmicro’s “Support Center” located at http:/ /. If you are using third-party software, make sure you have a version which supports your specific interface (Universal/FX). Once you have obtained the latest version of the driver installation program, please use the instructions below to manually install the drivers.When the cable is plugged in, the operating system should indicate that it has found a driver for the attached interface. Follow the instructions in the “Found New Hardware Wizard” dialog for having Windows automatically install the driver.If you connected the Multilink interface prior to installing the drivers, Windows will not have been able to find the appropriate driver and may have disabled the device. If you unplug the device and then plug it in again, Windows will automatically disable it even if you have installed the drivers. To force Windows to attempt to load the driver again, perform the following steps while the Multilink interface is plugged into the computer:1.Open the Control Panel: Start Button [ ->Settings ] ->Control Panel. (You will not need to select “Settings” on Vista andWindows 7).2.Double Click the “System” Icon. (Windows 7: “System and Security”)3.Select the “Hardware” Tab. (Windows 7: “Hardware and Sound”, Windows Vista: skip this step)4.Click the “Device Manager” Button. (Windows 7: “Devices and Printers -> Device Manager”)5.The “USB Multilink 2.0” device will be shown with an exclamation point next to it. Double-click this device.6.Click the “Reinstall Driver…” button and follow the dialog instructions to have Windows automatically install the driver.(Windows 7: First click the “Driver” tab, then select “Update Driver...”)7.If the hardware still has a yellow exclamation mark next to it, right click on it and select uninstall. The USB Multilink shoulddisappear from the list. Unplug the USB Multilink and then plug it into the PC again. A new Hardware Found dialog will popup; follow the dialog instructions and have Windows automatically install the driver.4Connecting To The TargetThe following is the proper connection sequence to connect the PC to the target system via the Multilink interface:1.Make sure the target power is OFF and the USB Multilink Universal or Universal FX is not connected to either the target orthe PC2.Open the Multilink and connect a ribbon cable from the correct Multilink port to the target. Make sure that the ribbon cableis plugged into the target with the proper orientation. PIN 1 is indicated by a 1 next to the port.3.Connect the Multilink to the PC via a USB cable. The Blue LED on the Multilink should illuminate.4.Turn the target power on. The Yellow LED on the Multilink should illuminate.Before disconnecting the setup, turn the target power off.5Troubleshooting - Startup Reset SequenceNote that if the Multilink does not enter debug mode, the program issues the error message “Cannot enter background mode.” If you receive this message you should check your hardware with a scope, logic analyzer or logic probe. First check for power on, then check to make sure the processor oscillator is running. Finally, look for the startup sequence for your microprocessor that is listed below.Port A – JTAG/ONCE – MPC55xx/56xx/57xx & STMicroelectronics SPC5, DSCa.RESET (Pin-9) is driven low (to processor).b.Activity appears on TCK (Pin-5), TDI (Pin-1) and TDO (Pin-3). (PC software instructs the processor to enable debugmode).c.RESET (Pin-9) is released by the interface and will go high.d.Activity appears on TCK (Pin-5), TDI (Pin-1) and TDO (Pin-3). (Debug activity).Ports B, F, G – ARM JTAG - Kinetisa.RESET is driven low (to processor).b.Activity appears on TCK, TDI and TDO (PC software instructs the processor to enable debug mode).c.RESET is released by the interface and will go high.d.Activity appears on TCK , TDI and TDO (Debug activity).Ports B, F, G – ARM SWD - Kinetisa.RESET is driven low (to processor).b.Activity appears on SWD_CLK and SWD_DIO (PC software instructs the processor to enable debug mode).c.RESET is released by the interface and will go high.d.Activity appears on SWD_CLK and SWD_DIO (Debug activity).Port C – BDMRS08, HCS08, S12Z, ColdFire V1a.Debug activity is seen on BKGD (Pin-1).HC(S)12(X)a.BKGD (Pin-1) and RESET (Pin-4) are pulled low by the interface.b.After 5 milliseconds, RESET (Pin-4) is released and goes high.c.After 10 milliseconds, BKGD (Pin-1) is released and goes high.d.After 20 more milliseconds, debug activity is seen on BKGD (Pin-1).Port D – Coldfire V2/V3/V4a.BKPT (Pin-2), DSI (Pin-8), and DSCLK (Pin-4) signals are driven low.b.RESET (Pin-7) is driven low for 20+ milliseconds and released.c.After RESET is released and if the processor has correctly entered background mode, the PST0 (Pin-15), PST1 (Pin-14), PST2 (Pin-13) and PST3 (Pin-12) lines should all be driven high by the processor.d.Activity (changing signals) is seen on the DSI, DSO, and DSCLK signals. The activity on the DSCLK and DSI lines isgenerated by the PC and the activity on the DSO line is generated by the processor.Port E – JTAG/COP (Not yet supported)Port HHC16/683XX(FX Only)a.BKPT/DSCLK is pulled low (to processor).b.Delay ~1ms.c.RESET is pulled low (to processor).d.Delay ~20ms.e.RESET is released (tri state, should be pulled up on target).f.Wait for FREEZE (out of processor).g.Shifting activity appears on DSCLK, DSI and DSO.MPC5xx/8xx (FX Only)a.DSCK is driven high and DSI is driven low (to processor).b.Delay ~1ms.c.HRESET or SRESET is driven low (usually this will be HReset).d.Delay ~20ms.e.HRESET is released (tri-state, should be pulled up on target).f.Shifting activity appears on DSCLK, DSI and DSO. (PC software communicating with target to determine if debug modewas successfully entered).6Firmware Updates/Architecture SelectionThe Multilink Universal and Universal FX use firmware updates to change between modes of operation to support different families of NXP microcontrollers. Older versions of PEmicro's software and third-party software are not able to automatically configure these Multilinks when the target is switched to a different family of microcontrollers. If you are not using the latest version of PEmicro software, please contact us to determine if you are eligible for a discounted upgrade to the latest version of your software. You may also download a manual configuration utility for the Multilink from the Support Center or corresponding product page on our website: /support/downloads_find.cfm7Interface LibrariesPEmicro produces a set of interface libraries which allow the user to directly control the USB Multilink Universal or Universal FX from any Windows Development environment which can interact with a DLL. The interface libraries come with examples for controlling the Multilink interface from Microsoft Visual C as well as Borland Delphi. More details can be found on the Interface Libraries page on the PEmicro website: /products/product_processor.cfm?category=98Compatible SoftwareThe USB Multilink Universal and Universal FX are supported by recent versions of NXP’s CodeWarrior, Kinetis Design Studio, S32 Design Studio, and MCUXpresso, as well as third-party toolchains such as those from IAR, Keil, Cosmic, Mentor Graphics, and Atollic. They also work with PEmicro software, including our no-cost, fully-featured GDB Server Eclipse plug-in. It isrecommended that you check with the vendor regarding support for your specific part. Information on compatible PEmicrosoftware can be found in the “Products” section of .9Transition To Production ProgrammingThe USB Multilink Universal and Universal FX are intended fordevelopment and are not designed to accommodate the demands ofproduction programming. However, PEmicro’s CYCLONE andCYCLONE FX programmers are specifically engineered to withstand therigors of a production environment and will provide a seamless transitionfrom the Multilink. In addition. the CYCLONE FX offers an expandedfeature set which includes faster communications, larger storage,expandable storage, enhanced security, and expansion ports. Moreinformation is available online at /cyclone.CYCLONE programmer。

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