The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
ADS1000A1IDBVR Texas Instruments 12-Bit, 128SPS, 1-Ch Delta-Sigma ADC w/ PGA, Oscillator & I2C 6-SOT-23 -40 to 125
SN74AS1000ANSR Texas Instruments Quadruple 2-Input Positive-NAND Buffers/Drivers 14-SO 0 to 70
ADS1000A1IDBVTG4 Texas Instruments 12-Bit, 128SPS, 1-Ch Delta-Sigma ADC w/ PGA, Oscillator & I2C 6-SOT-23 -40 to 125
SNJ54AS1000AJ Texas Instruments Quadruple 2-Input Positive-NAND Buffers/Drivers 14-CDIP -55 to 125
SN74AS1000ADG4 Texas Instruments Quadruple 2-Input Positive-NAND Buffers/Drivers 14-SOIC 0 to 70
SNJ54AS1000AW Texas Instruments Quadruple 2-Input Positive-NAND Buffers/Drivers 14-CFP -55 to 125

P51-1000-A-D-D-5V-000-000 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
P51-1000-A-D-D-5V-000-000 P51-1000-A-D-D-5V-000-000 ECAD Model SSI Technologies Pressure Sensors, Transducers, Sensors, Transducers, SENSOR 1000PSI 7/16-20 UNF 1-5V Original PDF

P51-1000-A-D-D-5V-000-000 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1999 - CY327

Abstract: CY525 CY308 8 bit square root CY325 8051 ports CY300 CY251 intel cy232 intel 8051 user manual
Text: Space (Shared) FFF (=4K) CODE RAM BASE+ 1000 0 Code Space 1FFF (=(8K) BASE+2FFF DATA RAM , 1000 1001 1010 1011 1100 1101 1110 1111 00 A4 A8 AC B0 B4 C8 CC D0 D4 D8 DC E0 , 000000 110110 101101 Host Address to select P-51 Base 0000 0000 0000 0000 0000 1101 1000 0000 0000 , host must put address D9000 = D8000 + 1000 = 1101_1001_0000_0000_0000. To access the second byte of , only when the P-51 is RESET and the BASE address + 1000 is presented to the P-51, the dual port RAM is


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PDF Documents\P51chip\P51 5-30pF CY327 CY525 CY308 8 bit square root CY325 8051 ports CY300 CY251 intel cy232 intel 8051 user manual
DIP20

Abstract: DIP20-P-300-2 P20-P23 TC9028AF TC9028AP 16x4-Bit frequency counter Circuit
Text: DC<—Acc — 1 1 MOV A, P 0111 1110 7E PR<—Acc — 1 1 MOV A, T 1000 1010 8A TR<—Acc — 1 1 , OPERATION FLAG CYCLES BINARY HEXADECIMAL CF SF ADD A, @LR 0000 0011 03 Acc«-Acc + RAM ( LR ) — c 1 ADDC A, @LR 0000 0100 04 Acc«-Acc + RAM ( LR ) + CF C c 1 ADD A, #k 0100 kkkk 4k Acc«-Acc + k — c 1 ADD L, #k 0101 kkkk 5k LR«—LR + k — c Operation (Arithmetic & Logical) SUBRC INC DEC INC A, @LR @LR @LR D 0000 0000 0000 0000 0101 1001 1000 1011 05 09 08 0B Acc«—RAM ( LR


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PDF TC9028AP/AF TC9028AP, TC9028AF TC9028AF TC9028AP DIP20-P-300-2 768x8bit 16x4bit DIP20 P20-P23 TC9028AP 16x4-Bit frequency counter Circuit
BR 9014

Abstract: BR 9014 C AK P12
Text: ACC LR RAM PORT(P) LR RAM PORT(P) SF 3 CF SF ADD A, @LR A A+RAM (LR) - /C 1 ADDC A, @LR A A+RAM (LR)+CF C /C 1 ADD A, #K A A+K - /C 1 ADD L, #K LR LR+K - /C 2 SUBRC A, @LR A RAM (LR)-A-/CF C C 1 , ) - /Z 1 b. ACC ADD A, @LR LR RAM ACC a. SF SF=/CF ACC ADDC A, @LR LR RAM , CF c. ACC ACC ADD A, #K SUBRC K ACC CF http: www.silan.com.cn


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PDF SC73C1402 SSOP-20-300-0 OP-20-300-1 SSOP-24-300-0 OP-24-375-1 300KHz SC73C1402B BR 9014 BR 9014 C AK P12
2002 - Not Available

Abstract: No abstract text available
Text: 0110 0011 kkkk 1001 1xxx 0001 kkkk 0010 kkkk 0000 1111 0000 1100 0000 1110 0000 1101 0111 1110 1000 , 0110 1ppp A, %p 0111 0ppp @LR, %p 0111 1ppp 14 2002-04-19 TC9028AP/AF Function ADD ADDC ADD ADD SUBRC Operation (Arithmetic and logical) INC DEC INC DEC AND OR XOR CLR Bit SET manipulation , control HOLD NOP TMRST 0110 1110 0000 0111 0111 1111 1000 1000 6E 07 7F 88 MBR, #k a 1011 kkkk 1010 nnnn , 0000 1000 0000 1011 0000 1010 0000 0000 0000 0001 0000 0010 1000 01bb 1000 00bb 1000 11bb 1000 1011


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PDF TC9028AP/AF TC9028AP, TC9028AF TC9028AF TC9028AP 15pins)
A B C D to 7-segment display module

Abstract: 3 units 7-segment LED display module 36014 HD74HC139 HD74LS240 TLV2464CN
Text: ) * 100.0 ­> R (= 495) dig_0 = dsp_data[R% 10] = H'6D (ADDRA >> 6 & 0x03ff) * x + y) * 100.0 ­> R (= 495) dig_1 = dsp_data[(R% 100)/10] = H'6F (ADDRA >> 6 & 0x03ff) * x + y) * 100.0 ­> R (= 495) dig_2 = dsp_data[(R% 1000 )/100] = H'66 | H'80 ( Add decimal point) (ADDRA >> 6 & 0x03ff) * x + y , displayed as the decimal number 10.00 . REJ06B0472-0100/Rev.1.00 December 2004 Page 3 of 27 H8 , coefficient x + Add correction value y and store it in variable R Variable R (Int, 2 bytes) Actually


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PDF H8/300H H8/36014 H8/36014 REJ06B0472-0100/Rev A B C D to 7-segment display module 3 units 7-segment LED display module 36014 HD74HC139 HD74LS240 TLV2464CN
infrared object counter circuit use for any entry

Abstract: DIP20 DIP20-P-300-2 P20-P23 TC9028F TC9028P XXT 215 HCAN01
Text: , D 0000 1101 0D DC<—Acc — 1 1 MOV A, P 0111 1110 7E PR<—Acc — 1 1 MOV A, T 1000 1010 8A , MNEMONIC OBJECT CODE OPERATION FLAG CYCLES BINARY HEXADECIMAL CF SF ADD A, @LR 0000 0011 03 Acc«-Acc + RAM ( LR ) — c 1 ADDC A, @LR 0000 0100 04 Acc«-Acc + RAM ( LR ) + CF C c 1 ADD A, #k 0100 kkkk 4k Acc«-Acc + k — c 1 ADD L, #k 0101 kkkk 5k LR«—LR + k — c Operation (Arithmetic & Logical) SUBRC INC DEC INC A, @LR @LR @LR D 0000 0000 0000 0000 0101 1001 1000 1011 05 09 08 0B


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PDF TC9028P/F TC9028P, TC9028F TC9028F TC9028P DIP20-P-300-2 768x8bit 16x4bit infrared object counter circuit use for any entry DIP20 P20-P23 TC9028P XXT 215 HCAN01
DIP20

Abstract: DIP20-P-300-2 TC9028AF TC9028AP
Text: 0111 1110 7E PR Acc 1 1 MOV A, T 1000 1010 8A TR Acc 1 1 , Binary Hexadecimal Operation CF Flag SF Cycles ADD 0000 0011 03 Acc Acc + RAMLR C 1 A, @LR 0000 0100 04 Acc Acc + RAMLR+ CF C C 1 ADD A, #k 0100 kkkk 4k Acc Acc + k C 1 ADD L, #k 0101 kkkk 5k LR LR + k C , 1001 09 RAMLRRAMLR+ 1 C 1 DEC A, @LR 0000 1000 08 RAMLRRAMLR- 1 C


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PDF TC9028AP/AF TC9028AP, TC9028AF TC9028AF TC9028AP 15pins) DIP20 DIP20-P-300-2 TC9028AP
2003 - TGS2600

Abstract: 2 digit 7-SEGMENT LED DISPLAY countdown timer common anode 7-segment display CONNECTIONS 7-segment countdown timer Figaro TGS2600 sensors HD74HC139 HD74LS240 0-9 and A B C D to 7-segment display module two digit decimal counter using 7-segment led
Text: I.B. Hydrogen 0.01 0.1 1 10 100 1000 Gas Conc.(ppm) Cigarette Smoke , by 100 and the integer part "rsi" is obtained. lednum3 = rsi / 1000 When lednum3 is greater than , stored in dig_3 because nothing is displayed in this case. LED4 display data lednum2 = rsi % 1000 , ) * 3.3 / 1023.0 5.0 * RL / vrl -RL rsi = (int)(rs * 100) lednum3 = rsi / 1000 lednum2 = rsi % 1000 , '00 : Initial value of the LED enable counter = 0 RL = 10.00 : Load resistor wired in series with the sensor


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PDF H8/300L TGS2600 H8/38024 REJ06B0194-0100Z/Rev 2 digit 7-SEGMENT LED DISPLAY countdown timer common anode 7-segment display CONNECTIONS 7-segment countdown timer Figaro TGS2600 sensors HD74HC139 HD74LS240 0-9 and A B C D to 7-segment display module two digit decimal counter using 7-segment led
2009 - UHE-3.3

Abstract: UHE-5/5000-Q12-C uhe-12/2500-q48 UHE-5/5000-Q48 P51 transistor P-51 2500-Q12-C 125VOUT
Text: polarity (on = open or "high," no suffix). To request a negative polarity on this pin/function, add an , pins, pin length 0.2 inches (5.08 mm). N Add Negative polarity on the On/Off Control function, VOUT


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PDF 0A/30W) 2-30W t6000-D48THL2-Y 12-30W UHE-3.3 UHE-5/5000-Q12-C uhe-12/2500-q48 UHE-5/5000-Q48 P51 transistor P-51 2500-Q12-C 125VOUT
multiplexer 4bit

Abstract: DIP20 DIP20-P-300-2 P20-P23 TC9028AF TC9028AP infrared object counter circuit use for any entry TOShiba clock generator
Text: , D 0000 1101 0D DC<—Acc — 1 1 MOV A, P 0111 1110 7E PR<—Acc — 1 1 MOV A, T 1000 1010 8A , MNEMONIC OBJECT CODE OPERATION FLAG CYCLES BINARY HEXADECIMAL CF SF ADD A, @LR 0000 0011 03 Acc«-Acc + RAM ( LR ) — c 1 ADDC A, @LR 0000 0100 04 Acc«-Acc + RAM ( LR ) + CF C c 1 ADD A, #k 0100 kkkk 4k Acc«-Acc + k — c 1 ADD L, #k 0101 kkkk 5k LR«—LR + k — c Operation (Arithmetic & Logical) SUBRC INC DEC INC A, @LR @LR @LR D 0000 0000 0000 0000 0101 1001 1000 1011 05 09 08 0B


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PDF TC9028AP/AF TC9028AP, TC9028AF TC9028AF 768x8bit 16x4bit 44kinds 15bit TC9028AP multiplexer 4bit DIP20 DIP20-P-300-2 P20-P23 TC9028AP infrared object counter circuit use for any entry TOShiba clock generator
TC9028F

Abstract: DIP20 DIP20-P-300-2 P20-P23 TC9028P infrared object counter circuit use for any entry INFRARED OBJECT COUNTER TOShiba clock generator
Text: , D 0000 1101 0D DC<—Acc — 1 1 MOV A, P 0111 1110 7E PR<—Acc — 1 1 MOV A, T 1000 1010 8A , FUNCTION MNEMONIC OBJECT CODE OPERATION FLAG CYCLES BINARY HEXADECIMAL CF SF ADD A, @LR 0000 , ADD A, #k 0100 kkkk 4k Acc«-Acc + k — c 1 ADD L, #k 0101 kkkk 5k LR«—LR + k — c Operation (Arithmetic & Logical) SUBRC INC DEC INC A, @LR @LR @LR D 0000 0000 0000 0000 0101 1001 1000 1011 05 09 08 0B , Acc«—Acc-V-RAM ( LR ) — z 1 CLR @LR, b 1000 01 bb 84+ b RAM ( LR ) b«-0 — 1 2 Bit Manipulation SET @LR, b


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PDF TC9028P/F TC9028P, TC9028F TC9028F 15pins) DIP20 DIP20-P-300-2 P20-P23 TC9028P infrared object counter circuit use for any entry INFRARED OBJECT COUNTER TOShiba clock generator
3 pin crystal oscillator 3,64mhz

Abstract: SC-73 alu project 4BIT Silan label
Text: Cycle ADD A, @LR A A+RAM (LR) - /C 1 ADDC A, @LR A A+RAM (LR)+CF C /C 1 ADD A, #K A A+K - /C 1 ADD L, #K LR LR+K - /C 2 SUBRC A , /Z 1 XOR A, @LR A A^RAM (LR) - /Z 1 a. ADD A, @LR Add the contents of , =/CF. b. ADDC A, @LR Add the contents of RAM pointed at by the LR register to accumulator with carry. Store the carry bit in the CF. This operation will affect SF, SF=/CF. c. ADD A, #K Add


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PDF SC73C1402 SC73C1402 OP-20-300-1 OP-20-375-1 SSOP-20-300-0 300KHz 3 pin crystal oscillator 3,64mhz SC-73 alu project 4BIT Silan label
2007 - sc73c1402

Abstract: No abstract text available
Text: . Arithmetic and logical instructions Instruction Operation CF SF Cycle ADD A, @LR A ← A+RAM (LR) - /C 1 ADDC A, @LR A ← A+RAM (LR)+CF C /C 1 ADD A, #K A ← A+K - /C 1 ADD L, #K LR ← LR+K - /C 2 SUBRC A, @LR A ← RAM (LR , /Z 1 XOR A, @LR A ← A^RAM (LR) - /Z 1 a. ADD A, @LR Add the contents , , SF=/CF. b. ADDC A, @LR Add the contents of RAM pointed at by the LR register to accumulator


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PDF SC73C1402 SC73C1402 OP-20-300-1 OP-20-375-1 SSOP-20-300-0 300KHz SSOP-24-300-0
2002 - Infrared object counter circuit

Abstract: No abstract text available
Text: 0110 0111 0011 1001 0001 0010 0000 0000 0000 0000 0111 1000 0110 0110 0111 0111 0110 0xxx 0111 0110 , 2 2 2 14 2002-01-08 TC9028P/F Function ADD ADDC ADD ADD SUBRC Operation (arithmetic & , Branch LD CALLS Subroutine RET CPU control Timer counter control HOLD NOP TMRST 0110 0000 0111 1000 1110 0111 1111 1000 6E 07 7F 88 MBR, #k a 1011 1010 kkkk nnnn Bk An Mnemonic A, @LR A, @LR A, #k L, #k A , 0101 0000 0000 0000 0000 0000 0000 0000 0000 1000 1000 1000 1000 1000 0111 11dd 0011 0100 kkkk kkkk


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PDF TC9028P/F TC9028P TC9028F TC9028P, TC9028F TC9028P Infrared object counter circuit
op amp cmfb

Abstract: 1ss133 HD74HC139 HD74LS240 TLV2464CN ammeter definition
Text: decimal number 100.0 . REJ06B0473-0100/Rev.1.00 December 2004 Page 3 of 26 H8/300H Tiny Series , 100)/10] = H'27 | H'80 ( Add decimal point) (ADDRA >> 6 & 0x03FF) * scale ­> current (= 274) dig_2 = dsp_data[(current % 1000 )/100] = H'5B (ADDRA >> 6 & 0x03FF) * scale ­> current (= 274) dig_3 = dsp_data[current / 1000 ] = H'3F LED4 LED3 LED2 LED1 Figure 3 LED Display Method for , dsp_data and store it in dig_1 Add decimal point (H'80) *3 dig_0 dsp_data[x0] Reference second


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PDF H8/300H H8/36014, H8/36014 10-bit H8/36014 REJ06B0473-0100/Rev op amp cmfb 1ss133 HD74HC139 HD74LS240 TLV2464CN ammeter definition
2002 - Not Available

Abstract: No abstract text available
Text: PR ← Acc ― 1 1 MOV A, T 1000 1010 8A TR ← Acc ― 1 1 IN , Mnemonic Object Code Binary Operation Hexadecimal Flag CF SF Cycles ADD 03 Acc , C C 1 A, #k 0100 kkkk 4k Acc ← Acc + k ― C 1 ADD L, #k , 1 ― C 1 DEC @LR 0000 1000 08 RAM [LR] ← RAM [LR] − 1 ― C , 1000 01bb 84 + b RAM [LR] b ← 0 ― 1 2 SET @LR, b 1000 00bb 80 + b


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PDF TC9028P/F TC9028P TC9028F TC9028P, TC9028F TC9028P
"Pressure Transducers" p51 50

Abstract: 734-1104-ND MG-15-A-9V-R MG1-3000-A-9V-R P51-200-G-A-I36-5V-R P51-1000-A-A-I36-20MA-R 734-1004-ND 1/tef 6851 MG1-100-A-9V-R P51-100-G-A-I36-5V-R
Text: -100-A-A-I36-4.5V-R 500 A 1/4 734-1043-ND 68.63 64.05 61.77 P51-500-A-A-I36-4.5V-R 1000 A 1/4 734-1044-ND 68.63 64.05 61.77 P51- 1000 -A-A-I36-4.5V-R 15 A 1/8 734-1045-ND 68.63 64.05 61.77 P51 , -500-A-B-I36-4.5V-R 1000 A 1/8 734-1049-ND 68.63 64.05 61.77 P51- 1000 -A-B-I36-4.5V-R 15 S 1/4 734-1080-ND 68.63 , 64.05 61.77 P51-500-S-A-I36-4.5V-R 1000 S 1/4 734-1084-ND 68.63 64.05 61.77 P51- 1000 , -100-S-B-I36-4.5V-R 500 S 1/8 734-1088-ND 68.63 64.05 61.77 P51-500-S-B-I36-4.5V-R 1000 S 1/8 734-1089-ND 68.63


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PDF MG-15-A-9V-R MG-50-A-9V-R MG-75-A-9V-R MG-100-A-9V-R MG-200-A-9V-R MG-300-A-9V-R MG-500-A-9V-R MG-750-A-9V-R MG-1000-A-9V-R MG-1500-A-9V-R "Pressure Transducers" p51 50 734-1104-ND MG-15-A-9V-R MG1-3000-A-9V-R P51-200-G-A-I36-5V-R P51-1000-A-A-I36-20MA-R 734-1004-ND 1/tef 6851 MG1-100-A-9V-R P51-100-G-A-I36-5V-R
Not Available

Abstract: No abstract text available
Text: , T 1000 1010 8A TR<— cc A — 1 1 IN %p, A 0110 Oppp 60 + p , CTIO N FLAG O PER A T IO N B IN A R Y CYCLES H E X A D E C IM A L CF SF ADD 03 , @ LR 0000 1000 08 R A M ( LR ) «—R A M ( LR ) - 1 c 1 INC D 0000 , Logical) 0011 0000 ADD (A rith m e tic & 0000 A, @ LR ADD O p eratio n A, @ LR , 0000 0010 02 Acc<— Acc-V-RAM ( LR ) — z 1 CLR @ LR, b 1000 01 bb


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PDF TC9028AP/AF TC9028AP, TC9028AF 768x8bit 16x4bit 44kinds DIP20-P-300-2
TOShiba clock generator

Abstract: No abstract text available
Text: 0000 0000 0000 0111 1000 0110 0110 0111 0111 OBJECT CODE BIN A RY 0110 Oxxx 0111 0110 0110 kkkk Ixxx , TEC H N IC A L FUNCTION ADD ADDC ADD ADD Operation (Arithm etic & Logical) SUBRC INC DEC INC DEC , CALLS RET HOLD NOP Timer Counter Control TMRST 1000 M BR, # k a 1011 1010 0110 0000 0111 A, © LR A, @ LR , 0000 0100 0101 0000 0000 0000 0000 0000 0000 0000 0000 1000 1000 1000 1000 1000 0111 11 dd OBJECT CODE BIN A RY uul 1 0100 kkkk kkkk 0101 1001 1000 1011 1010 0000 0001 0010 01 bb OObb 1ib b 1011 1001


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PDF TC9028P, TC9028F TC9028F 768x8bit 16x4bit 44kinds 10--15bit TC9028P TOShiba clock generator
EM78P156ELP

Abstract: EM78P156ELP application EM78P156ELAS EM78P156ELM em78p156 Ceramic resonator 455khz EM78P156ELKM 001H EM78P156EL 1N4684
Text: +1 [SP], 001H PC k+A A ADD A,k 0111 0111 0111 100b 101b 110b 111b 01kk 1000 1001 , ", "RETI") instruction loads the program counter with the contents of the top-level stack. · " ADD R2, A , the ninth and tenth bits of the PC are cleared. · Any instruction that writes to R2 (e.g., " ADD R2,A , counter is changed by instruction "MOV R2,A", " ADD R2,A", or by instructions of arithmetic or logic , DECA R DEC R OR A,R OR R,A AND A,R AND R,A XOR A,R XOR R,A ADD A,R ADD R,A MOV A,R MOV R,R


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PDF EM78P156EL EM78P156EL 13-bits EM78P156ELP EM78P156ELM EM78P156ELAS EM78P156ELKM EM78P156ELP EM78P156ELP application EM78P156ELAS EM78P156ELM em78p156 Ceramic resonator 455khz EM78P156ELKM 001H 1N4684
Not Available

Abstract: No abstract text available
Text: 1110 7E PR<— cc A — 1 1 MOV A, T 1000 1010 8A TR<— cc A â , Y CYCLES H E X A D E C IM A L CF SF ADD 03 A cc«-A cc + R A M ( LR ) â , 0000 1001 09 R A M ( LR ) «—R A M ( LR ) +1 c 1 DEC @ LR 0000 1000 08 , 1 DEC D 0000 1010 0A DC«—DC - 1 AND Logical) 0011 0000 ADD (A rith m e tic & 0000 A, @ LR ADD O p eratio n A, @ LR ADDC A, @ LR 0000 0000


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PDF TC9028P/F TC9028P, TC9028F 768x8bit 16x4bit 44kinds 15bit 15pins)
CMOS04-689

Abstract: pd780024a CSTCR4M00G53A-R0 CSTCR4M00G55A-R0 SGCL0-SGCL20 uPD780852GC vfd bt uPD780851GC FL-PR3 AE61
Text: ), 780852(A) 9. 1 8 MOV, XCH, ADD , ADDC, SUB, SUBC, AND, OR, XOR, CMP, MULU, DIVUW, INC, DEC, ROR, ROL, RORC, ROLC, ROR4, ROL4, PUSH, POP, DBNZ 2 sfr ADD MOV MOV MOV MOV ADDC XCH XCH XCH XCH SUB ADD ADD ADD SUBC ADDC ADDC AND SUB OR XOR CMP , 1 MOV MOV MOV ROR XCH XCH XCH ROL ADD ADD RORC ADDC ADDC , CMP CMP MOV MOV MOV INC ADD r DEC ADDC SUB SUBC AND OR XOR CMP B


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PDF PD780851 78K/0 PD780852 PD78F0852 U14581J 78K/0 U12326J PWM816 CMOS04-689 pd780024a CSTCR4M00G53A-R0 CSTCR4M00G55A-R0 SGCL0-SGCL20 uPD780852GC vfd bt uPD780851GC FL-PR3 AE61
em78f651nd18j

Abstract: EM78F651N 8304MHZ ICE652N EM78F651NSO18J 78F651N P61 SMD smd code p61 P56. smd oscillator 20 mhz 14pin sop
Text: . Add package type EM78F651NEMS/J 1.3 1.Modify package type name 1.4 1.Modified the DC , (endurance) = 500, 1000 hrs ­ High-temperature operating life TA=125°C, VCC = Max. operating voltage, TD (endurance) = 168, 500, 1000 hrs ­ Latch-up TA=25°C, VCC = Max. operating voltage , ± 3% ± 5% ± 4% ± 12% 3 Pin Assignment Page 2 Add package type EM78F651NEMS/J


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PDF EM78F651N EM78F651N 16MHz 12MHz EM78F651NEMS/J EM78F651NSO20J/S. EM78F651ND20J/S EM78F651NSS10J/S SS-00259 EM78F651NS/J em78f651nd18j 8304MHZ ICE652N EM78F651NSO18J 78F651N P61 SMD smd code p61 P56. smd oscillator 20 mhz 14pin sop
2000 - P-51

Abstract: No abstract text available
Text: -51 Peripheral to an 8051 RESET 8051 P2 Host uC P0 ADDR P1 ALE P0 P2 ADD /DATA P3 INTERRUPT


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PDF EISA/PC-104 IRQ15 IRQ14 IRQ12 IRQ11 IRQ10 P-51
CSTCR4M00G53A-R0

Abstract: sm31-sm34 CSTCR4M00G55A-R0 CSTCC8M00G53A-R0 CSTCR4M19G53A-R0 PD780338 pd780828 uPD780851GC SGCL0-SGCL20 uPD780852
Text: ), 780852(A) 9. 1 8 MOV, XCH, ADD , ADDC, SUB, SUBC, AND, OR, XOR, CMP, MULU, DIVUW, INC, DEC, ROR, ROL, RORC, ROLC, ROR4, ROL4, PUSH, POP, DBNZ 2 sfr ADD MOV MOV MOV MOV ADDC XCH XCH XCH XCH SUB ADD ADD ADD SUBC ADDC ADDC AND SUB OR XOR CMP , 1 MOV MOV MOV ROR XCH XCH XCH ROL ADD ADD RORC ADDC ADDC , CMP CMP MOV MOV MOV INC ADD r DEC ADDC SUB SUBC AND OR XOR CMP B


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PDF PD780851 78K/0 PD780852 PD78F0852 U14581J 78K/0 U12326J PWM816 CSTCR4M00G53A-R0 sm31-sm34 CSTCR4M00G55A-R0 CSTCC8M00G53A-R0 CSTCR4M19G53A-R0 PD780338 pd780828 uPD780851GC SGCL0-SGCL20 uPD780852
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