RESET OSCO OSCI OSC CPU WDTEN RC RESET PRESCALER PORTA (4-BITS) WATCHDOG TIMER Power on PORTB (4-BITS) PORTA [0:3] PORTB [0:3] LPD PORTC (4-BITS) LPDO
|
|
|
- 盲消八 封
- 5 years ago
- Views:
Transcription
1 4K / I/O 4 SH6610C 4 OTPROM 4K X 16 SH69P25 MASK ROM 4K X 16 SH69K25 RAM 192 X V - 5.5V 5.0V 22 I/O 4 8 / PORTA-PORTF / - Timer0 - PORTB & PORTC / kHz 4MHz - 400kHz 4MHz - RC 400kHz 4MHz - 30kHz 4MHz - 4/f osc HALT STOP - WDT - POR - LVR ( ) OTP / SH69P25 MASK SH69K25-28 脚 SKINNY / SOP - Chip Form SH69P25/69K25 CMOS 4 SH6610C CPU RAM ROM I/O SH69P25/69K25 PORTE.2 PORTE.3 PORTF.1 PORTA.2 PORTA.3 T0 RESET GND PORTB.0 PORTB.1 PORTB.2 PORTB.3 PORTD.0 PORTD SH69P25 /SH69K25 /28Pin PORTE.1 PORTE.0 PORTF.0 PORTA.1 PORTA.0 OSCI OSCO VDD PORTC.3 PORTC.2 PORTC.1 PORTC.0 PORTD.3 PORTD.2 1 V2.4
2 RESET OSCO OSCI OSC CPU WDTEN RC RESET PRESCALER PORTA (4-BITS) WATCHDOG TIMER Power on PORTB (4-BITS) PORTA [0:3] PORTB [0:3] LPD PORTC (4-BITS) LPDON CTL REG. PORTC [0:3] T0 8-BITS TIMER (Up counter) OTPROM 4096 X 16 BITS PORTD (4-BITS) PORTD [0:3] PORTE (4-BITS) TIMER INTERRUPT DATA RAM 160 X 4 BITS PORTE [0:3] PORTF (2-BITS) PORTF [0:1] 2
3 SH69P25/K25 脚 质 28 2,1,28,27 PORTE.3~0 I/O I/O 3,26 PORTF.1~0 I/O I/O 5,4,25,24 PORTA.3~0 I/O I/O 6 T0 I / 7 RESET I 8 GND P 12-9 PORTB.3~0 I/O I PORTD.3~0 I/O I/O PORTC.3~0 I/O I 21 VDD P I/O I/O 22 OSCO O RC 23 OSCI I I O P Z OTP (OTP ) 21 V DD P V DD 编 电 (+5.5V) 7 VPP P RESET 编 压电 (+11V) 8 GND P GND 电 23 SCK I OSCI 24 SDA I/O PORTA.0 I O P Z *: OTP SH69P25, SH69K25 OTP 3
4 1. CPU CPU PC 1.4 TBR ALU CY TJMP RTNW INX DPH DPM DPL 1.1 PC TBR AC ROM 8 ROM 12 TJMP ROM PC11 - PC8 X PC11 PC10 PC9 PC8 PC7 TBR AC RTNW TBR PC6 PC5 PC4 PC3 PC2 PC1 PC0 AC 7 4 TBR 3 0 AC 2K ROM JMP 1.5 4K ROM DPH 3 DPM 3 DPL ALU CY 3FFH INX DPH DPM ALU ALU DPL / ADC SBC ADD SUB ADI SBI 1.6 / DAA DAS AND EOR OR ANDIM EORIM ORIM CY PC 11-0 CY 13 BA0 BA1 BA2 BA3 BAZ BNZ BC BNC X 4 RTNI/RTNW SHR PC CY ALU / RTNI RTNW 1.3 AC 4 4 ALU 4
5 2. RAM RAM RAM CPU STOP HALT 2.1 RAM $000 - $01F $020 - $0BF / $00 - IET0 - IEP / $01 - IRQT0 - IRQP / $02 - TM0.2 TM0.1 TM0.0 / 0 $ $04 TL0.3 TL0.2 TL0.1 TL0.0 / 0 / $05 TH0.3 TH0.2 TH0.1 TH0.0 / 0 / $06 - $ $08 PA.3 PA.2 PA.1 PA.0 / PORTA $09 PB.3 PB.2 PB.1 PB.0 / PORTB $0A PC.3 PC.2 PC.1 PC.0 / PORTC $0B PD.3 PD.2 PD.1 PD.0 / PORTD $0C PE.3 PE.2 PE.1 PE.0 / PORTE $0D - - PF.1 PF.0 / PORTF $0E TBR.3 TBR.2 TBR.1 TBR.0 / $0F INX.3 INX.2 INX.1 INX.0 / $10 DPL.3 DPL.2 DPL.1 DPL.0 / 4 $11 - DPM.2 DPM.1 DPM.0 / 3 $12 - DPH.2 DPH.1 DPH.0 / 3 $13 - $ PBC / $15 PULLEN PH/PL PBCFR - / 2 PORT / 3 PORT / $16 PACR.3 PACR.2 PACR.1 PACR.0 / PORTA / $17 PBCR.3 PBCR.2 PBCR.1 PBCR.0 / PORTB / $18 PCCR.3 PCCR.2 PCCR.1 PCCR.0 / PORTC / $19 PDCR.3 PDCR.2 PDCR.1 PDCR.0 / PORTD / $1A PECR.3 PECR.2 PECR.1 PECR.0 / PORTE / $1B - - PF CR.1 PFCR.0 / PORTF / $1C - - T0S T0E / 0 T0 1 T0 $1D $1E WDT $1F
6 3.ROM ROM 4096 X 16 $000 $FFF 3.1 $000 $004 $000 $004 $000 JMP* RESET $001 NOP $002 JMP* Timer0 $003 NOP $004 JMP* *JMP 6
7 /Reset / WDT $00 - IET0 - IEP $01 - IRQT0 - IRQP $02 - TM0.2 TM0.1 TM $ $04 TL0.3 TL0.2 TL0.1 TL $05 TH0.3 TH0.2 TH0.1 TH $06 - $ $08 PA.3 PA.2 PA.1 PA $09 PB.3 PB.2 PB.1 PB $0A PC.3 PC.2 PC.1 PC $0B PD.3 PD.2 PD.1 PD $0C PE.3 PE.2 PE.1 PE $0D - - PF.1 PF $0E TBR.3 TBR.2 TBR.1 TBR.0 xxxx uuuu $0F INX.3 INX.2 INX.1 INX.0 xxxx uuuu $10 DPL.3 DPL.2 DPL.1 DPL.0 xxxx uuuu $11 - DPM.2 DPM.1 DPM.0 -xxx -uuu $12 - DPH.2 DPH.1 DPH.0 -xxx -uuu $13 - $ $15 PULLEN PH/PL PBCFR $16 PACR.3 PACR.2 PACR.1 PACR $17 PBCR.3 PBCR.2 PBCR.1 PBCR $18 PCCR.3 PCCR.2 PCCR.1 PCCR $19 PDCR.3 PDCR.2 PDCR.1 PDCR $1A PECR.3 PECR.2 PECR.1 PECR $1B - - PFCR.1 PFCR $1C - - T0S T0E $1D $1E WDT $1F x = ;u = ;- = '0' 7
8 4.2. PC $000 CY AC 8
9 5. CPU fsys= f OSC /4 5.1 (1) kHz 4/32.768kHz 122.1µs (2) 4MHz 4/4MHz = 1µs 5.2. (1) kHz 400kHz ~ 4MHz. OSCI C1 Crystal OSCO C2 (2) 400kHz ~ 4MHz. OSCI C1 Ceramic OSCO C2 (3)RC 400kHz - 4MHz. OSCI ROSC VDD 1000pF (for reference only) (4) 30kHz - 4MHz. OSCI External clock source 9
10 C1 C2 SH69P25/K25 455kHz 47~100pF 47~100pF ZT 455E 3.58MHz - - ZT 3.58M* 4MHz - - ZT 4M* *- C1 C kHz 5~12.5pF 5~12.5pF DT 38 ( 3x8) KDS 4MHz 8~15pF 8~15pF 49S-4.000M-F16E 8MHz 8~15pF 8~15pF 49S-8.000M-F16E : 1.! 2., 3. / 10
11 6. I/O SH69P25/69K25 22 I/O $08~$0D $16~$1B I/O /, $15 PULLEN PH/PL / I/O / $08 PA.3 PA.2 PA.1 PA.0 / PORTA $09 PB.3 PB.2 PB.1 PB.0 / PORTB $0A PC.3 PC.2 PC.1 PC.0 / PORTC $0B PD.3 PD.2 PD.1 PD.0 / PORTD $0C PE.3 PE.2 PE.1 PE.0 / PORTE $0D - - PF.1 PF.0 / PORTF $16 PACR.3 PACR.2 PACR.1 PACR.0 / PORTA / $17 PBCR.3 PBCR.2 PBCR.1 PBCR.0 / PORTB / $18 PCCR.3 PCCR.2 PCCR.1 PCCR.0 / PORTC / $19 PDCR.3 PDCR.2 PDCR.1 PDCR.0 / PORTD / $1A PECR.3 PECR.2 PECR.1 PECR.0 / PORTE / $1B - - PFCR.1 PFCR.0 / PORTF / PA (/B/C/D/E) CR.n, (n = 0, 1, 2, 3)/PFCR.n, (n=0 1) 0: 1: I/O VDD PULLEN PH/PL VDD Weak Pull high I/O Control Register DATA Regiser I/O Pad GND Weak Pull Low DATA READ DATA IN READ GND 11
12 $ / $15 PULLEN PH/PL PBCFR - / 1 PBC / 2 / 3 / 许 1 X X X / / 0 X X X / / X 1 X X / X 0 X X / X X 1 X / PBC X X 0 X / PBC 开 电 户须设 PULLEN 为 1 PH/PL 为 1 数 写 1 开 电 户须设 PULLEN 为 1 PH/PL 为 0 数 写 0 PORTB PORTC PORTB PORTC 仅 参 IEP PORTB.n PORTC.n PBCR.n PCCR.n Rising / Falling Edge Detector Port Interrupt PBCFR IRQP Note: n=0, 1, 2, 3 PBC INT GND VDD PULLEN 1 PH/PL 0 3. PBCFR 1 VDD GND PULLEN 1 PH/PL 1 3. PBCFR 0 VDD 12
13 7. 8 Timer Timer System clock T0 4 Timer $FF $00 Timer 4 Timer $FF $00 - tosc SYNC - MUX 8-BIT EOR Prescaler COUNTER T0E T0S TM.2 TM.1 TM.0 Timer - - Load Reg. L Load Reg. H 7.1 Timer0 8-bit timer counter Timer0 8 TL0L TL0H 8 TC0L TC0H Latch Reg. L TL0L TL0H Timer 7.2. Timer Timer TM0 Timer Timer TMx.2-0 $1C Timer0 $02 TM0.2 TM0.1 TM /2 11 /T /2 9 /T /2 7 /T /2 5 统时钟 /T /2 3 /T /2 2 统时钟 /T /2 1 /T /2 0 统时钟 /T / $1C - - T0S T0E / 0 : T0 1 : T0 X X X 0 / T0 X X X 1 / T0 X X 0 X / Timer0 X X 1 X / Timer0 T0 13
14 7.3 / T0 Timer0 SH69P25/K25 / T0 Timer0 CPU Timer 2 tosc 2 tosc T0H T0 2 * tosc + T T0L T0 2 * tosc + T T = 20ns TM0 N * T0 T0 high time = T0 low time = 2 T0 = Timer0 N = N *T0 2* tosc + T 4* tosc + 2* T T0 2 N T0 Timer T0 4* tosc + 2* T T0 = Timer0 period N 14
15 8. SH69P25/69K25 Timer0 PORTB PORTC / 8.1. $00 $01 0 : / $00 - IET0 - IEP / $01 - IRQT0 - IRQP / IEx 1 IRQx 1 PC CY IEx 0 IRQx =1 IEx 1 Inst.cycle Instruction Execution N Instruction Execution I1 Instruction Execution I2 Interrupt Generated Interrupt Accepted Vector Generated Stacking Fetch Vector address Reset IE.X Start at vector address CPU IE N I1 I2 Timer0 / T0 $FF $00 IRQT0=1 IET0=1 HALT CPU / 断 PBCFR 0 I/O IRQP = 1 VDD PBCFR 1 I/O IRQP = 1 GND CPU HALT STOP 15
16 9. LVR LVR LVR LVR - VDD VLVR - VDD > VLVR VDD VLVR LVR ( ) 10. 门 时 WDT RC STOP WDT CPU WDT $1E 3 1 $1E / $1E WDT WDT 1 WDT 7ms 1:2048 TM0 $ ) WDT TM0.2 TM0.1 TM ms ms ms ms ms ms ,584ms ,336ms Built-in RC OSC 0.875ms (min) Internal SCALER_1 /8 WDT Timer out Period 7ms (min) TM0 PRESCALER /1 /2 /4 /8 /32 /128 /512 /2048 Final WDT Timer out Period 16
17 11. HALT TOP HALT CPU 1 HALT HALT CPU Timer DAC, AGC, ADC, STOP CPU 2 STOP HALT CPU STOP CPU CPU HALT/STOP. HALT/STOP 12. a 000 = ( ) 100 = RC 110 = / 400k - 4M 111 = (32.768kHz) b 0 = 32k - 2M( ) 1 = 2M - 4M c / 0 = 1 = d LVR / 0 = 1 = e LVR 0 = 4V( ) 1 = 2.5V 17
18 ADC X, B bbb xxx xxxx AC Mx + AC + CY CY ADCM X, B bbb xxx xxxx AC, Mx Mx + AC + CY CY ADD X, B bbb xxx xxxx AC Mx + AC CY ADDM X, B bbb xxx xxxx AC, Mx Mx + AC CY SBC X, B bbb xxx xxxx AC Mx + -AC + CY CY SBCM X, B bbb xxx xxxx AC, Mx Mx + -AC + CY CY SUB X, B bbb xxx xxxx AC Mx + -AC +1 CY SUBM X, B bbb xxx xxxx AC, Mx Mx + -AC +1 CY EOR X, B bbb xxx xxxx AC Mx AC EORM X, B bbb xxx xxxx AC, Mx Mx AC OR X, B bbb xxx xxxx AC Mx AC ORM X, B bbb xxx xxxx AC, Mx Mx AC AND X, B bbb xxx xxxx AC Mx & AC ANDM X, B bbb xxx xxxx AC, Mx Mx & AC SHR AC[3], AC[0] CY AC 1 ADI X, I iiii xxx xxxx AC Mx + I CY ADIM X, I iiii xxx xxxx AC, Mx Mx + I CY SBI X, I iiii xxx xxxx AC Mx + -I +1 CY SBIM X, I iiii xxx xxxx AC, Mx Mx + -I +1 CY EORIM X, I iiii xxx xxxx AC, Mx Mx I ORIM X, I iiii xxx xxxx AC, Mx Mx I ANDIM X, I iiii xxx xxxx AC, Mx Mx & I 1.3 DAA X xxx xxxx AC, Mx 进调 DAS X xxx xxxx AC, Mx 减 进调 CY CY CY 18
19 2. SH69P25/K25 LDA X, B bbb xxx xxxx AC Mx STA X, B bbb xxx xxxx Mx AC LDI X, I iiii xxx xxxx AC, Mx I 3. BAZ X xxxx xxx xxxx PC X, AC = 0 BNZ X xxxx xxx xxxx PC X, AC 0 BC X xxxx xxx xxxx PC X, CY = 1 BNC X xxxx xxx xxxx PC X, CY 1 BA0 X xxxx xxx xxxx PC X, AC 0 = 1 BA1 X xxxx xxx xxxx PC X, AC 1 = 1 BA2 X xxxx xxx xxxx PC X, AC 2 = 1 BA3 X xxxx xxx xxxx PC X, AC 3 = 1 CALL X RTNW H, L xxxx xxx xxxx h hhh llll ST CY, PC +1 PC X p PC ST TBR hhhh, AC llli RTNI CY, PC ST CY HALT STOP JMP X 1110p xxxx xxx xxxx PC X p TJMP PC PC11-PC8 TBR AC NOP PC I AC -AC CY & Mx bbb RAM p ROM B RAM 页 ST TBR 19
20 * V to +7.0V V to VDD+0.3V to to +125 * V DD = V GND = 0V TA = 25 V DD V 30kHz f OSC 4MHz 1 V LVR V LVR 2 V LVR V LVR 1 HALT I OP I SB ma ma ma ma 2 STOP I SB µa V IL1 GND X V DD V I/O f OSC =4MHz V DD =5.0V NOP WDT LVR f OSC =4MHz V DD =3.0V NOP WDT LVR f OSC =4MHz V DD =5.0V CPU HALT WDT LVR f OSC =4MHz V DD =3.0V CPU HALT WDT LVR V DD =5.0V CPU STOP LVR I SB2X = I SB2 + 2µA WDT WDT I SB2X = I SB2 + 20µA V IL2 GND X V DD V RESET T0 V IL3 GND X V DD V OSCI V IH1 0.8 X V DD - V DD V I/O V IH X V DD - V DD V RESET T0 V IH X V DD - V DD V OSCI I IL µa I/O GND < VIN< VDD I IL µa V RESET = GND V I IL3-1 5 µa V RESET = V DD I IL µa T0 GND < V T0 < V DD I IL µa OSCI / R P kω / V OH V DD V V OL - - I/O IOH = -10mA (V DD =5.0V) I/O IOH = -7mA (V DD =3.0V) GND V I/O IOL = 20mA (V DD =5.0V) GND V I/O IOL = 8mA (V DD =3.0V) 20
21 VDD 100mA GND 150mA I/O 50mA I/O 40mA V DD = 2.4~5.5V GND = 0V, T A = 25. t OSC s kHz VDD=5.0V s kHz VDD=3.0V µs VDD=5.0V t RESET µs VDD=3.0V WDT t WDT RC F /F ms V DD = 5.0V ms VDD=3.0V t CY µs % RC F (5.0V) - F (4.5V) /F (5.0V) % RC F (3.0V) - F (2.7V) /F (3.0V) T0 t IW (t CY + 40)/N - - ns N = t IWH 1/2 t IW - - ns t IWL 1/2 t IW - - ns 21
22 T1 T2 T3 T4 T5 T6 T7 T8 T1 T2 T3 T4 fosc System Clock tcy T0 t IPW(L) t IPW(H) T0 input signal t IW RESET OSC WDT Built-in RC tost twdt 22
23 V DD = 5V Typical RC Oscillator Resistor vs. Frequency (V DD=5V) Frequency: fosc(khz) Typical RC Oscillator Resistance: R OSC (kω) V DD = 3V Typical RC Oscillator Resistor vs. Frequency (V DD=3V) Frequency: fosc(khz) Typical RC Oscillator Resistance: ROSC (kω) 23
24 OTP OTP COB(Chip on Board) OTP (In System Programming) (PCB) OTP OTP OTP PCB OTP OTP. PCB OTP OTP OTP OTP. PCB 4 OTP (VDD, VPP, SDA, SCK) : Application PCB OTP Chip VPP VDD SCK SDA GND OTP Writer To Application Circuit Jumper 1 OTP 4 2 OTP OTP 3 OTP 4 OTP 24
25 AP1 (1) 5.0V (2) 400kHz (3) T0 / (4) PORTA F I/O T0 OSCI 10-47kΩ C1 0.1uF VDD RESET GND SH69P25 /SH69K25 OSCO PORTA - PORTF pF I/O AP2 (1) 5.0V (2) RC 400kHz (3) PORTA F I/O VDD 210kΩ 10-47kΩ C1 0.1uF 22kΩ T0 RESET GND SH69P25 /SH69K25 OSCI OSCO PORTA - PORTF 1000pF I/O AP3 (1) PORTA C 32 (2) PORTD F I/O, (3) I/O PORTD PORTF SH69P25 /SH69K25 PORTC.0 PORTC.1 PORTC.2 PORTC.3 PORTB.0 PORTB.1 PORTB.2 PORTB.3 PORTA.0 PORTA.1 PORTA.2 PORTA.3 25
26 AP4 (1) 5.0V (2) 4MHz (3) PORTA.0 ON/OFF (4) PORTE.2 PORTE.3 PORTF1 PORTA2 S1 S4 VREF V0 Vi1 C1 R6 T0 ADC 8 (5) LED VDD Load Cell VREF R2 R5 S1 R3 S2 VI R1 VO R3 R2 R4 Instrumentation Amplifier R6 VO=(1+2R2/R1)(R4/R3) VI 47kΩ 0.1µF S3 C1 VI1 S4 Ω S1 S2 S3 S PORTE.2 PORTE.3 PORTF.1 PORTA.2 PORTA.3 T0 RESET GND PORTB.0 PORTB.1 PORTB.2 PORTB.3 PORTD.0 PORTD.1 SH69P25 /SH69K25 PORTE.1 PORTE.0 PORTF.0 PORTA.1 PORTA.0 OSCI OSCO VDD PORTC.3 PORTC.2 PORTC.1 PORTC.0 PORTD.3 PORTD VDD ON/OFF 4MHz 1 2 C 30pF XC1 C 30pF abcdef g abcdef g abcdef g 26
27 RESET T0 PORTA.3 PORTA.2 PORTF.1 PORTE.3 PORTE.2 PORTE.1 PORTE.0 PORTE.0 PORTA.1 PORTA.0 OSCI GND 8 SH69P25 Y (0,0) X 1506µm 23 OSCO GND PORTB.0 PORTB.1 PORTB.2 PORTB.3 PORTD.0 PORTD.1 PORTD.2 PORTD.3 PORTC.0 PORTC.1 PORTC.2 PORTC.3 VDD 1548µm unit: µm X Y X Y 1 PORTE PORTD PORTE PORTC PORTF PORTC PORTA PORTC PORTA PORTC T VDD RESET GND GND OSCO PORTB OSCI PORTB PORTA PORTB PORTA PORTB PORTF PORTD PORTE PORTD PORTE PORTD
28 SH69P25K SH69K25K SH69P25M SH69K25M SH69P25H 28L SKINNY 28L SKINNY 28L SOP 28L SOP Chip Form 28
29 SKINNY_28L unit: inches/mm Symbol Dimensions in inches Dimensions in mm Min Max Min Max A A A D E TYP --- E B TYP TYP b TYP TYP e TYP TYP ea C L θ
30 SOP 28L unit: inches/mm Symbol Dimensions in inches Dimensions in mm Min Max Min Max A A A b c D E e 0.050(BSC) 1.27(BSC) H E L θ
31 Chip Form
2 14 PORTC.1 PORTB.3 PORTA.2/T0 GND PORTB.2 PORTA.0 PORTC.3 PORB.0/OSCO PORTB.1/OSCI PORTC.0 PORTC.2 SH69P21 /SOP PORTA
1K 4 SH6610C 4 OTP ROM 1K X 16 RAM 88 X 4-24 - 64 2.4V-5.5V - fosc = 30kHz - 4MHz, = 2.4V - 5.5V - fosc = 4MHz - 8MHz, = 4.5V - 5.5V 11 CMOS I/O 4 ( ) 8 / - 0 PORTA.0 ( / / ) - 0 - PORTB ( ) ( ) - 32.768kHz,
SH69P481 4K 12 ADC 4 SH6610D 12 ADC 4 OTPROM: 4K X 16 RAM: 287 X : - fosc = 30kHz - 4MHz, VDD = 2.4V - 5.5V - fosc = 4MHz - 10MHz, VDD = 4.
4K 12 ADC 4 SH6610D 12 ADC 4 OTPROM: 4K X 16 RAM: 287 X 4-95 - 192 : - fosc = 30kHz - 4MHz, VDD = 2.4V - 5.5V - fosc = 4MHz - 10MHz, VDD = 4.5V - 5.5V 14 I/O 8 ( 8 / : - / - ( 0, 1 - PORTB/D ( ( / ( -
0755 85286856 0755 82484849 路 4.5V ~5.5V 流 @VDD=5.0V, 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
2 PIC PIC 1 / CPU PIC MCU PIC RC
2 PIC PIC 1 /... 2-2 2... 2-3 3... 2-4 4... 2-4 5... 2-4 6 CPU... 2-5 7 PIC MCU... 2-6 8 PIC16... 2-6 9... 2-7 10... 2-7 11 RC... 2-7 12... 2-8 13... 2-8 14 NOP... 2-9 15 PMD... 2-9 16... 2-10 17 WDTWDT...
untitled
EDM12864-GR 1 24 1. ----------------------------------------------------3 2. ----------------------------------------------------3 3. ----------------------------------------------------3 4. -------------------------------------------------------6
FM1935X智能非接触读写器芯片
FM3316/3315 MCU 2017.06 FM3316/3315 MCU 2.21 (http://www.fmsh.com/) FM3316/3315 MCU 2.22 ... 3 1... 4 2... 5 2.1... 5 2.2... 5 2.3... 6 2.3.1... 6 2.3.2... 6 2.4... 9 2.5... 10 2.5.1 LQFP64... 10 2.5.2
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
R/W
(HD44780 KS0066 ) 3 3 5 6 10 14 HD44780/KS0066 16 2 LCM 8 1 40 4 LCD HD44780/KS0066 HD44100 IC PCB 0.1 CMOS 1. 2. 3. 4. 5. RH60% 6. 1. 2. 3. PCB 3 4. 5. 6. 1. 280 C 2. 3 4s 3. 4. 5. 3 5 1. 2. IC 3. DC-DC
untitled
0755-82134672 Macroblock MBI6655 1 LED Small Outline Transistor 1A 3 LED 350mA 12V97% 6~36 Hysteretic PFM 0.3Ω GSB: SOT-89-5L (Start-Up) (OCP) (TP) LED Small Outline Package 5 MBI6655 LED / 5 LED MBI6655
DATASHEET SEARCH SITE ==
1K 一次性编程, 10 位 ADC 型 4 位单片机 特性 基于 SH6610C, 10 位 ADC 型 4 位单片机 OTP ROM: 1K X 16 位 RAM: 124 X 4 位 - 28 系统控制寄存器 - 96 数据存储器 工作电压 : - fosc = 16MHz, VDD = 3.3V - 5.5V 6 个双向 I/O 端口 4 层堆栈 ( 包括中断 ) 一个 8 位自动重载定时
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
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
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
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)
GH1220 Hall Switch
Unipolar Hall Switch - Medium Sensitivity Product Description The DH220 is a unipolar h all switch designed in CMOS technology. The IC internally includes a voltage regulator, Hall sensor with dynamic
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
untitled
EDM16080-01 Model No.: Editor: 1. ----------------------------------------------------3 2. ----------------------------------------------------3 3. ----------------------------------------------------3
untitled
Macroblock 6~36 1A - (PWM) - (PWM) 1,024 3 LED 350mA12V 97% Hysteretic PFM 0.3Ω (UVLO)(Start-Up)(OCP) (TP) LED 6 PCB Mini Small Outline Package GMS : MSOP-8L-118mil Small Outline Package GD: SOP8L-150-1.27
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
A (QFP-48-12x ) RANGE IF70K AL-OUT AL-SIG VSS CLKFREQ-SEL HR-SET MIN-SET AM/FM-SEL AL-DISP A AL-
AM/FM SC361 0 AM/FM 12 CMOS QFP-48-12x12-0.8 FM 150M Hz AM 30 MHz LCD 3 13 1/3 4 32.768kHz FM 10.7 MHz 70 khz AM 455kHz 12 1.8V ~ 3.3V QFP44-10 x10-0.8 A B C D QFP-48-12x12-0.8 QFP-44-10x10-0.8 COB (QFP
input commom-mode range) output swing (open loop gain) (GBW) ( phase margin) (gain margin)
OP AMP... 4 1. :... 4 2.... 5 2.1... 5 2.2... 6 3.... 6 3.1... 7 3.1.1... 7 3.1.2... 7 3.1.3... 7 3.1.4... 8 3.2 (Symbol)... 8 4.... 9 4.1... 9 4.1.1 Folded cascode... 9 4.1.2... 9 Fig 7... 10 4.1.3...
Microsoft Word - LD5515_5V1.5A-DB-01 Demo Board Manual
Subject LD5515 Demo Board Model Name (5V/1.5A) Key Features Built-In Pump Express TM Operation Flyback topology with PSR Control Constant Voltage Constant Current High Efficiency with QR Operation (Meet
MICROCHIP EVM Board : APP APP001 PICmicro Microchip APP001 40pin PDIP PICmicro Design Tips Character LCM Temperature Sensor Application I/O Pi
MICROCHIP EVM Board : APP001 1-1. APP001 PICmicro Microchip APP001 40pin PDIP PICmicro Design Tips Character LCM Temperature Sensor Application I/O Pin 16 I/O Extension Interface 1-2. APP001 Block_A Block_B
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
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
untitled
EDM12864-03 : 25-1 : 116600 : (0411)7612956 7632020 7612955 : (0411)7612958 Model No.: Editor: 1. ----------------------------------------------------3 2. ----------------------------------------------------3
电源管理类产品
CN705/706/707/708/813 CN705/706/707/708/813 CN705/706/707/708/813 5.0 0.1 1.22 5V 52 CN705/706/707/708/813 CN705/706/813 1.6 CN707/708 CN813 8 DIP8 8 CN705/706 CN705/706/707/708/813 8 MR 1 DIP8 8 SOP8
untitled
EDM12832-08 : 25-1 : 116600 : (0411)7612956 7632020 7631122 : (0411)7612958 Model No.: Editor: LCD 1. ----------------------------------------------------3 2. ----------------------------------------------------3
EMI LOOPS FILTERING EMI ferrite noise suppressors
(HighSpeedBoardDesign) (HIGHSPEEDBOARDDESIGN) 1 1 3 1.1 3 1.1.1 3 1.1.2 vs 4 1.1.3 5 1.1.4 8 1.2 9 1.2.1 9 1.2.2 vs 1 1.3 1 1.3.1 11 1.3.1.1 11 1.3.1.2 12 1.3.1.3 12 1.3.1.4 12 1.3.1.5 12 2. 2.1 14 2.1.1
MC33035 MC33035 MC33035 MOSFET MC33035 MC º/300º 120º/240º MOSFET 60º/300º 120º/240º MOSFET MC33035M C SOP24 MC33035P -40
MOSFET 60º/300º 120º/240º 10 30 6.25 3 MOSFET 60º/300º 120º/240º MOSFET M -40 +85 C SOP24 P -40 +85 C DIP24!" #$% : 5 10 1-702, :210037 (TEL.): (86)-25-8562 8245 8562 8265 (FAX): (86)-25-8562 8352 1 /
HM705/6/813 WDI WDO MR GND I/O NMI INT MCU 1 HM V HM V HM813L 4.65V HM V HM V HM813M
705/706/707/708/813 HM705/706/707/708/813 1.15 HM705/706/707/708/813 2.6 5.0 0.1 1.22 5V 52 200 HM705/706/707/708/813 1.6 HM705/706/813 1.6 705/706/707/708/813 HM707/708 HM813 8 DIP8 8 SOP8 HM705/706 :
目 录
61 61 61 61 2004-2-23 Sunplus University Program http://www.unsp.com.cn E-mail:unsp@sunplus.com.cn 1 61 1... 5 1.1... 5 1.2 61... 5 2... 8 2.1... 8 2.2... 8 2.2.1... 8 2.2.2... 10 2.3... 10 2.3.1... 10
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
SH69P26/K26 6K 一次性编程 / 掩膜, I/O 型 4 位单片机 特性 基于 SH6610D 的 4 位单片机 OTP ROM: 6K X 16 位 (SH69P26) MASK ROM: 6K X 16 位 (SH69K26) RAM: 389 X 4 位 - 69 个系统控制寄存器
6K 一次性编程 / 掩膜, I/O 型 4 位单片机 特性 基于 SH6610D 的 4 位单片机 OTP ROM: 6K X 16 位 (SH69P26) MASK ROM: 6K X 16 位 (SH69K26) RAM: 389 X 4 位 - 69 个系统控制寄存器 - 320 个数据存储器 工作电压 : - fosc = 30kHz - 4MHz, VDD = 2.4V - 5.5V -
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
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
Ps22Pdf
( ) ( 150 ) 25 15 20 40 ( 25, 1, 25 ), 1. A. B. C. D. 2. A. B. C. D. 3., J = 1 H = 1 ( A B, J', J, H ) A. A = B = 1, J' =0 B. A = B = J' =1 C. A = J' =1, B =0 D. B = J' = 1, A = 0 4. AB + AB A. AB B. AB
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
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
untitled
LCD EDM12864HBSL-ALC-G : 25-1 : 116600 : (0411)7612956 7632020 : (0411)7612958 Model No.: Editor: LCD 1. ----------------------------------------------------3 2. ----------------------------------------------------3
1.1 ML_ONOFF = 1 Q 3 Q 8 C 0.3V M 2 L 1 ML_ONOFF = 0 Q 3 Q 8 C 1. + R31 VCC R21 10K ML_ONOFF R15 0:off 1:on 1K Green Light VCC=5V L1 Q VDD=12V C
AUTOMATIC TROLLEY H K Hwang K K Chen J-S Lin S-C Wang M-L Li C-C Lin W-B Lin Dept. Of Electrical Engineering Far East College ABSTRACT This paper proposes an automatic trolley which can move automatically
! *!"#$%&'()*+,-./#01 6, 8 6, 8 6, 8 8!"# ( / )!"# ( / )!"# ( / )! ( ) 3SB3!" Ø22mm!"# ( / ) 6, 8 6, 8 6, 8 8!"# ( / )!"# ( / )!"# ( ) 7, 10 7, 9 7, 8
SIRIUS 3SB3 sirius s ! *!"#$%&'()*+,-./#01 6, 8 6, 8 6, 8 8!"# ( / )!"# ( / )!"# ( / )! ( ) 3SB3!" Ø22mm!"# ( / ) 6, 8 6, 8 6, 8 8!"# ( / )!"# ( / )!"# ( ) 7, 10 7, 9 7, 8! (2 /3 ) ( / ) RONIS! ( SB) CES
Microsoft Word - BL5372_UMAN_V1.1.doc
低 功 耗 实 时 时 钟 芯 (RTC)BL5372 用 户 手 册 V1.2 ( 2012.11.12) 上 海 贝 岭 股 份 有 限 公 司 Shanghai Belling Co., Ltd. 1. 概 述 低 功 耗 实 时 时 钟 芯 片 (RTC)BL5372 BL5372 是 一 款 低 功 耗 实 时 时 钟 电 路, 通 过 I 2 C 两 线 接 口 电 路 可 以 与 CPU
untitled
( OH ) Cd ( OH ) NiOOH + Cd + H O Ni + ( OH ) + Cd ( OH ) NiOOH + Cd O Ni + H O H O 1/48 H ( ) M NiOOH + MH Ni OH + ( OH ) + M NiOOH MH Ni + /48 3/48 4/48 4 6 8 5.6KΩ±1% 1/ 4W L N C7 1nF/50V F1 T.5A/50V
untitled
TD3200 V1.3 2005-02-25 BOM 31050155 518057 www.emersonnetworkpower.com.cn 800-820-6510 800021-230171410755-86010800 E-mailinfo@emersonnetwork.com.cn ... 1 1.1...1 1.2...2 1.3...4... 5 2.1...5 2.2...5
Microsoft Word - AP1515V02
Document No. Rev.: V0.20 Page: 1 of 9 Revision History Rev. DRN # History Initiator Effective Date V01 V02 Initial document 黃宗文 Add second package description 葉宗榮 2014/05/15 2015/09/08 Initiator: 雷晨妤 (DCC)
PDFￗﾪﾻﾻￆ
TM Technology, Inc. 文件名稱 :T8602 Demo board Test Report Customer: Model No: CF0049 FAE: Bill DATE: 2011-11-18 文件等級 一般級 機密級 極機密 Electronic Specification Item Requiring Min Typ Max Input 90Vac --- 265Vac
单片机应用编程技巧(专家：邓宏杰)
编 者 注 : 本 文 件 为 电 子 工 程 专 辑 网 站 编 辑 部 原 创, 电 子 工 程 专 辑 享 有 本 文 章 完 全 著 作 权, 如 需 转 载 该 文 章, 必 须 经 过 电 子 工 程 专 辑 网 站 编 辑 部 同 意 联 系 电 子 工 程 专 辑 网 站 编 辑 部, 请 发 信 至 eetcol@globalsources.com 单 片 机 应 用 编 程 技
Microsoft Word - LR1122B-B.doc
UNISONIC TECHNOLOGIES CO., LTD LOW NOISE ma LDO REGULATOR DESCRIPTION The UTC is a typical LDO (linear regulator) with the features of High output voltage accuracy, low supply current, low ON-resistance,
untitled
2006-4-25 2006-4-26 2 2006-4-26 3 20 50 6 2006-4-26 4 µ 2006-4-26 5 CERN LEP/LHC 2006-4-26 6 L3 Detector 2006-4-26 7 2006-4-26 8 ATLAS Detector (A Toroidal LHC ApparatuS) 2006-4-26 9 CMS Detector 2006-4-26
Tokyo Tech Template
2.4GHz CMOS PA,,, 2010/07/21 Contents 1 Introduction 2 PA (Power Amplifier) 2.4GHz : WiMAX, WLAN, Bluetooth Introduction 3 Capacitive cross-coupling Self-biased cascode Schematic 4 Out V DD 2 : 1 V DD
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
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
Datasheet SHT1x (SHT10, SHT11, SHT15) SMD SHT1x ( SHT10, SHT11 SHT15) Sensirion SHT1x CMOSens SHT1X LCC 14 A/D SHT7X PCB SHTA ± ±
Datasheet SHTx (SHT0, SHT, SHT5) SMD SHTx ( SHT0, SHT SHT5) Sensirion SHTx CMOSens SHTX LCC 4 A/D SHT7X PCB SHTA 7.47 ±0.05 4. ±0. 0.95 ±0..83 ±0.05.7 ±0.05 3.5 ±0..0 ±0..5 ±0. sensor opening.5 ±0. A5Z
STC90C51RC-cn.pdf
STC90.STC90C5RC/RD+ STC90C5RC/RD+ 805 5.5V - 3.3V 3.6V - 2.0V V 040MHz080MHz48MHz 4K / 8K / 3K / 6K / 32K / 40K/ 48K/ 56K/ 6K 28052RAM I/O35/39P/P2/P3/P4805I/OP0 I/O ISP/ IAP RxD/P3.0, TxD/P3. EEPROM MAX80
SH69P848A 2K 一次性编程 10 位 ADC 型 4 位单片机 特性 基于 SH6610D 的 10 位 ADC 型 4 位单片机 OTPROM:2K X 16 位 RAM:253 X 4 位 - 61 个系统控制寄存器 个数据存储器 工作电压 : - f OSC = 30kH
2K 一次性编程 10 位 ADC 型 4 位单片机 特性 基于 SH6610D 的 10 位 ADC 型 4 位单片机 OTPROM:2K X 16 位 RAM:253 X 4 位 - 61 个系统控制寄存器 - 192 个数据存储器 工作电压 : - f OSC = 30kHz - 4MHz,V DD = 2.4V - 5.5V - f OSC = 4MHz - 10MHz,V DD = 4.5V
SIGNUM 3SB3
SGNUM * 6, 8 6, 8 6, 8 8 : : : : ( ) Ø22mm 6, 8 6, 8 6, 8 8 : : : : ( ) 7, 10 7, 9 7, 8 : (2 /3 ) RNS ( SB) : : CES / BKS : ( / ) 10 7, 8 : (2 /3 ) RNS ( 360012K1) : : MR : 7 Ø22mm 16 16 16 16 : : : :
MICROMASTER 410/420/430/440 DA kW 250kW MICROMASTER Eco & MIDIMASTER Eco MICROMASTER, MICROMASTER Vector DA64 MIDIMASTER Vector 90kW (Low
DA51.2 2002 micromaster MICROMASTER 410/420/430/440 0.12kW 250kW s MICROMASTER 410/420/430/440 DA51.2 2002 0.12kW 250kW MICROMASTER Eco & MIDIMASTER Eco MICROMASTER, MICROMASTER Vector DA64 MIDIMASTER
Hz 10MHz 0.5V 5V 0.01% 10s 2 0.5V 5V 1Hz 1kHz 10% 90% 1% 3 1Hz 1MHz 1% EPM7128SLC84-15 LM361 LM361 Zlg
1 1 a. 0.5V 5V 1Hz 1MHz b. 0.1% 2 : a. 0.5V 5V 1Hz 1MHz b. 0.1% (3) a. 0.5V 5V 100 s b. 1% 4 1 10 5 1MHz 6 1 2 1 0.1Hz 10MHz 0.5V 5V 0.01% 10s 2 0.5V 5V 1Hz 1kHz 10% 90% 1% 3 1Hz 1MHz 1% EPM7128SLC84-15
DATASHEET SEARCH SITE ==
, STC 89 1280 8/16/32/64k IAP SRAM ISP P0 8 P1 8051 E 2 PROM + P2 IAP STC Data Flash P4.0P4.3 P3 MAX810 I/O P4 A/D UART A / D 3 STC 89 P I I E 2 P 4 S A ROM EMI P P STC 89C51 RC 4K 512 2K STC 89C52 RC
mdt1030
深圳市英锐恩科技有限公司 第 1 页 单片机集成方案全方位解决服务商 优质智能电子产品 芯 方案解决商 Micon MDT1030 产品用户参考手册 全球销售及服务联系信息 : 深圳市英锐恩科技有限公司 ENROO-TECH(SHENZHEN)CO.,LTD 中国 深圳市福田区福华路嘉汇新城汇商中心 27 楼 2701 室 Enroo-Tech Technologies CO., Limited Light-Tech
103 USB C#.NET VB6 100 USB USB (Open Source) LibUsbDotNet USB Library.NET LibUsbDotNet Visual Basic.NET 2010 Express VB.NET 劉政鑫 王嘉鴻 i
103 USB C#.NET VB6 100 USB 102 7 15 USB (Open Source) LibUsbDotNet USB Library.NET LibUsbDotNet Visual Basic.NET 2010 Express VB.NET 劉政鑫 王嘉鴻 i LibUsbDotNet LibUsbDotNet USB.NET VB2010 VB6 Visual Basic
(02)2809-4742 (02)2809-4742 27 28 (02)2809-4742 85 3 (02)3343-3300 156 12 (02
3475 http://mops.tse.com.tw http://www.ic-fortune.com (02)2809-4742 denis.lee@ic-fortune.com (02)2809-4742 nanhui.lee@ic-fortune.com 27 28 (02)2809-4742 85 3 (02)3343-3300 http://www.fhs.com.tw 156 12
(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
Section1_16bit Arc.ppt
16-bit Elite Program 2009 Summer Section-1 Microchip 16-bit 2005 Microchip Technology Incorporated. All Rights Reserved. Slide 1 MCU CPU (NOP),, (Data Memory), I/O CPU w. ALU/Working Reg. Data Mem. Data
Microsoft Word - ML63S_8.doc
Series DC-DC Converter Application ower Source of ortable roducts almtops ortable Cameras and Video Recorders Wireless mouse and keyboard Ordering Information Features Small number of external components:
Keysight B2900A / Keysight B2961A 6 Keysight B2962A 6 Keysight B2961A B2962A nano-voltmeter / nv/10 fa 10 µvrms 210 V/ 3 A 10.5 A GUI nv 2
Keysight B2961A/B2962A 6 1 /2 210 V 3 A /10.5 A 31.8W 100 nv/10 fa Keysight B2900A / Keysight B2961A 6 Keysight B2962A 6 Keysight B2961A B2962A nano-voltmeter / 6 100 nv/10 fa 10 µvrms 210 V/ 3 A 10.5
iml v C / 0W EVM - pplication Notes. IC Description The iml8683 is a Three Terminal Current Controller (TTCC) for regulating the current flowin
iml8683-220v C / 0W EVM - pplication Notes iml8683 220V C 0W EVM pplication Notes Table of Content. IC Description... 2 2. Features... 2 3. Package and Pin Diagrams... 2 4. pplication Circuit... 3 5. PCB
iml v C / 4W Down-Light EVM - pplication Notes. IC Description The iml8683 is a Three Terminal Current Controller (TTCC) for regulating the cur
iml8683-220v C / 4W Down-Light EVM - pplication Notes iml8683 220V C 4W Down Light EVM pplication Notes Table of Content. IC Description... 2 2. Features... 2 3. Package and Pin Diagrams... 2 4. pplication
06知识单元-集成运算放大电路
6 6 S060B a b c b c v 0 = v 0 = v 0 = v f v0 = v S060G v 0 v S060I V- = V + V N = V P I- =0I + = 0 I = 0 S060N V IO I IO v = 0 vo=0 A od VO = ( V V ) S060B A od I o = I I A od = r d = r od = - 46 - A od
!!
!! Noise Suppression by EMIFILr Application Guide Application Manual Cat.No.C35C !! 1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10 YYYYYYYYYYYYYYYYYYYYYY........................ YYYYYYYYYYYYYYYYYYYY........................
, , STC11F01-35C-SOP16 RMB 1.99 STC10F04-35C-LQFP44 R MB 2. 99 , STC12C5A08AD-35C-LQFP44,RMB 7.5 , STC12C5201AD-SOP16,RMB 2.49 STC12C5202AD-LQFP32,RMB 3.99 0.1uF 0.1uF 0.1uF STC 89 E 2 PROM Data Flash
12 Differential Low-Power 6x6 12 bit multiply 1
12 Differential Low-Power 6x6 12 bit multiply 1 2 07 1.1 07 1.2 07 1.2.1 (Sequential Structure Multiplier )07 1.2.2 (Array Structure Multiplier) 09 1.2.3 (Parallel Multiplier) 10 1.2.3.1 10 1.2.3.2 10
< B9E2BBFAD7DBBACFCDBCB2E1B6A8B8E52DC7E5CEFAB0E6312E706466>
XYR XYR XYR Tel: 00 567068 www.zolix.com.cn 99 Tel: 00 567068 www.zolix.com.cn XYR500 XYR500 XYR000 XYR0000-CH XYmm.5 0 5 z 5 mm 5050 0000 0000 mm 00 00 0000 mm 6.5 76 98 8 Kg 6 8 5 XY/μm 0/5 0XYμm 0.5
DL1621-1
General Description: DL1621-1, 含 LCD 的控制线路, 搭配 MCU 来使用, 将使使用者的成本降低, 以及应用更加. 宽广 Features: 工作电压 2.4V-5.5V 系统频率 : - 内建 RC 振荡器 (256Khz) - 外挂 32768Hz 晶振 - 外灌 256Khz 输入 ( 由 OSCI 脚 ) 提供简单 3 pins 串接接口 (CKRB/ CKWB/
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
目 录
1 Quick51...1 1.1 SmartSOPC Quick51...1 1.2 Quick51...1 1.3 Quick51...2 2 Keil C51 Quick51...4 2.1 Keil C51...4 2.2 Keil C51...4 2.3 1 Keil C51...4 2.4 Flash Magic...9 2.5 ISP...9 2.6...10 2.7 Keil C51...12
Products catalog
加速度传感器 MA 运动传感器红外线阵列传感器压力传感器 机器用传感器 松下电器的机器用传感器为节能 安全 舒适做出贡献 在各个生活场景中提供传感器 空调 Grid-EYE 人体检测 门灯的ON/OFF Grid-EYE 人体检测 血压计 压力传感器 压力检测 周围明亮时 熄灯 周围变暗时发 出微弱灯光 有人靠近时 Grid-EYE 进行检 测 1%亮灯 人不在时 再次 发出微弱灯光 安防摄像头 Grid-EYE
00 sirius 3R SIRIUS 3R 3RV1 0A 1 3RT1 3RH1 3 3RU11/3RB SIRIUS SIRIUS TC= / 3RV1 A 1 IEC6097- IP0 ( IP00) 1/3 IEC6097- (VDE0660) DIN VDE 06 0 AC690V, I cu 00V 1) P A n I n I cu A kw A A ka S00 0.16 0.0
ISO h.PDF
1 2 ID-1 IC IC 2 GB/T 14916 1994 - GB/T 16649.1 1996 - - 1 : GB/T 16649.2 1996 - - 2 : GB/T 16649.3 1996 - - 3 : ISO/IEC 7816 4 1995 - - 4 : ISO/IEC 7816 5 199 5 - - 5 :. 3 i 3 4 5 data cold reset 6 4
Microsoft Word B
UNISONIC TECHNOLOGIES CO., LTD PC POWER SUPPLY SUPERVISOR SOP16 DESCRIPTION The UTC 3513 is designed to provide protection circuits, power good output (PGO) indicator, fault protection output () and a
MDT90P01 4-Bit RISC MCU 使用及注意事项 1. MDT90P01 4-bit RISC MCU PIN MAP: SOT-26 PB0 1 6 PB3 VSS 2 5 VDD PB1 3 4 PB2/RTCC 2. IC 烧入注意事项 : A. 需制作转接座 : Writer
MT90P0 4-Bit RISC MCU 使用及注意事项 MT90P0 4-bit RISC MCU PIN MAP: SOT-26 PB0 6 PB3 VSS 2 5 V PB 3 4 PB2/RTCC 2 IC 烧入注意事项 : A 需制作转接座 : Writer PIN MAP: V NC PB3 PB2 VSS PB PB0 NC ( 底 ) B 需更改 Writer Firmware WM0
, STC11F01-35C-SOP16 RMB 1.99 STC10F04-35C-LQFP44 R MB 2. 99
, STC11F01-35C-SOP16 RMB 1.99 STC10F04-35C-LQFP44 R MB 2. 99 , STC12C5A08AD-35C-LQFP44,RMB 7.5 , STC12C5201AD-SOP16,RMB 2.49 STC12C5202AD-LQFP32,RMB 3.99 , , 0.1uF STC 89LE58 RD+ 32K 1280 16K+ 0.1uF
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
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
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
Microsoft Word - 4位7段LED?示 CH.doc
4 位 7 段 LED 显示 在单片机应用系统中经常使用发光二极管来显示, 发光二极管简称 LED (Light Emitting Diode) LED 的价格便宜, 而且配置比较灵活, 与单片机的接口也比较方便 在这里将讲解如何使用中颖的单片机进行 4 位 7 段 LED 显示的方法 1. 7 段 LED 的结构原理 单片机中经常使用 7 段 LED 来显示数字, 也就是用 7 个 LED 构成字型
a) Rating and Characteristics Disk Type 05D *Rated Rated Peak Varistor Clamping Typ. cap. Series Part No. Rated Voltage Energy Rated Power Current(8 2
ZR NR Series (Radial type) Disk type general use ZR type (Low voltage) and NR type (Medium/High Voltage) are for protection of electronics and control eqiupments from surge and noise. 1. Features Superior
2005.book
...4... 4... 7...10... 10... 10... 10... 10... 11... 11 PCC... 11 TB170... 12 /... 12...13... 13 BP150 / BP151 / BP152 / BP155... 14...15... 15... 15... 15... 15... 15... 15... 16 PS465 / PS477... 17 PS692
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
ARK-14013/14017/14018
ARK-24017F 8 ARK-24017F : 8 2 ii 1997~2000,,,,,, 1...3 1.1 ARK...3 1.2 ARK-24017F...3 ARK-24017F?...3 ARK-24017F...3 ARK-24017F...3 ARK-24017F...5 ARK-24017F...6...7 2.1...7 2.2...7 ARK...7...8...8...8...9
79 SZ/SH/SM ONOFF SET/RST SZSHSM SET SET RST RESET ( ) ( ) SET XXXX SET XXXX XXXX RST XXXX RST XXXX XXXX 1(2) SZ3 SZ4 SH SM I000~I177 I000~I477 I000~I
78 SZ/SH/SM 55 ON OUT/ZOUT OUT OUT AOUT ZOUT SZ3 SZ4 SH SM SZSHSM I000~I177 I000~I477 I000~I077 I000~I077 1 Q000~Q177 Q000~Q477 Q000~Q077 Q000~Q077 M000~M377 M000~M377 M000~M377 M000~M377 1. ON OFF 2.OUT
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
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
iml88-0v C / 8W T Tube EVM - pplication Notes. IC Description The iml88 is a Three Terminal Current Controller (TTCC) for regulating the current flowi
iml88-0v C / 8W T Tube EVM - pplication Notes iml88 0V C 8W T Tube EVM pplication Notes Table of Content. IC Description.... Features.... Package and Pin Diagrams.... pplication Circuit.... PCB Layout
版权声明 龙芯 免责声明 据 龙芯 2 Building No.2, Loongson Industrial Park, Zhongguancun Environmental Protection Park (Tel) (Fax)
2018 9 29 龙芯 版权声明 龙芯 免责声明 据 龙芯 2 Building No.2, Loongson Industrial Park, Zhongguancun Environmental Protection Park (Tel) 010-62546668 (Fax) 010-62600826 阅读指南 龙芯 1C101 处理器数据手册 龙芯 1C101 修订历史 序号 更新日期 版本号
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
TH2512/TH2512A Tonghui Electronics reserves the right to make changes at any time without notice in order to improve design and supply the best possib
TH2512/TH2512A 2 3 SPECFICATIONS 5 6 6 8 Handler 9 10 11 12 14 17 17-1 - TH2512/TH2512A Tonghui Electronics reserves the right to make changes at any time without notice in order to improve design and
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