Microsoft Word - ISSFA-0177_A_SM59R_series_SPI_APN_TC_.doc

Size: px
Start display at page:

Download "Microsoft Word - ISSFA-0177_A_SM59R_series_SPI_APN_TC_.doc"

Transcription

1 SPI 功能使用方法 1 適用產品 : 1.1 SM59R16A2/ SM59R08A2 1.2 SM59R16A5/ SM59R09A5/SM59R05A5/SM59R16A3/ SM59R09A3 /SM59R05A3 1.3 SM59R04A2/ SM59R04A1/ SM59R03A1/ SM59R02A1 2 SPI 使用概述 : SPI 通信使用 4 個引腳, 分別為 : SPI_MOSI: 做為 master 時資料輸出 ; 做為 slave 時資料輸入 SPI_MISO: 做為 master 時資料輸入 ; 做為 slave 時資料輸出 SPI_CLK: SPI 的時脈信號由 master 主控產生 ; 資料 ( 輸出及輸入 ) 和時脈同步 SPI_SS: 此引腳唯有做為 slave mode 時有做用 ; 做為 master mode, 此引腳當做 GPIO 使用 = 0: master 致能 slave = 1: master 禁能 slave Master MOSI MISO CLK Slave 1 MOSI MISO CLK Slave 2 MOSI MISO CLK IO IO SS SS 3 P4SPI (SPI function pin assignment) 說明 : P4SPI (SPI function pin assignment) SM59R16A5/SM59R16A3 SM59R09A5/SM59R09A3 SM59R05A5/SM59R05A3 SM59R16A2 SM59R08A2 SM59R04A2/SM59R04A1 SM59R03A1 SM59R02A1 ISSFA Ver A 2010/06

2 : 表示該型號可以使用 P4SPI 功能 : 表示該型號不可使用 P4SPI 功能 Notice: 所有系列的 Package type DIP-40 沒有 P4, 所以沒有用此功能 P4SPI (SPI function pin assign) 說明 Mnemonic Description Direct Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 RESET Serial interface 0 and 1 AUX Auxiliary register 91h BRS P4CC P4SPI P4UR1 P4IIC P0KBI - DPS 00H 內建 SPI, 可直接經由軟體設定指定其腳位至 P1 或 P4, 避免和其它特殊功能腳位重複, 並提高硬體規劃的相容性 P4SPI: P4SPI = 0 SPI function on P1. SS P1.4 MOSI P1.5 MISO P1.6 CLK P1.7 P4SPI = 1 SPI function on P4. SS P4.0 MOSI P4.1 MISO P4.2 CLK P4.3 4 SPI 相關的特殊暫存器 SPI Special Function Register (SFR) SPI Description Direct Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 RESET SPI function P4UR AUX Auxiliary register 91h BRS P4CC P4SPI P4IIC P0KBI - DPS 00H 1 SPI control SPIC1 F1h SPIEN SPIMSS SPISS SPICKP SPICKE SPIBR[2:0] 08H register 1 P SPIC2 SPIS SPITXD SPIRXD SPI control register 2 SPI status register SPI transmit data buffer SPI receive data buffer F2h SPIFD TBC[2:0] - RBC[2:0] 00H F5h - SPIMLS SPIOV SPITXIF SPITDR SPIRXIF SPIRDR SPIRS 40H F3h SPITXD[7:0] 00H F4h SPIRXD[7:0] 00H Mnemonic: AUX Address: 91h Reset BRS P4CC P4SPI P4UR1 P4IIC P0KBI - DPS 00H ISSFA Ver A 2010/06

3 P4SPI: P4SPI = 0 SPI function on P1. P4SPI = 1 SPI function on P4. P4SPI setting SPI_SS SPI_MOSI SPI_MISO SPI_CLK 0 P1.4 P1.5 P1.6 P1.7 1 P4.0 P4.1 P4.2 P4.3 Mnemonic: SPIC1 Address: F1h Reset SPIEN SPIMSS SPISSP SPICKP SPICKE SPIBR[2:0] 08h SPIEN: SPI 模組致能旗標 : 1 致能 0 禁能 SPIMSS: 主從模式選擇旗標 (Master or Slave mode Select) 1 MCU 做為 Master mode. 0 MCU 做為 Slave mode. SPISSP: (SS) 引腳致能狀態旗標 ; 當 MCU 為 slave 時, 可由旗標設定 Slave Select (SS) 引腳致能狀態 (slave mode used only) 1 高準位致能 high active. 0 低準位致能 low active. SPICKP: 時脈閒置準位旗標 (master mode used only) 1 時脈信號閒置時為高準位 (SCK high during idle), Ex : 0 時脈信號閒置時為低準位 (SCK high during idle), Ex : SPICKE: 時脈取樣旗標 Clock sample edge select. 1 正緣取樣 data latch in rising edge 0 負緣取樣 data latch in falling edge. * 為確保資料取樣的正確性, 無論使用正緣或負緣取樣, 時脈及資料同步時皆需有足夠的準備時間 (set-up time) 及保持時間 (hold time), 時序產生如下圖 : sufficient set-up time sufficient hold time SPIBR[2:0]: SPI 鮑率選擇 (master mode used only), Fosc 為晶振頻率 : SPIBR[2:0] Baud rate 0:0:0 Fosc/4 0:0:1 Fosc/8 0:1:0 Fosc/16 0:1:1 Fosc/32 1:0:0 Fosc/64 1:0:1 Fosc/128 1:1:0 Fosc/256 1:1:1 Fosc/512 ISSFA Ver A 2010/06

4 Mnemonic: SPIC2 Address: F2h Reset SPIFD TBC[2:0] - RBC[2:0] 00h SPIFD: 全雙工模式致能旗標 (Full-duplex mode enable) 1 : 全雙工模式致能 0 : 全雙工模式禁能當該旗標致能時,TBC[2:0] 和 RBC[2:0] 會被清除並保持為零,SPI 全雙工模式僅允許 8 位元通訊. Master 透過 MOSI 引腳做資料輸出,slave 時透過 MISO 回傳資料,SPI 的時脈信號由 master 主控產生 ; 所有資料 ( 輸出及輸入 ) 皆和時脈同步 Input Shift register SPIRXD MISO MISO Output Shift register SPITXD Output Shift register SPITXD MOSI MOSI Input Shift register SPIRXD Clock Generator SCK SCK SyncMos Master SyncMos Slave TBC[2:0]: SPI 傳送元位計數旗標 (SPI transmitter bit counter) 可設定 1~8 位元通訊, 但全雙工模式僅允許 8 位元通訊 TBC[2:0] Bit counter 0:0:0 8 bits output 0:0:1 1 bit output 0:1:0 2 bits output 0:1:1 3 bits output 1:0:0 4 bits output 1:0:1 5 bits output 1:1:0 6 bits output 1:1:1 7 bits output RBC[2:0]: SPI 接收元位計數旗標 (SPI receiver bit counter) 可設定 1~8 位元通訊, 但全雙工模式僅允許 8 位元通訊 RBC[2:0] Bit counter 0:0:0 8 bits input 0:0:1 1 bit input 0:1:0 2 bits input 0:1:1 3 bits input 1:0:0 4 bits input 1:0:1 5 bits input 1:1:0 6 bits input 1:1:1 7 bits input ISSFA Ver A 2010/06

5 Mnemonic: SPIS Address: F5h Reset - SPIMLS SPIOV SPITXIF SPITDR SPIRXIF SPIRDR SPIRS 40h SPIMLS: MSB or LSB output /input first 1 : 最高位元先傳送 (MSB output/input first) 0 : 最低位元先傳送 (LSB output/input first) SPIOV: 溢位旗標 (Overflow flag) 1 : 當 SPIRDR 已設定 (SPIRXD 原有資料未被讀取 ) 且下一筆資料正寫入 SPIRXD 時,SPIOV 將被設定為 1, 告知 SPIRXD 資料以有損毀 0 : 當 SPIRDR 清為零時,SPIOV 則由硬體清除 SPITXIF: 傳送中斷旗標 (Transmit Interrupt Flag) 1 : 當 SPITXD 的資料已載入移位暫存器, 由硬體設定為 1 0 : 傳送資料完成後必須由軟體清除 SPITDR: 資料傳送位元 (Transmit Data Ready) 1 : 當程序為傳送模式時, 資料儲存至 SPITXD 後, 由軟體設定此旗標為 1, 告知 SPI module 允許傳出資料 0 : 當 SPI module 由 SPITXD 完成傳送時 ( 或 SPITXD 被載至移位暫存器時 ), 此旗標則由硬體自動清除 SPIRXIF: 接收中斷旗標 (Receive Interrupt Flag) 1 : 當 SPIRXD 被載入新一筆資料後, 由硬體設定為 1 0 : 接收資料完成後必須由軟體清除 SPIRDR: 資料接收位元 (Receive Data Ready) 1 : SPI module 接收資料時,SPIRDR 由硬體自動設定為 1, 以告知 MCU 完成接收並儲存至 SPIRXD; 當新的一筆資料寫入 SPIRXD, 而 SPIRDR 未清除時,SPIRXD 原有的資料將被覆寫, 產生 overflow 0 : 由 SPIRXD 讀取資料後, 必須由軟體清除此旗標 SPIRS: 接收開始位元 (Receive Start) 1 : 由軟件設為 1, 告知 SPI 模組 SPIRXD 開始接收資料 ( 即 SPI_CLK 開始送 clock) 0 : 當資料接收完成, 由硬體清為 0 Mnemonic: SPITXD Address: F3h Reset SPITXD[7:0] 00h SPITXD[7:0]: 傳送資料緩衝器 (Transmit data buffer) Mnemonic: SPIRXD Address: F4h Reset SPIRXD[7:0] 00h SPIRXD[7:0]: 接收資料緩衝器 (Receive data buffer) ISSFA Ver A 2010/06

6 5 SPI 中斷 5.1 向量表 (Interrupt vectors table) Interrupt Request Flags Interrupt Vector Address Interrupt Number *(use Keil C Tool) IE0 External interrupt h 0 TF0 Timer 0 interrupt 000Bh 1 IE1 External interrupt h 2 TF1 Timer 1 interrupt 001Bh 3 RI0/TI0 Serial channel 0 interrupt 0023h 4 TF2/EXF2 Timer 2 interrupt 002Bh 5 PWMIF PWM interrupt 0043h 8 SPIIF SPI interrupt 004Bh 9 ADCIF A/D converter interrupt 0053h 10 KBIIF keyboard Interface interrupt 005Bh 11 LVIIF Low Voltage Interrupt 0063h 12 IICIF IIC interrupt 006Bh 13 RI1/TI1 Serial channel 1 interrupt 0083h 16 *See Keil C about C51 User s Guide about Interrupt Function description 5.2 中斷相關暫存器 (Interrupt SFR) Mnemonic Description Direct Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 RESET Interrupt IEN0 Interrupt Enable 0 register A8h EA - ET2 ES0 ET1 EX1 ET0 EX0 00h IEN1 Interrupt Enable 1 register B8h EXEN2 - IEIIC IELVI IEKBI IEADC IESPI IEPWM 00h IEN2 Interrupt Enable 2 register 9Ah ES1 00h IRCON Interrupt request register C0H EXF2 TF2 IICIF LVIIF KBIIF ADCIF SPIIF PWMIF 00H IP0 Interrupt priority level 0 A9h - - IP0.5 IP0.4 IP0.3 IP0.2 IP0.1 IP0.0 00h IP1 Interrupt priority level 1 B9h - - IP1.5 IP1.4 IP1.3 IP1.2 IP1.1 IP1.0 00h * 如果需要使用中斷程序, 可參考以下設置 : (1) SPI 中斷致能設罝 : IEN0 = 0x80; Enable interrupt All IEN1 = 0x02; Enable interrupt SPI ISSFA Ver A 2010/06

7 (2) SPI 中斷程序表示 : void SPI_interrupt(void) interrupt 9 IRCON_SPIIF = 0; Clear interrupt flag If(SPIS&=0x04) SPIS &= (~0x04); SPIS &= (~0x20; Clear TXIF bit Clear RXIF bit ISSFA Ver A 2010/06

8 6 以下為兩顆 MCU 分別當做 SPI master 及 slave 通訊的流程圖 ISSFA Ver A 2010/06

9 7 SPI master 及 slave 通訊的範例程式 7.1 Master 傳資料 (0xFF~0x00) 至 Slave 7.2 Slave 接受後, 以相同的資料回傳給 Master 7.3 Master 接受 Slave 回傳的資料後, 做資料比較, 相同則表示通訊正確, 不相同則反之 Description Master: Main program =================================================================== S Y N C M O S T E C H N O L O G Y =================================================================== #include "..\h\sm59r16a2.h" #include "..\h\sm59r16a2_extradef.h" #include "..\LCD\LCD16x2.h" #include "..\MISC\delay.h" #define Control_Byte #define SPI_SS #define SPITDR=1 0xA0 P1_0 SPIS = 0x08 /* void SPI_interrupt(void) interrupt 9 IRCON_SPIIF = 0; Clear interrupt flag */ void SPI_Init(void) SPIC1 = 0xD8; SPIC1 = 7; SPIC2 = 0x00; SPIS = 0x40; SPI Enable/ master/ NC/ idle hi/ rising latch BR=(Fosc/512) SPI full-duplex disable /8-bit communicate MSB send first void SPI_TX( unsigned char DATA) SPITXD = DATA; Load to Buffer SPIS = 0x08; SPITDR while(!(spis&spi_txif) ); TX completed SPIS &= (~SPI_TXIF); Clear TXIF bit unsigned char SPI_RX(void) unsigned char Temp; SPIS = 0x01; Receive Start while(!(spis&spi_rxif) ); RX completed Temp = SPIRXD; Load from Buffer SPIS = 0x02; Receive Data Ready SPIS &= (~SPI_RXIF); Clear RXIF bit return Temp; void main() unsigned long Err =0, counter =1; unsigned char TxData, RxData,j; LCD_Init(); SPI_Init(); Delay10mSec(1); must wait for LCD stable ISSFA Ver A 2010/06

10 while(1) for(txdata=0xff; TxData>0; TxData--) PrintLcdStrLX( 1, 0, "M_TX: "); PrintLcdStrLX( 2, 0, "M_RX: "); SPI_SS = 0; SPI_TX( TxData ); for(j=0; j<0; j++); RxData = SPI_RX(); SPI_SS = 1; CS TX Dealy time RX CS SetCursorAddr(1, 6); PrintLcdHex( TxData ); SetCursorAddr(2, 6); PrintLcdHex( RxData ); counter++; SetCursorAddr(1, 12); PrintLcdDec( counter ); if(txdata!=rxdata) Err++; SetCursorAddr(2, 12); PrintLcdDec( Err ); P2=TxData; result Description Slave: Main program =================================================================== S Y N C M O S T E C H N O L O G Y =================================================================== #include "..\h\sm59r16a2.h" #include "..\h\sm59r16a2_extradef.h" #include "..\LCD\LCD16x2.h" #include "..\MISC\delay.h" void SPI_Init(void) SPIC1 =0x98; SPI Enable/ slave/ Low active / NC / rising latch/ NC NC NC SPIC2 =0x00; SPI full-duplex disable /8-bit communicate SPIS =0x40; MSB send first void SPI_TX( unsigned char DATA) SPITXD = DATA; Load to Buffer SPIS = 0x08; SPITDR while(!(spis&spi_txif) ); TX completed SPIS &= (~SPI_TXIF); Clear TXIF bit ISSFA Ver A 2010/06

11 unsigned char SPI_RX(void) unsigned char Temp; SPIS = 0x01; Receive Start while(!(spis&spi_rxif) ); RX completed Temp SPIS = SPIRXD; = 0x02; Load from Buffer SPIRDR SPIS &= (~SPI_RXIF); Clear RXIF bit return Temp; void main() unsigned long Err =0, counter =1; unsigned char TxData=0, RxData=0,j; LCD_Init(); SPI_Init(); Delay10mSec(1); must wait for LCD stable while(1) RxData = SPI_RX(); SPI_TX( RxData ); P2 = RxData; RX TX result 8 SPI 全雙工說明, 使用兩顆 SM59R04A2 分別當做 SPI master 及 slave 做通訊, 以下是範例程序的通訊協定 : MOSI (Master) Check Ready 0x55 Master Receive CMD DB1 DB2 DB10 Checksum High byte Checksum low byte MISO (Slave) Slave Receive ACK Ready 0x55 Slave Receive DB1 DB2 DB10 Checksum High byte Checksum low byte 9 SPI master 及 slave 全雙工通訊範例程式 9.1 Master 不斷送 Ready Byte(0x55), 直到 Slave 同樣回傳 Ready Byte (0x55) 做確認 ISSFA Ver A 2010/06

12 9.2 待兩方確認後,Master 會送 command byte(0x0a 或 0x0B) 9.3 兩方資料長度定為 10-Byte 9.4 Master 送出資料固定為 0x00~0x Slave 送出的資料則依據收到 Master 的 command byte 有所不同 當 command byte=0x0a,slave 送出資料為 0x00~0x 當 command byte=0x0b,slave 送出資料為 0x10~0x 資料送出完成後,master 及 slave 會互傳該次所接收到的資料的 checksum Description Master: Main program ========================================================================= S Y N C M O S T E C H N O L O G Y ========================================================================= SM59R04A2 SPI Master full-duplex,8-bit communication System clock = MHz ========================================================================= #include "SM59R04A2.h" #define SPI_RxStart #define SPI_RDR 0x01 0x02 #define SPI_RXIF 0x04 #define SPI_TDR 0x08 #define SPI_TXIF 0x10 #define SPI_Overflow 0x20 #define SPI_MSB_LSB 0x40 #define CMD_0A 0x0A #define CMD_0B 0x0B #define CMD_Ready 0x55 #define finetune 15 for timing finetune #define SPI_SS P1_0 slave select bit SPI_Intrrupt=1; unsigned char temx; void Delay1mSec(unsigned int NTime) ; void Delay_tune(unsigned char tune); void SPI_Init(void); unsigned char SPI_RX(void); void SPI_TX( unsigned char DATA); unsigned char SPI_full_duplex(unsigned char DATA); void SPI_communication(unsigned char command); void SPI_interrupt(void) interrupt 9 while(!((spis & SPI_RDR)==SPI_RDR)); RDR set 1 by H/W while((spis & SPI_TDR)==SPI_TDR); SPIS &= 0xE9; TDR clr 0 by H/W Clear SPITXIF & SPIRXIF & SPIRDR SPI_Intrrupt = 0; ========================================================================= Freq = pin demo board ========================================================================= void Delay1mSec(unsigned int NTime) ISSFA Ver A 2010/06

13 unsigned int i, j; for(i=0; i<ntime; i++) for(j=0; j<1300; j++); void Delay_tune(unsigned char tune) unsigned char i; for(i=0; i<tune; i++); void SPI_Init(void) SPIC1 = 0xD8; SPI Enable/ master/ NC/ idle hi/ rising latch SPIC2 = 0x80; SPI full-duplex,8-bit communication only SPIC2 = 0x00; SPI half-duplex,8-bit communication SPIS = 0x40; MSB send first SPIS = 0x01; RX Start SPIS &= 0xFE; Receive Stop SPIC1 = 0; SPIC1 = 1; SPIC1 = 2; SPIC1 = 3; SPIC1 = 4; SPIC1 = 5; SPIC1 = 6; SPIC1 = 7; BR=(Fosc/4) BR=(Fosc/8) BR=(Fosc/16) BR=(Fosc/32) BR=(Fosc/64) BR=(Fosc/128) BR=(Fosc/256) BR=(Fosc/512) IEN0 = 0x80; EA=1 IEN1 = 0x02; IESPI=1 unsigned char SPI_RX(void) SPI_SS = 0; SPITXD = 0xFF; SPIS = 0x01; SPI_Intrrupt = 1; while(spi_intrrupt); clear SPITXD, useless RX Start send SPI CLK while(!((spis & SPI_RDR)==SPI_RDR)); RDR set 1 by H/W SPIS &= 0xE9; Clear SPITXIF & SPIRXIF & SPIRDR temx = SPIRXD; SPI_SS = 1; Delay_tune(finetune); return temx; CS, must wait slave void SPI_TX( unsigned char DATA) SPI_SS = 0; SPITXD = DATA; SPIS = SPI_TDR; SPI_Intrrupt = 1; while(spi_intrrupt); while((spis & SPI_TDR)==SPI_TDR); SPIS &= 0xE9; Load to TX Buffer set SPITDR, TX proceed TDR clr 0 by H/W Clear SPITXIF & SPIRXIF & SPIRDR SPI_SS = 1; Delay_tune(finetune); CS, must wait slave ISSFA Ver A 2010/06

14 unsigned char SPI_full_duplex(unsigned char DATA) SPI_SS = 0; SPITXD = DATA; Load to TX Buffer SPIS = SPI_TDR; set SPITDR, TX proceed SPI_Intrrupt = 1; while(spi_intrrupt); while(!((spis & SPI_RDR)==SPI_RDR)); RDR set 1 by H/W while((spis & SPI_TDR)==SPI_TDR); TDR clr 0 by H/W SPIS &= 0xE9; Clear SPITXIF & SPIRXIF & SPIRDR temx = SPIRXD; SPI_SS = 1; Delay_tune(finetune); return temx; CS, must wait slave void SPI_communication(unsigned char command) unsigned char RxData_H=0, RxData_L=0, TxData=0, loop=0, temp=0, ready=0; unsigned int checksum=0; SPI_TX(CMD_Ready); check slaver ready, send 0x55 ready = SPI_RX(); receive ready_byte, wait 0x55 if(ready == CMD_Ready) SPI_TX(command); checksum=0; send command 0x0A or 0x0B for(loop=0x00; loop<0x10; loop++) checksum += SPI_full_duplex(loop); RxData_H = SPI_full_duplex((unsigned char)(checksum>>8)); checksum high byte RxData_L = SPI_full_duplex((unsigned char)checksum); checksum low byte ready=0; Delay_tune(50); useless send send void main() Delay1mSec(100); SPI_Intrrupt = 1; wait system stable IFCON = 0x80; set 1T SPI_Init(); Delay1mSec(1); must wait SPI init while(1) SPI_communication(CMD_0A); SPI_communication(CMD_0B); Description Slave: ========================================================================= Main program S Y N C M O S T E C H N O L O G Y ========================================================================= SM59R04A2 SPI slave full-duplex,8-bit communication ISSFA Ver A 2010/06

15 System clock = MHz ========================================================================= #include "SM59R04A2.h" #define SPI_RxStart #define SPI_RDR #define SPI_RXIF #define SPI_TDR #define SPI_TXIF #define SPI_Overflow #define SPI_MSB_LSB #define CMD_0A #define CMD_0B #define CMD_Ready 0x01 0x02 0x04 0x08 0x10 0x20 0x40 0x0A 0x0B 0x55 unsigned char TxData=0x10, RxData=0, RxBuf[5]; unsigned int loop=0, checksum=0; unsigned char RxData_H=0, RxData_L=0; unsigned char cmd=0, ready=0; void Delay1mSec(unsigned int NTime); void Delay_tune(unsigned char tune); void Init_SPI(void); void SPI_TX( unsigned char DATA); unsigned char SPI_RX(void); void Delay1mSec(unsigned int NTime) unsigned int i, j; for(i=0; i<ntime; i++) for(j=0; j<1300; j++); void Init_SPI(void) SPIC1 = 0x98; SPI Enable/ slave/ Low active / NC / rising latch SPIC2 = 0x80; SPI full-duplex,8-bit communication only SPIC2 = 0x00; SPI half-duplex,8-bit communication SPIS = 0x40; MSB send first SPIS = 0x01; Receive Start SPITXD = 0xFF; IEN0 = 0x80; EA=1 IEN1 = 0x02; IESPI=1 void SPI_TX( unsigned char DATA) SPITXD = DATA; Load to TX Buffer SPIS = SPI_TDR; set SPITDR, TX proceed while((spis & SPI_TDR)==SPI_TDR); 1:Loading ; 0: finish while(!((spis & SPI_TXIF)==SPI_TXIF)); TX completed SPIS &= 0xE9; Clear SPITXIF & SPIRXIF & SPIRDR SPIS &= (~SPI_TXIF); Clear TXIF bit unsigned char SPI_RX(void) unsigned char Temp; SPITXD = 0xFF; clear SPITXD, useless SPIS = 0x01; Receive Start while(!((spis & SPI_RDR)==SPI_RDR)); RX receive while(!((spis & SPI_RXIF)==SPI_RXIF)); RX completed ISSFA Ver A 2010/06

16 Temp = SPIRXD; Load from Buffer SPIS &= 0xE9; Clear SPITXIF & SPIRXIF & SPIRDR SPIS &= (~SPI_RDR); RX Data Ready SPIS &= (~SPI_RXIF); Clear RXIF bit SPIS &= 0xFE; Receive Stop return Temp; unsigned char SPI_full_duplex(unsigned char DATA) SPITXD = DATA; Load to TX Buffer SPIS = SPI_TDR; set SPITDR, TX proceed while((spis & SPI_TDR)==SPI_TDR); TDR clr 0 by H/W while(!((spis & SPI_RDR)==SPI_RDR)); RDR set 1 by H/W SPIS &= (~SPI_RDR); RX Data Ready return SPIRXD; void SPI_ISR(void) interrupt 9 while(!((spis & SPI_RDR)==SPI_RDR)); RDR set 1 by H/W ready = SPIRXD; SPIS &= 0xE9; SPI cmd receive ready Clear SPITXIF & SPIRXIF & SPIRDR if(ready==cmd_ready) SPI_TX(CMD_Ready); checksum = 0; cmd = SPI_RX(); switch (cmd) case CMD_0A: When cmd = 0x0A for(loop=0x00; loop<0x10; loop++) checksum+= SPI_full_duplex(loop); break; case CMD_0B: When cmd = 0x0B for(loop=0x10; loop<0x20; loop++) checksum+= SPI_full_duplex(loop); break; default: When cmd error occur for(loop=0; loop<3; loop++) checksum+= SPI_full_duplex(0xAA); break; RxData_H = SPI_full_duplex((unsigned char)(checksum>>8)); RxData_L = SPI_full_duplex((unsigned char)(checksum)); SPIS &= 0xE9; Clear SPITXIF & SPIRXIF & SPIRDR SPITXD = 0xFF; clear SPITXD, useless SPIIF=0; void main() Delay1mSec(100); wait system stable ISSFA Ver A 2010/06

17 IFCON = 0x80; set 1T Init_SPI(); while(1) ISSFA Ver A 2010/06

Microsoft Word - ~ doc

Microsoft Word - ~ doc 1 適用產品 : 1.1 SM59R16A5/ SM59R09A5/ SM59R05A5/ SM59R16A3/ SM59R09A3/ SM59R05A3 1.2 SM59R16G6/ SM59R09G6/ SM59R05G6 1.3 SM59R04A2/ SM59R04A1/ SM59R03A1/ SM59R02A1 1.4 SM59R16A2/ SM59R08A2 2 UART 差異如下說明 :

More information

Microsoft Word - ~ doc

Microsoft Word - ~ doc 1 适用产品 : 1.1 SM59R16A5/ SM59R09A5/ SM59R05A5/ SM59R16A3/ SM59R09A3/ SM59R05A3 1.2 SM59R16G6/ SM59R09G6/ SM59R05G6 1.3 SM59R04A2/ SM59R04A1/ SM59R03A1/ SM59R02A1 1.4 SM59R16A2/ SM59R08A2 2 UART 差异如下说明 :

More information

Microsoft Word - ISSFA-0237_A_SM39R_series_EEPROM_APN_TC_.doc

Microsoft Word - ISSFA-0237_A_SM39R_series_EEPROM_APN_TC_.doc EEPROM 功能使用方法 1 適用產品 : 1.1 SM39R16A2/ SM39R12A2/ SM39R08A2 1.2 SM39R4051/ SM39R2051 1.3 SM39R04G1/ SM39R02G1 2 EEPROM 功能概述 : 2.1 使用 code flash 模擬為 Internal EEPROM, 在程序執行時, 可將 code flash 作為 data flash 儲存資料使用

More information

Microsoft Word - ~ doc

Microsoft Word - ~ doc EEPROM 功能使用方法 1 适用产品 : 1.1 SM39R16A2/ SM39R12A2/ SM39R08A2 1.2 SM39R4051/ SM39R2051 1.3 SM39R04G1/ SM39R02G1 2 EEPROM 功能概述 : 2.1 使用 code flash 仿真为 Internal EEPROM, 在程序执行时, 可将 code flash 作为 data flash 储存数据使用

More information

bingdian001.com

bingdian001.com TSM12M TSM12 STM8L152C6, STM8L152R8 MSP430F5325 whym1987@126.com! /******************************************************************************* * : TSM12.c * : * : 2013/10/21 * : TSM12, STM8L f(sysclk)

More information

目录

目录 ALTERA_CPLD... 3 11SY_03091... 3 12SY_03091...4....5 21 5 22...8 23..10 24..12 25..13..17 3 1EPM7128SLC.......17 3 2EPM7032SLC.......18 33HT46R47......19..20 41..20 42. 43..26..27 5151DEMO I/O...27 52A/D89C51...28

More information

6 C51 ANSI C Turbo C C51 Turbo C C51 C51 C51 C51 C51 C51 C51 C51 C C C51 C51 ANSI C MCS-51 C51 ANSI C C C51 bit Byte bit sbit

6 C51 ANSI C Turbo C C51 Turbo C C51 C51 C51 C51 C51 C51 C51 C51 C C C51 C51 ANSI C MCS-51 C51 ANSI C C C51 bit Byte bit sbit 6 C51 ANSI C Turbo C C51 Turbo C C51 C51 C51 C51 C51 C51 C51 C51 C51 6.1 C51 6.1.1 C51 C51 ANSI C MCS-51 C51 ANSI C C51 6.1 6.1 C51 bit Byte bit sbit 1 0 1 unsigned char 8 1 0 255 Signed char 8 11 128

More information

(Load Project) (Save Project) (OffLine Mode) (Help) Intel Hex Motor

(Load Project) (Save Project) (OffLine Mode) (Help) Intel Hex Motor 1 4.1.1.1 (Load) 14 1.1 1 4.1.1.2 (Save) 14 1.1.1 1 4.1.2 (Buffer) 16 1.1.2 1 4.1.3 (Device) 16 1.1.3 1 4.1.3.1 (Select Device) 16 2 4.1.3.2 (Device Info) 16 2.1 2 4.1.3.3 (Adapter) 17 2.1.1 CD-ROM 2 4.1.4

More information

Microsoft Word - MSP430 Launchpad 指导书.docx

Microsoft Word - MSP430 Launchpad 指导书.docx Contents 3... 9... 14 MSP430 LAUNCHPAD 指导书 3 第一部分第一个工程 New Project File > New > CCS Project Project name: ButtonLED Device>Family: MSP430 Variant: MSP430G2553 Project templates and examples : Empty Project

More information

Microsoft Word - IRFWX-A124_A_SM59D03G2_SM59D04G2_PCA_ APN_SC_.doc

Microsoft Word - IRFWX-A124_A_SM59D03G2_SM59D04G2_PCA_ APN_SC_.doc 可程序计数数组 (PCA) 功能使用方法 1 适用产品 :SM59D04G2,SM59D03G2 2 应用说明 : PCA 共有五组, 每组皆可工作于以下七种模式 : 捕获模式 - 正缘捕获模式 (Positive edge capture mode) 捕获模式 - 负缘捕获模式 (Negative edge capture mode) 捕获模式 - 正缘及负缘捕获模式 (Both positive

More information

untitled

untitled FBC0409 V1.0 1.0 05.06.22 SIA 2005 SIA SIA SIA SIA SIA 114 86-24-23970133 HTTP://WWW.SIA.CN YANG@SIA.CN 2 ...5...5...6 PIN...6...7 1 CPU...8 2...8 4...8 5 DMA...9 7....9 8...9 9...10 A...10 B...10...11.

More information

LK110_ck

LK110_ck Ck 电子琴 LK110CK1A Ck-1 1. 2. 1. 2. 3. (+) ( ) Ck-2 1. 2. 3. * 1. 2. 3. Ck-3 Ck-4 LCD LCD LCD LCD LCD LCD 15 * * / MIDI Ck-5 100 50 100 100 100 1 2 MIDI MIDI Ck-6 ... Ck-1... Ck-6... Ck-8... Ck-9... Ck-10...

More information

Microsoft Word - ISSFA-0109_B_SM59264_WDT_ APN_TC_.doc

Microsoft Word - ISSFA-0109_B_SM59264_WDT_ APN_TC_.doc Watch Dog Timer () 功能使用說明 ( 使用內部 250KHz) 適用產品 :SM59264 SM59128 SM8954A SM8958A SM89516A SM894051 SM79108 SM79164 SM59D03/04G2 應用說明 : 1 針對使用新茂 (SyncMOS)MCU, 如有因程式設計之關係, 需防止當機之發生時, 可啟動 Watch Dog 功能, 以防止當機之發生

More information

SH79F161B I/O 1. SH79F161B SH79F161B IO 30 I/O I/O 4 I/O SH79F161B 30 I/O Px I/O PxCRy I/O PxPCRy x = 0-3 y = IO PxCRy IO x=0-3 y=0-7

SH79F161B I/O 1. SH79F161B SH79F161B IO 30 I/O I/O 4 I/O SH79F161B 30 I/O Px I/O PxCRy I/O PxPCRy x = 0-3 y = IO PxCRy IO x=0-3 y=0-7 SH79F161B - 10 ADC 8051 V 1.0 SH79F161B I/O 1. SH79F161B 8051 8051 SH79F161B IO 30 I/O I/O 4 I/O SH79F161B 30 I/O Px I/O PxCRy I/O PxPCRy x = 0-3 y = 0-7 2. IO PxCRy IO x=0-3 y=0-7 PxPCRy IO x=0-3 y=0-7

More information

2 Keil µ vision 2.1 1) Keil µ vision2 V2.34 µ vision3 2) Sino_Keil.exe Keil c:\keil\ 3) JET51 USB PC C:\Keil\ USB PC 4) S-L

2 Keil µ vision 2.1 1) Keil µ vision2 V2.34 µ vision3 2) Sino_Keil.exe   Keil c:\keil\ 3) JET51 USB PC C:\Keil\ USB PC 4) S-L 1 SH88F516 8051 64K FLASH 1024 EEPROM SH88F516 JET51 S-Lab Keil µ vision ISP51 Keil µ vision ISP51 ISP51 PC RS232 MCU SH88F516 SH88F516 1.1 SH88F516 1.1 SH88F516 SH88Fxx: QFP44, DIP40 RAM Flash E2 ADC

More information

ATMEL AT90S8515 AVR CPU AVR AVR AVR ATMEL RISC 32 8 r0 r X Y Z R0 R1 R2 R13 R14 R15 R16 R17 R26 R27 R28 R29 R30 R31 0x00 0x

ATMEL AT90S8515 AVR CPU AVR AVR AVR ATMEL RISC 32 8 r0 r X Y Z R0 R1 R2 R13 R14 R15 R16 R17 R26 R27 R28 R29 R30 R31 0x00 0x 115 AVR W.V. Awdrey ATMEL AVR PIC AVR PIC AVR RISC AVR PIC AVR AVR AVR AVR AVR ATtiny15 AVR AVR AVR RAM ROM 121 116 122 ATMEL AT90S8515 AVR CPU AVR AVR AVR ATMEL RISC 32 8 r0 r31 3 16 X Y Z 6-1 118 7 0

More information

51 C 51 isp 10 C PCB C C C C KEIL

51 C 51 isp 10   C   PCB C C C C KEIL http://wwwispdowncom 51 C " + + " 51 AT89S51 In-System-Programming ISP 10 io 244 CPLD ATMEL PIC CPLD/FPGA ARM9 ISP http://wwwispdowncom/showoneproductasp?productid=15 51 C C C C C ispdown http://wwwispdowncom

More information

T stg -40 to 125 C V cc 3.8V V dc RH 0 to 100 %RH T a -40 to +125 C -0.3 to 3.6V V -0.3 to VDD+0.3 V -10 to +10 ma = 25 = 3V) VDD

T stg -40 to 125 C V cc 3.8V V dc RH 0 to 100 %RH T a -40 to +125 C -0.3 to 3.6V V -0.3 to VDD+0.3 V -10 to +10 ma = 25 = 3V) VDD 1/16 T stg -40 to 125 C V cc 3.8V V dc RH 0 to 100 %RH T a -40 to +125 C -0.3 to 3.6V V -0.3 to VDD+0.3 V -10 to +10 ma (@T = 25 C, @Vdd = 3V) VDD 1.8 3.0 3.6 V (1) 0.08 0.3 µa Idd 300 450 500 µa 0.25

More information

untitled

untitled XZL024 http://item.taobao.com/item.htm?id=6321822194 1 1 1.1 1.2 1.3 1.4 2 2.1 2.2 2.3 3 USBee Suite 3.1 3.2 3.3 3.4 4 RS232 RS485 RS422 CAN http://item.taobao.com/item.htm?id=6321822194 2 1 XZL024 PC

More information

CC213

CC213 : (Ken-Yi Lee), E-mail: feis.tw@gmail.com 49 [P.51] C/C++ [P.52] [P.53] [P.55] (int) [P.57] (float/double) [P.58] printf scanf [P.59] [P.61] ( / ) [P.62] (char) [P.65] : +-*/% [P.67] : = [P.68] : ,

More information

ICD ICD ICD ICD ICD

ICD ICD ICD ICD ICD MPLAB ICD2 MPLAB ICD2 PIC MPLAB-IDE V6.0 ICD2 usb PC RS232 MPLAB IDE PC PC 2.0 5.5V LED EEDATA MPLAB ICD2 Microchip MPLAB-IDE v6.0 Windows 95/98 Windows NT Windows 2000 www.elc-mcu.com 1 ICD2...4 1.1 ICD2...4

More information

1-1 SH79F6431 A. 2( ) 9~15V ( 12V) U2 U3 3.3V SH79F B. 1(VCC/GND) SH79F6431 C. VDDIO SH79F6431 P4 P5 P0.6 P0.7 VDDIO VDDIO=5V D. 2 V 1.0

1-1 SH79F6431 A. 2( ) 9~15V ( 12V) U2 U3 3.3V SH79F B. 1(VCC/GND) SH79F6431 C. VDDIO SH79F6431 P4 P5 P0.6 P0.7 VDDIO VDDIO=5V D. 2 V 1.0 SH79F6431 1. SH79F6431 1T 8051 FLASH SH79F JET51 Keil µ vision JTAG 1.1. SH79F6431 LQFP64 1.2. (Target Board) SH79F6431 1 V 1.0 1-1 SH79F6431 A. 2( ) 9~15V ( 12V) U2 U3 3.3V SH79F6431 1 2 1 B. 1(VCC/GND)

More information

行业

行业 PCL-1800 PCL-1800 1.1...2 1.1.1 1K FIFO...2 1.1.2...2 1.1.3 16...3 1.1.4...3 1.1.5...3 1.1.6...3 1.2...3 1.3...4 1.4...5 2.1...5 2.2...6 2.2.1...6 2.2.2...6 2.2.3 D/A...7 2.2.4...7 2.2.5 TRIG0 GATE0...8

More information

CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN 2

CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN 2 WV-CU950/G WV-CU650/G CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN 2 S3125A 3 4 5 6 7 8 9 #9 $0 #8 $1 $2 $3 r q w e t $4 i u!0 y WV-CU950!1!3!4!7!6!5!8 @0!9 @3 @2 @1!2 o ALARM ACK ALM RESET ALM SUSPEND ALM

More information

1 TPIS TPIS 2 2

1 TPIS TPIS 2 2 1 1 TPIS TPIS 2 2 1. 2. 3. 4. 3 3 4 5 4 TPIS TPIS 6 5 350 Mark Coil F3/F6 350 M 150 M 25 M 7.12M 8 M F3 F6 F4 F7 F8 8M AA 7 350 28V 5V IC HCPL2731 0.5mA 6 8 (TPIS) TPIS 9 7 IC AT89C2051 AT89C2051 CMOS8

More information

General Description: Preliminary TTP916 Consumer IC VCD/DVD LCD Green mode Stand-by mode( 1W ) Features: 2.2V-5.5V LCD RAM read condition 2.6V-5.5V RC

General Description: Preliminary TTP916 Consumer IC VCD/DVD LCD Green mode Stand-by mode( 1W ) Features: 2.2V-5.5V LCD RAM read condition 2.6V-5.5V RC General Description: IC VCD/DVD LCD Green mode Stand-by mode( 1W ) Features: 2.2V-5.5V LCD RAM read condition 2.6V-5.5V RC 15K 300pF 256KHZ default on 32 function key Built-in TT6221/TT6222 decoder Provide

More information

行业

行业 PCL-818HD/HG/L PCL-818HD/HG/L 1.1...2 1.1.1 /...2 1.1.2 ID...2 1.2...3 1.3...3 2.1...3 2.2...3 2.2.1...4 2.2.2...4 2.2.3 DMA...5 2.2.4...5 2.2.5 D/A...5 2.2.6...6 2.2.7 EXE.trigger GATE0...6 2.2.8 FIFO

More information

2 12

2 12 SHENZHEN BRILLIANT CRYSTAL TECHNOLOGIC CO.,LTD. The specification for the following models Graphic LCM serial communication control board CB001 PROPOSED BY APPROVED Design Approved TEL:+86-755-29995238

More information

中文手册

中文手册 PCC-3428 PC/104 1. PCC-3428 1.1 PCC-3428 90mm 96mm ST CPU STPC Atlas Atlas CPU 486 DX/DX2 CPU DX2 133MHz Atlas 2D LCD/CRT 100MHz SDRAM 64MBytes PCC-3428 10/100Mbps DOC EIDE USB PC/104 ST STPC Atlas STPC

More information

Tel:010-62981668-2930 1

Tel:010-62981668-2930  1 Access 93C46 with SPI function V1.0.0 Jan. 31, 2005 http://www.sunplusmcu.com Tel:010-62981668-2930 http://www.sunplusmcu.com E-mail:mcu@sunplus.com.cn 1 0 0...2 1...3 2...4 2.1...4 2.2...5 3...6 3.1 AT93C46...6

More information

穨control.PDF

穨control.PDF TCP congestion control yhmiu Outline Congestion control algorithms Purpose of RFC2581 Purpose of RFC2582 TCP SS-DR 1998 TCP Extensions RFC1072 1988 SACK RFC2018 1996 FACK 1996 Rate-Halving 1997 OldTahoe

More information

JLX

JLX PRODUCT:LCD MODULE. Model No.: JLX177-006 Product Type: 1.77 inch QVGA TFT Modoule. 产品规格书 晶联讯研发研发部 : Written By Checked By Approved By 客户名称 : 结构电子核准 地址 : 深圳市宝安区西乡宝安大道东华工业区 A3 栋 6 楼电话 :0755-29784961 Http://www.jlxlcd.cn

More information

邏輯分析儀的概念與原理-展示版

邏輯分析儀的概念與原理-展示版 PC Base Standalone LA-100 Q&A - - - - - - - SCOPE - - LA - - ( Embedded ) ( Skew ) - Data In External CLK Internal CLK Display Buffer ASIC CPU Memory Trigger Level - - Clock BUS Timing State - ( Timing

More information

User ID 150 Password - User ID 150 Password Mon- Cam-- Invalid Terminal Mode No User Terminal Mode No User Mon- Cam-- 2

User ID 150 Password - User ID 150 Password Mon- Cam-- Invalid Terminal Mode No User Terminal Mode No User Mon- Cam-- 2 Terminal Mode No User User ID 150 Password - User ID 150 Password Mon- Cam-- Invalid Terminal Mode No User Terminal Mode No User Mon- Cam-- 2 Mon1 Cam-- Mon- Cam-- Prohibited M04 Mon1 Cam03 Mon1 Cam03

More information

untitled

untitled www.mcudriver.cn 1.1 / 1) WinAVR20070525 2) Source Insight 3) ISP 4) PonyProg ISP 5) USB 6) 1.2. MCU ATMEGA16 1.3. AVR8 1.4 LED0~LED7 1 1.5 #include // Program 1.1 LED.C #define uchar unsigned

More information

untitled

untitled MODBUS 1 MODBUS...1 1...4 1.1...4 1.2...4 1.3...4 1.4... 2...5 2.1...5 2.2...5 3...6 3.1 OPENSERIAL...6 3.2 CLOSESERIAL...8 3.3 RDMULTIBIT...8 3.4 RDMULTIWORD...9 3.5 WRTONEBIT...11 3.6 WRTONEWORD...12

More information

行业

行业 PCI-1711/1711L 1.1...2 1.1.1...2 1.1.2...2 1.1.3 FIFO...2 1.1.4...2 1.1.5 16 16...3 1.2...3 2.1...3 2.2...3 2.2.1... 2.2.2...8 2.3...10 2.3.1...10 2.3.2... 11 2.3.3...12 2.3.4...13 2.4.5...14 3.1...16

More information

Edge-Triggered Rising Edge-Triggered ( Falling Edge-Triggered ( Unit 11 Latches and Flip-Flops 3 Timing for D Flip-Flop (Falling-Edge Trigger) Unit 11

Edge-Triggered Rising Edge-Triggered ( Falling Edge-Triggered ( Unit 11 Latches and Flip-Flops 3 Timing for D Flip-Flop (Falling-Edge Trigger) Unit 11 Latches and Flip-Flops 11.1 Introduction 11.2 Set-Reset Latch 11.3 Gated D Latch 11.4 Edge-Triggered D Flip-Flop 11.5 S-R Flip-Flop 11.6 J-K Flip-Flop 11.7 T Flip-Flop 11.8 Flip-Flops with additional Inputs

More information

AL-M200 Series

AL-M200 Series NPD4754-00 TC ( ) Windows 7 1. [Start ( )] [Control Panel ()] [Network and Internet ( )] 2. [Network and Sharing Center ( )] 3. [Change adapter settings ( )] 4. 3 Windows XP 1. [Start ( )] [Control Panel

More information

12232A LED LED LED EL EL CCFL EL CCF

12232A LED LED LED EL EL CCFL EL CCF 12232A 0 50-20 +70-30 +85 LED LED LED EL EL CCFL EL CCF 122 x 32 1/32Duty 1/5Bias 6:00 STN( ), EL LED EL/100VAC 400HZ LED/4.2VDC 1 / VDD-VSS 0 6.5 V Ta=25 LCD VDD-V0 0 12.0 V V1 0 VDD V VDD-VSS - 4.75

More information

<4D F736F F D20CBABC1FA DA3A8BAACB6C1D0B44D31A3A9C4A3BFE9D7CAC1CF B0E62E646F63>

<4D F736F F D20CBABC1FA DA3A8BAACB6C1D0B44D31A3A9C4A3BFE9D7CAC1CF B0E62E646F63> SL-1356MOD-SU 射 频 卡 读 写 模 块 使 用 说 明 一. 概 述 双 龙 公 司 针 对 支 付 系 统 公 共 交 通 门 禁 锁 具 设 备 管 理 二 代 身 份 证 等 行 业 推 出 SL-1356MOD-SU 射 频 卡 读 写 模 块 该 模 块 全 面 支 持 ISO14443 A/B -1-2 -3-4 标 准, 适 用 于 读 写 各 种 符 合 ISO14443

More information

DPJJX1.DOC

DPJJX1.DOC 8051 111 2K 1 2 3 ' ' 1 CPU RAM ROM / A/D D/A PC CPU 40 68 10 20 8 51 PIII 8051 2 MCS51 8051 8031 89C51 8051 8031 89C51? MCS51 INTEL INTEL 8031 8051 8751 8032 8052 8752 8051 8051 8051 MCS51 8031 8031

More information

1 Project New Project 1 2 Windows 1 3 N C test Windows uv2 KEIL uvision2 1 2 New Project Ateml AT89C AT89C51 3 KEIL Demo C C File

1 Project New Project 1 2 Windows 1 3 N C test Windows uv2 KEIL uvision2 1 2 New Project Ateml AT89C AT89C51 3 KEIL Demo C C File 51 C 51 51 C C C C C C * 2003-3-30 pnzwzw@163.com C C C C KEIL uvision2 MCS51 PLM C VC++ 51 KEIL51 KEIL51 KEIL51 KEIL 2K DEMO C KEIL KEIL51 P 1 1 1 1-1 - 1 Project New Project 1 2 Windows 1 3 N C test

More information

行业

行业 PCI-1710 1.1...2 1.1.1...2 1.1.2...2 1.1.3 FIFO( )...2 1.1.4...2 1.1.5...2 1.1.6 16 16...3 1.1.7...3 1.2...3 1.3...3 2.1...3 2.2...4 2.2.1...4 2.2.2...5 2.3...9 2.3.1...10 2.3.2... 11 2.3.3...12 2.3.4...12

More information

行业

行业 PCI-1716/1716L 1.1...2 1.1.1...2 1.1.2 / /SD*/BU*...2 1.1.3 FIFO( )...2 1.1.4...2 1.1.5 16 16...3 1.1.6...3 1.1.7 ID...3 1.2...3 2.1...3 2.2...4 2.2.1...4 2.2.2...6 2.3... 11 2.3.1... 11 2.3.2...12 2.3.3...13

More information

untitled

untitled CPX CPX-FB14 CANopen 8041142 zh 1411d ... de... zh 1411d... P.BE-CPX-FB14-ZH... 8041142 (Festo AG & Co. KG,:73726 Esslingen,,2013) : http://www.festo.com : service_international@festo.com,, Festo P.BE-CPX-FB14-ZH

More information

(Guangzhou) AIT Co, Ltd V 110V [ ]! 2

(Guangzhou) AIT Co, Ltd V 110V [ ]! 2 (Guangzhou) AIT Co, Ltd 020-84106666 020-84106688 http://wwwlenxcn Xi III Zebra XI III 1 (Guangzhou) AIT Co, Ltd 020-84106666 020-84106688 http://wwwlenxcn 230V 110V [ ]! 2 (Guangzhou) AIT Co, Ltd 020-84106666

More information

untitled

untitled EDM12864-GR 1 24 1. ----------------------------------------------------3 2. ----------------------------------------------------3 3. ----------------------------------------------------3 4. -------------------------------------------------------6

More information

a b c d e f g C2 C1 2

a b c d e f g C2 C1 2 a b c d e f g C2 C1 2 IN1 IN2 0 2 to 1 Mux 1 IN1 IN2 0 2 to 1 Mux 1 Sel= 0 M0 High C2 C1 Sel= 1 M0 Low C2 C1 1 to 2 decoder M1 Low 1 to 2 decoder M1 High 3 BCD 1Hz clk 64Hz BCD 4 4 0 1 2 to 1 Mux sel 4

More information

AN INTRODUCTION TO PHYSICAL COMPUTING USING ARDUINO, GRASSHOPPER, AND FIREFLY (CHINESE EDITION ) INTERACTIVE PROTOTYPING

AN INTRODUCTION TO PHYSICAL COMPUTING USING ARDUINO, GRASSHOPPER, AND FIREFLY (CHINESE EDITION ) INTERACTIVE PROTOTYPING AN INTRODUCTION TO PHYSICAL COMPUTING USING ARDUINO, GRASSHOPPER, AND FIREFLY (CHINESE EDITION ) INTERACTIVE PROTOTYPING 前言 - Andrew Payne 目录 1 2 Firefly Basics 3 COMPONENT TOOLBOX 目录 4 RESOURCES 致谢

More information

W77E58中文手册

W77E58中文手册 W77E58 77E58 8051 8051 8051 77E58 8051 1.5 3 COMS 32K EEPROM 1K SRAM 1 8 2 40M 4 3 8051 4 8051 5 4 8 I/O 6 4 I/O 44 PLCC QFP 7 16 / 8 12 9 10 11 1K 12 13 16 DPTR 14 15 DIP40 W77E58 25/40 PLCC44 W77E58P

More information

C PICC C++ C++ C C #include<pic.h> C static volatile unsigned char 0x01; static volatile unsigned char 0x02; static volatile unsigned cha

C PICC C++ C++ C C #include<pic.h> C static volatile unsigned char 0x01; static volatile unsigned char 0x02; static volatile unsigned cha CYPOK CYPOK 1 UltraEdit Project-->Install Language Tool: Language Suite----->hi-tech picc Tool Name ---->PICC Compiler Executable ---->c:hi-picinpicc.exe ( Command-line Project-->New Project-->File Name--->myc

More information

audiogram3 Owners Manual

audiogram3 Owners Manual USB AUDIO INTERFACE ZH 2 AUDIOGRAM 3 ( ) * Yamaha USB Yamaha USB ( ) ( ) USB Yamaha (5)-10 1/2 AUDIOGRAM 3 3 MIC / INST (XLR ) (IEC60268 ): 1 2 (+) 3 (-) 2 1 3 Yamaha USB Yamaha Yamaha Steinberg Media

More information

Bus Hound 5

Bus Hound 5 Bus Hound 5.0 ( 1.0) 21IC 2007 7 BusHound perisoft PC hound Bus Hound 6.0 5.0 5.0 Bus Hound, IDE SCSI USB 1394 DVD Windows9X,WindowsMe,NT4.0,2000,2003,XP XP IRP Html ZIP SCSI sense USB Bus Hound 1 Bus

More information

50-FB23-24_BES_V_ z1_ b

50-FB23-24_BES_V_ z1_ b CPX CPX-FB23, CPX-FB23-24 CC-Link 1411b [8042126] CPX-FB23, CPX-FB23-24 P.BE-CPX-FB23-24-ZH CC-Link Mitsubishi TORX : : : 1. 2 Festo P.BE-CPX-FB23-24-ZH 1411b CPX-FB23, CPX-FB23-24 CPX-FB23, CPX-FB23-24

More information

untitled

untitled (100V 120V 220V 230V) i ii ! (Return Lead) iii iv 1....... 1 1-1.... 1 1-2.... 2 2..... 4 3..... 3-1.... 3-2.... 3-3....... 4..... 9 5......... 5-1.LCD..... 5-2.... 5-3.... 5-4.... 6..... 6-1.... 6-2....

More information

C语言的应用.PDF

C语言的应用.PDF AVR C 9 1 AVR C IAR C, *.HEX, C,,! C, > 9.1 AVR C MCU,, AVR?! IAR AVR / IAR 32 ALU 1KBytes - 8MBytes (SPM ) 16 MBytes C C *var1, *var2; *var1++ = *--var2; AVR C 9 2 LD R16,-X ST Z+,R16 Auto (local

More information

Simulator By SunLingxi 2003

Simulator By SunLingxi 2003 Simulator By SunLingxi sunlingxi@sina.com 2003 windows 2000 Tornado ping ping 1. Tornado Full Simulator...3 2....3 3. ping...6 4. Tornado Simulator BSP...6 5. VxWorks simpc...7 6. simulator...7 7. simulator

More information

Microsoft Word - 实用案例.doc

Microsoft Word - 实用案例.doc 计 算 机 系 统 应 用 2009 年 第 12 期 嵌 入 式 Linux 下 温 湿 度 传 感 器 的 设 计 与 实 现 1 Design and Implementation of Temperature and Humidity Sensor Based on Embedded Linux 陈 博 刘 锦 高 ( 华 东 师 范 大 学 电 子 科 学 技 术 系 上 海 200241)

More information

SA-DK2-U3Rユーザーズマニュアル

SA-DK2-U3Rユーザーズマニュアル USB3.0 SA-DK2-U3R 2007.0 2 3 4 5 6 7 8 System Info. Manual Rebuild Delete RAID RAID Alarm Rebuild Rate Auto compare Temp Management Load Default Elapse time Event Log 0 2 3 4 2 3 4 ESC 5

More information

ARM Cortex-M3 (STM32F) STMicroelectronics ( ST) STM32F103 Core: ARM 32-bit Cortex -M3 CPU 72 MHz, 90 DMIPS with 1.25 DMIPS/MHz Single-cycle multiplica

ARM Cortex-M3 (STM32F) STMicroelectronics ( ST) STM32F103 Core: ARM 32-bit Cortex -M3 CPU 72 MHz, 90 DMIPS with 1.25 DMIPS/MHz Single-cycle multiplica CP Chip Power ARM Cortex-M3 (STM32F) ARM Cortex-M3 (STM32F) STMicroelectronics ( ST) STM32F103 Core: ARM 32-bit Cortex -M3 CPU 72 MHz, 90 DMIPS with 1.25 DMIPS/MHz Single-cycle multiplication and hardware

More information

TX-NR3030_BAS_Cs_ indd

TX-NR3030_BAS_Cs_ indd TX-NR3030 http://www.onkyo.com/manual/txnr3030/adv/cs.html Cs 1 2 3 Speaker Cable 2 HDMI OUT HDMI IN HDMI OUT HDMI OUT HDMI OUT HDMI OUT 1 DIGITAL OPTICAL OUT AUDIO OUT TV 3 1 5 4 6 1 2 3 3 2 2 4 3 2 5

More information

P4V88+_BIOS_CN.p65

P4V88+_BIOS_CN.p65 1 Main H/W Monitor Boot Security Exit System Overview System Time System Date [ 17:00:09] [Wed 12/22/2004] BIOS Version : P4V88+ BIOS P1.00 Processor Type : Intel (R) Pentium (R) 4 CPU 2.40 GHz Processor

More information

SPHE8202R Design Guide Important Notice SUNPLUS TECHNOLOGY CO. reserves the right to change this documentation without prior notice. Information provi

SPHE8202R Design Guide Important Notice SUNPLUS TECHNOLOGY CO. reserves the right to change this documentation without prior notice. Information provi SPHE8202R Design Guide V2.0 JUN, 2007 19, Innovation First Road Science Park Hsin-Chu Taiwan 300 R.O.C. Tel: 886-3-578-6005 Fax: 886-3-578-4418 Web: www.sunplus.com SPHE8202R Design Guide Important Notice

More information

Important Notice SUNPLUS TECHNOLOGY CO. reserves the right to change this documentation without prior notice. Information provided by SUNPLUS TECHNOLO

Important Notice SUNPLUS TECHNOLOGY CO. reserves the right to change this documentation without prior notice. Information provided by SUNPLUS TECHNOLO Car DVD New GUI IR Flow User Manual V0.1 Jan 25, 2008 19, Innovation First Road Science Park Hsin-Chu Taiwan 300 R.O.C. Tel: 886-3-578-6005 Fax: 886-3-578-4418 Web: www.sunplus.com Important Notice SUNPLUS

More information

行业

行业 PCI-1713 1.1...2 1.1.1...2 1.1.2...2 1.1.3...2 1.1.4...2 1.2...2 1.3...3 1.4...3 2.1...4 2.2...4 2.2.1...4 2.2.2...6 2.3... 11 2.3.1... 11 3.1...13 3.1.1...13 3.1.2...14 3.2...15 4.1 4.2...16 4.2.1 ADSOFT/ADTRIG...16

More information

9 什 么 是 竞 争 与 冒 险 现 象? 怎 样 判 断? 如 何 消 除?( 汉 王 笔 试 ) 在 组 合 逻 辑 中, 由 于 门 的 输 入 信 号 通 路 中 经 过 了 不 同 的 延 时, 导 致 到 达 该 门 的 时 间 不 一 致 叫 竞 争 产 生 毛 刺 叫 冒 险 如

9 什 么 是 竞 争 与 冒 险 现 象? 怎 样 判 断? 如 何 消 除?( 汉 王 笔 试 ) 在 组 合 逻 辑 中, 由 于 门 的 输 入 信 号 通 路 中 经 过 了 不 同 的 延 时, 导 致 到 达 该 门 的 时 间 不 一 致 叫 竞 争 产 生 毛 刺 叫 冒 险 如 FPGA 工 程 师 面 试 试 题 一 1 同 步 电 路 和 异 步 电 路 的 区 别 是 什 么?( 仕 兰 微 电 子 ) 2 什 么 是 同 步 逻 辑 和 异 步 逻 辑?( 汉 王 笔 试 ) 同 步 逻 辑 是 时 钟 之 间 有 固 定 的 因 果 关 系 异 步 逻 辑 是 各 时 钟 之 间 没 有 固 定 的 因 果 关 系 3 什 么 是 " 线 与 " 逻 辑, 要 实

More information

学习MSP430单片机推荐参考书

学习MSP430单片机推荐参考书 MSP430 16 MSP430 C MSP430 C MSP430 FLASH 16 1 CPU 16 ALU 16 PC SP SR R4~R15 2 3 00-FFH 100-1FFH 4 5 1 2 51 24 27 6 1 2 3 4 5 6 4 12 SR SP SR CPU SR CPU C Z N GIE CPUOff CPU OscOff SCG0 SCG1 CPU EXIT SP

More information

untitled

untitled I G B T S310 220V 0.4~1.5KW (0.88~2.9KVA) : : 65-C : 0510-85227555() : 0510-85227556 http://www.taian-technology.com VER:06 2011.7 S310 0.1 0.2 1.1 1.1.1 1.1.2 1.1.3 1.1.4 1.1.5 3.1 3.2 3.3 3.3.1 3.3.2

More information

C6_ppt.PDF

C6_ppt.PDF C01-202 1 2 - (Masquerade) (Replay) (Message Modification) (Denial of Service) - ( ) (Eavesdropping) (Traffic Analysis) 8 1 2 7 3 6 5 4 3 - TCP SYN (SYN flood) Smurf Ping of Death LAND Attack Teardrop

More information

数据采集编程指南 下篇 ni.com/china/daq

数据采集编程指南 下篇                                                                                    ni.com/china/daq 数 据 采 集 编 程 指 南 下 篇 目 录 数 据 存 储 与 文 件 I/O 1-8 同 步 ( 上 ) 9-13 同 步 ( 下 ) 14-21 特 别 篇 : 模 块 化 仪 器 22-26 数 据 存 储 与 文 件 I/O 简 介 本 期 内 容 将 介 绍 如 何 使 用 NI 数 据 采 集 板 卡 来 实 现 数 据 的 存 储 和 文 件 I/O 操 作 在 一 个 典 型 的

More information

7688使用手冊V10.doc

7688使用手冊V10.doc TP-7688 . 2 2. 3 3. 5 4. 5 5. 6 6. 7 7. 8 8. 9 9.. 4. 7 2 2., 7x9 / 6x9 7x9.3() x 3.()mm 6x9 2.84() x 3.()mm 3 ASCII 7x9 95 ASCII 6x9 95 6x9 7 BIG5 6x9 3973 6x9 28 7x9 24 24 55 6x9 2 2 27 4.23mm (/6 inch)

More information

STM32 for sensorless vector control

STM32 for sensorless vector control STM32 PMSM FOC Shanghai, March,2008 Agenda STM32 FOC Clark Parke Circle limitation Mar 08 1 Agenda / Hall PMSM PLL MC_State_observer_param.h Mar 08 2 Agenda MC_Control_param.h / PI Mar 08 3 Plan STM32

More information

1 CPU

1 CPU 2000 Tel 82316285 82317634 Mail liuxd@buaa.edu.cn 1 CPU 2 CPU 7 72 A B 85 15 3 1/2 M301 2~17 : 3/4 1/2 323 IBM PC 1. 2. 3. 1. 2. 3. 1.1 Hardware Software 1.2 M3 M2 M1 1.2 M3 M1 M2 M2 M1 M1 M1 1.2 M3 M1

More information

FM1935X智能非接触读写器芯片

FM1935X智能非接触读写器芯片 FM33A0xx MCU 2017. 05 2.0 1 (http://www.fmsh.com/) 2.0 2 ... 3 1... 4 1.1... 4 1.2... 4 1.3... 5 1.3.1... 5 1.3.2... 5 1.4... 8 1.4.1 LQFP100... 8 1.4.2 LQFP80... 9 1.4.3... 9 2... 15 2.1 LQFP100... 15

More information

SDP 1 2 3 4 8 9 10 12 19

SDP 1 2 3 4 8 9 10 12 19 SDP SDP 1 2 3 4 8 9 10 12 19 SDP 2 SDP CANBUS 3m/s 48 1 2 N 3 4 5 6 7 8 9 EMC EMC ENS008212 EN618003 10 IP21 SDP 3 1 1 4 2 5 3 P24 103 104 N24 G24 P24 101 102 N24 G24 J2 J3 n P2 P1 P3 J2 J1 J3 1 P2 P1

More information

Microsoft Word - 專題封面.doc

Microsoft Word - 專題封面.doc 逢 甲 大 學 資 訊 工 程 學 系 專 題 研 究 報 告 8051 小 遊 戲 -21 點 指 導 教 授 : 陳 德 生 學 生 : 許 博 益 中 華 民 國 九 十 六 年 六 月 I 目 錄 第 一 章 緒 論 1 1-1 研 究 背 景 1 1-2 研 究 動 機 2 1-3 研 究 目 的 3 1-3-1 21 點 源 起 3 1-3-2 21 點 規 則 3 第 二 章 微 電

More information

Microsoft PowerPoint - ds-1.ppt [兼容模式]

Microsoft PowerPoint - ds-1.ppt [兼容模式] http://jwc..edu.cn/jxgl/ HomePage/Default.asp 2 说 明 总 学 时 : 72( 学 时 )= 56( 课 时 )+ 16( 实 验 ) 行 课 时 间 : 第 1 ~14 周 周 学 时 : 平 均 每 周 4 学 时 上 机 安 排 待 定 考 试 时 间 : 课 程 束 第 8 11 12 章 的 内 容 为 自 学 内 容 ; 目 录 中 标 有

More information

an153f

an153f 153 2016 1 Linduino Michael Jones (PSM) LTpowerPlay (BMC) PSM PSM PMBus PMBus SMBus SMBus I2C PSM BMC Linduino (API) PSM Linduino PSM BMC BMC Robust PMBus System Software for the LTC3880) I 2 C / SMBus

More information

EK-STM32F

EK-STM32F STMEVKIT-STM32F10xx8 软 件 开 发 入 门 指 南 目 录 1 EWARM 安 装... 1 1.1 第 一 步 : 在 线 注 册... 1 1.2 第 二 步 : 下 载 软 件... 2 1.3 第 三 步 : 安 装 EWARM... 3 2 基 于 STMEVKIT-STM32F10xx8 的 示 例 代 码 运 行... 6 2.1 GPIO Demo... 6 2.2

More information

安全防范

安全防范 8989 Be Right TM Sigma 900 5/03 2003 ...1...4...8 1.1...8 1.2...9 1.2.1...9 1.2.2...12 1.3...12 1.4...12 1.4.1...12 1.4.2...13 1.4.3...14 1.5...15 1.6...16 1.7...16 1.7.1...17 1.7.2...17 1.7.3...18 1.7.4

More information

MCU DSP MSO MCU DSP MSO MSO MSO MCU/DSP I/O MSO 16 Microchip IC18 turn-on MSO chirp MCU I/O I 2 C

MCU DSP MSO MCU DSP MSO MSO MSO MCU/DSP I/O MSO 16 Microchip IC18 turn-on MSO chirp MCU I/O I 2 C MSO MCU DSP MSO MCU DSP MSO MSO MSO MCU/DSP I/O MSO 16 Microchip IC18 turn-on MSO chirp MCU I/O I 2 C 03 Keysight MSO MSO MSO DSO holdoff infinite-persistence / de-skew MSO 1 MSO MSO MSO MSO MCU DSP 1

More information

Cube20S small, speedy, safe Eextremely modular Up to 64 modules per bus node Quick reaction time: up to 20 µs Cube20S A new Member of the Cube Family

Cube20S small, speedy, safe Eextremely modular Up to 64 modules per bus node Quick reaction time: up to 20 µs Cube20S A new Member of the Cube Family small, speedy, safe Eextremely modular Up to 64 modules per bus de Quick reaction time: up to 20 µs A new Member of the Cube Family Murrelektronik s modular I/O system expands the field-tested Cube family

More information

ARM JTAG实时仿真器安装使用指南

ARM JTAG实时仿真器安装使用指南 ARM JTAG Version 1.31 2003. 11. 12 ARM JTAG ARM JTAG.3 ARM 2.1.4 2.2.4 ARM JTAG 3.1 18 3.2 18 3.2.1 Multi-ICE Server.18 3.2.2 ADS..21 ARM JTAG 4.1 Multi-ICE Server 33 4.1.1 Multi-ICE Server..... 33 4.1.2

More information

untitled

untitled USING THE DESIGN ASSISTANT PanDeng 2004 05 Quartus help/search Design Assistant TMG6480 Design Assistant warning 1. Combinational logic used as clock signal should be implemented according to Altera standard

More information

Lab 4

Lab 4 EE4650 通訊實驗 Lab 4 PSK, FSK, and ASK Digital Modulations 1 Lab 4:PSK, FSK, ASK Digital Modulations Baseband Tx RF Frontend M- Seq 0101 Error Correction coding 010110 Digital Modulation D/A BPF PA cos(2πf

More information

PIC16F F MPLAB 08 16F LED 15 LED

PIC16F F MPLAB 08 16F LED 15 LED PIC16F877 PIC16F877 03 16F877 05 06 MPLAB 08 16F877 13 LED 15 LED 17 20 24 2 PIC16F877 PIC16F877 DIP VDD VSS CLOCK CPU :,AND,OR,XOR ROM: CPU ROM RAM: CPU,CPU I/O:CPU, CPU,, 16F877 RAM 512 128 Bank Bank

More information

INCF SEC1,F ; 將 SEC1+1 作查表取回對應數字 MOVF SEC1,W banksel STRING1 banksel PORTB RETFIE run_sec2: MOVF SEC2,W SUBLW.5 GOTO run_min ; 將秒個位數歸 0 CLRF SEC1 MOVL

INCF SEC1,F ; 將 SEC1+1 作查表取回對應數字 MOVF SEC1,W banksel STRING1 banksel PORTB RETFIE run_sec2: MOVF SEC2,W SUBLW.5 GOTO run_min ; 將秒個位數歸 0 CLRF SEC1 MOVL ;************************************************ ; Null Clock REV:1.0 by Jed ; www.xuan.idv.tw ;************************************************ INCLUDE P16F84A.INC LIST P=16F84A,R=Dec CONFIG _XT_OSC&_WDT_OFF

More information

/ / / , DOCNO: SG J REV11-2 -

/ / / , DOCNO: SG J REV11-2 - SG240128-01J LCD Version11 LED VDD SG240128SYD-01JSYE STN 80 50V 50V SG240128FPD-01JSWE FSTN 80 50V 50V SG240128SBD-01JSWE STN 80 50V 50V SG240128-01J 1 33V 2 LCM LCD 3 LED 4 1 LCD 2 3 : 010-80750102 /03

More information

Embargoed until May 4, 2004 EXPRESS 40 NI HQ 3000 1000 5000 ~ 500 10% / 500 85% NI LabVIEW 7 Express Express EXPRESS : #1 GPS Navigation PC/WWW/Email CD+RW Mobile Phone PDA DVD+RW Satellite Car Alarm/Radio

More information

P4VM800_BIOS_CN.p65

P4VM800_BIOS_CN.p65 1 Main H/W Monitor Boot Security Exit System Overview System Time System Date [ 17:00:09] [Fri 02/25/2005] BIOS Version : P4VM800 BIOS P1.00 Processor Type : Intel (R) Pentium (R) 4 CPU 2.40 GHz Processor

More information

Microsoft PowerPoint - os_4.ppt

Microsoft PowerPoint - os_4.ppt 行 程 資 科 系 林 偉 川 行 程 概 念 行 程 與 程 式 主 要 的 不 同 點 : 程 式 是 被 放 在 外 部 的 儲 存 裝 置 如 磁 碟 上, 而 行 程 則 被 放 在 記 憶 體 中 程 式 在 儲 存 裝 置 中 是 靜 態 的, 而 行 程 在 記 憶 體 中 是 動 態 的, 它 會 隨 著 一 些 事 件 的 發 生 而 產 生 相 對 的 改 變 行 程, 就 是

More information

f2.eps

f2.eps 前 言, 目 录 产 品 概 况 1 SICAM PAS SICAM 电 力 自 动 化 系 统 配 置 和 使 用 说 明 配 置 2 操 作 3 实 时 数 据 4 人 机 界 面 5 SINAUT LSA 转 换 器 6 状 态 与 控 制 信 息 A 版 本 号 : 08.03.05 附 录, 索 引 安 全 标 识 由 于 对 设 备 的 特 殊 操 作 往 往 需 要 一 些 特 殊 的

More information

3.1 num = 3 ch = 'C' 2

3.1 num = 3 ch = 'C' 2 Java 1 3.1 num = 3 ch = 'C' 2 final 3.1 final : final final double PI=3.1415926; 3 3.2 4 int 3.2 (long int) (int) (short int) (byte) short sum; // sum 5 3.2 Java int long num=32967359818l; C:\java\app3_2.java:6:

More information

V 2.1.0 2

V 2.1.0 2 1 V 2.1.0 2 目 录 目 录...2 如 何 与 我 们 联 系... 4 开 箱 检 查...5 注 意 事 项...6 保 修...7 第 一 章 概 述...8 一 概 述... 8 二 主 要 功 能... 8 三 技 术 指 标...10 四 环 境 要 求...12 第 二 章 面 板 说 明... 13 一 LCD 屏 说 明...13 二 按 键 说 明...15 第 三

More information

USB解决方案.ppt

USB解决方案.ppt USB USB? RS232 USB USB HID U modem ADSL cable modem IrDA Silabs USB CP210x USB UART USB RS-232 USB MCU 15 USB 12 FLASH MCU 3 USB MCU USB MCU C8051F32x 10 ADC 1.5%, Vref CPU 25MIPS 8051 16KB Flash -AMUX

More information

FILTRON 1. DC AC AC 220V 50HZ 2. 1 1 1 3. / / / / 4. 1) 2 3 4 5 6 5. 6. 7. 8. 9. / 10. 1. 2. 3. 4. 5. 6. 7. DC AC FILTRON DC AC FILTRON DC 12V 12VDC D

FILTRON 1. DC AC AC 220V 50HZ 2. 1 1 1 3. / / / / 4. 1) 2 3 4 5 6 5. 6. 7. 8. 9. / 10. 1. 2. 3. 4. 5. 6. 7. DC AC FILTRON DC AC FILTRON DC 12V 12VDC D 2006 4 27 1 JY FILTRON 1. DC AC AC 220V 50HZ 2. 1 1 1 3. / / / / 4. 1) 2 3 4 5 6 5. 6. 7. 8. 9. / 10. 1. 2. 3. 4. 5. 6. 7. DC AC FILTRON DC AC FILTRON DC 12V 12VDC DC FILTRON AC 24VAC 24VAC AC 24VAC AC

More information

穨2700使用手冊.doc

穨2700使用手冊.doc Keithley 2700 13 CH Avg Ratio continuity Offset Compensation Ohms 80 (differential) 6 (22 ) (Half-rack size) 1000V/3A isolation/input 50000 EEE-488 RS-232 Digital I/O Trigger Link ActiveX Start-up software

More information