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XORB 48

Abstract: xorb48 CLR45 ir417 ISO000 Z8000 SDL41 Dynamic arithmetic shift Dst 413
Text: (49), X(49) XORB R(88), IM(08), IR(08), DA( 48 ), X( 48 ) Translate test byte decrement and repeat , Arithmetic Instructions.4-6/4-7 4-5 Logical Instructions. 4-8 4-6 Program Control Instructions.4-9 4-7 Bit Manipulation Instructions.4-10 4-8 Rotate and Shift Instructions.4-11 4-9 , manipulation instructions are in table 4-7. Rotate and shift instructions are in table 4-8 . Block transfer and , least significant bit) XORB XOR r ,src IM,R,IR,DA,X Exclusive OR R <= R XOR src 2-8 TABLE 4-6. PROGRAM


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PDF Am96/4016-ASM 0680138A XORB 48 xorb48 CLR45 ir417 ISO000 Z8000 SDL41 Dynamic arithmetic shift Dst 413
XORB 48

Abstract: No abstract text available
Text: Switch On Resistance*4' Vcc=Min.,ViN=0.0V, Ion = 48 mA or 64mA Vcc=Min.,ViN=2.4V, Ion = 15mA 7 15 , '2 '1 A xtoB x Bus Enable Time tPZL B E toA xorB x C l = 50pF, R l = 500Î2, tPHZ BusDisableTime R = 500i2 tPLZ B E toA xorB x U n it 0.25 ns 1.0 4.0 ns 1.0 4.5


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PDF PI3B3244 PI3B3244 P74FCT244T, 74F244, 74ALS/AS/LS2448-bit PS8149 DD02E10 20-PIN XORB 48
1997 - 88c166

Abstract: siemens 88C166 microcontroller C166 instruction set C163F C163 C161V C161SI C161RI C161O XORB 48
Text: SUBC CMP XOR AND OR x1 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB , CMPB XORB ANDB ORB x4 ADD ADDC SUB SUBC - XOR AND OR x5 ADDB ADDCB SUBB SUBCB - XORB ANDB ORB x6 ADD ADDC SUB SUBC CMP XOR AND OR x7 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB x8 ADD ADDC SUB SUBC CMP XOR AND OR x9 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB


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PDF 16-Bit 88c166 siemens 88C166 microcontroller C166 instruction set C163F C163 C161V C161SI C161RI C161O XORB 48
Not Available

Abstract: No abstract text available
Text: program ROM , 512 bytes of data RAM, 48 I/O lines, built-in 16-bit timers, 10-bit A/D converter, serial I , PAS0 N ~49l P4/TW1 4j/ RM ~ 48 ~l P4j/PW0 M 471 P4,/T 1C MK 461 P4DMK fT 0C ~45~l P3,/T 3I0 M , . XOR A, * A «- A xor * XORB A, * A l «- A Lxor * XOR *, A * <- xor A XORB *, A * «- * xor A l XOR *, d * «- xor(d) XORB *, d * «- * xor(d) XOR *, # * <- * xor Imme. XORB *, # * <- * xor Imme. Instruction Function Comparison


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PDF MSM66201/66P201 MSM66201 16-bit 10-bit MSM66P201, 10MHz MSM66P201 MSM66201
1995 - Siemens C16x Family Instruction Set Manual

Abstract: c16x C167 instruction set C167CR C167 B40N C163 88C166 83C166W 80C166W
Text: AND OR x1 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB x2 ADD ADDC SUB SUBC CMP XOR AND OR x3 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB , SUBCB - XORB ANDB ORB x6 ADD ADDC SUB SUBC CMP XOR AND OR x7 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB x8 ADD ADDC SUB SUBC CMP XOR AND OR x9 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB xA


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PDF 16-Bit Siemens C16x Family Instruction Set Manual c16x C167 instruction set C167CR C167 B40N C163 88C166 83C166W 80C166W
1996 - XORB SOT-23

Abstract: C167SR C167CR C167 C165 C163 88C166 83C166W 83C166 80C166W
Text: ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB x2 ADD ADDC SUB SUBC CMP XOR AND OR x3 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB x4 , XORB ANDB ORB x6 ADD ADDC SUB SUBC CMP XOR AND OR x7 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB x8 ADD ADDC SUB SUBC CMP XOR AND OR x9 ADDB ADDCB SUBB SUBCB CMPB XORB ANDB ORB xA BFLDL


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PDF 16-bit XORB SOT-23 C167SR C167CR C167 C165 C163 88C166 83C166W 83C166 80C166W
1997 - alternate SDA

Abstract: r2l diode AN817 AN81 X24645 AN811 AN818
Text: A14 A15 A16 A17 A18 A19 36 37 38 39 40 41 42 43 45 46 47 48 49 50 51 52 53 54 , 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 , mov.l mov.b mov.w mov.b mov.b cmp.w beq xor.b bra _test_recycle: not.b ; Initialization , another mov.b xor.b mov.w mov.b bsr ; ; ; ; ; Setup write test byte Complement if , xor.b mov.w mov.b bsr ; #DATABYTE3,r0l r6h,r0l #XADDRB,r1 #DEVADDR,r2l _byte_write:16


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PDF H8/3000 X24F016/032/064 X24165/325/645 H8/3000 X24645, 16MHz H8/3042 16MHz) AN81-15 alternate SDA r2l diode AN817 AN81 X24645 AN811 AN818
2000 - bcs 47

Abstract: alternate SDA H8/3042 AN81 X24645
Text: A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 36 37 38 39 40 41 42 43 45 46 47 48 49 , ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 , mov.l mov.b mov.b bsr mov.l mov.b mov.l mov.b mov.w mov.b mov.b cmp.w beq xor.b bra , mov.b xor.b mov.w mov.b bsr #DATABYTE3,r0l r6h,r0l #XADDRB,r1 #DEVADDR,r2l _byte_write:16 , address select (S1, S2) Write byte mov.b xor.b mov.w mov.b bsr ; #DATABYTE2,r0l r6h,r0l


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PDF H8/3000 X24645, X24165/645 H8/3042 16MHz) bcs 47 alternate SDA AN81 X24645
2005 - AN81

Abstract: X24645 16MHZ X-TAL 0x00000-0xFFFFF XORB 48 Intersil X24645
Text: 36 37 38 39 40 41 42 43 45 46 47 48 49 50 51 52 53 54 55 56 P9.0 P9.1 P9 , ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; _bogus_int: orc rte #0b11000000,ccr ; 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 , xor.b bra _test_recycle: not.b ; Initialization Disable interrupts (I and UI) Initialize the , .0 July 7, 2005 Application Note 81 xor.b mov.w mov.b bsr ; ; ; ; Complement if alternate , xor.b mov.w mov.b bsr ; r6h,r0l #XADDRB,r1 #DEVADDR,r2l _byte_write:16 #DATABYTE2,r0l r6h


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PDF H8/3000 X24645, X24165/645 H8/3000 16MHz) AN81 X24645 16MHZ X-TAL 0x00000-0xFFFFF XORB 48 Intersil X24645
Not Available

Abstract: No abstract text available
Text: program ROM, 1K bytes of data RAM , 48 I/O lines, built-in 16-bit timers, 10-bit A/D converter, serial I , Imme. XOR A, * A *- A xor * XORB A, * A l «- A Lxor * XOR *, A * <- xor A XORB *, A * *- * xor A l XOR *, d * <- xor(d) XORB *, d * «- * xor (d) XOR *, # * <- * xor Imme. XORB *, # * * or A * xor Imme. Comparison Function


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PDF MSM66207/66P207 16-bit 10-bit MSM66P207, 16-Bdd MSM66207 MSM66P207
XORB 48

Abstract: No abstract text available
Text: cc = M in., I in = -1 8 m A V cc = Min., V in = O.OV.Ion = 48 m A or 64mA V cc = M in., V in = 2.4V , tPLZ Description PropagationDelay1 23 1 A xtoBx Bus Enable Time BEtoA xorB x Bus Disable Time B EtoA xorB x Conditions CL=50pF, R l = 500Q M in. M ax . 0.25 U n it ns 1.0 C l = 50 pF


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PDF PI3B3244 PS0149 XORB 48
1996 - XORB

Abstract: difference between 8051 microcontroller and 80c51 80C51 80C52 80C51-to-XA XA User Guide
Text: XRL XRL A, Rn A, #data8 A, dir8 A, @Ri dir8, A dir8, #data8 XOR.b XOR.b XOR.b XOR.b XOR.b XOR.b R, R R, #data8 R, direct R, [R] direct, R direct, #data8 CLR A CPL A SWAP A , bit C bit C bit C, bit C, /bit C, bit C, /bit C, bit bit, C CLR CLR SETB SETB XOR.b XOR.b AND AND OR OR MOV MOV bit bit bit bit PSWL, #data8 direct, #data8 C, bit C, /bit


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PDF 80C51 addr24 16Mbyte rel16 XORB difference between 8051 microcontroller and 80c51 80C52 80C51-to-XA XA User Guide
XORB 48

Abstract: Jump transistor jst 7E UT80CRH196KD XORB
Text: op) 5/6 Indexed s - (6/8)/(6/8) (7/10)/(8/11) 48 SUB (3 op , ) (6/8)/(7/9) 94 XORB 3 Direct 0 0 - - 4 4 95 XORB 3 Immediate 0 0 - - 4 5 96 XORB 3 Indirect 0 0 - - (6/8)/(7/9) (6/8)/(7/9) 97 XORB 4/5 Indexed 0 0 - - (6/8)/(6/8


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PDF UT80CRH196KD XORB 48 Jump transistor jst 7E XORB
1998 - difference between 8051 microcontroller and 80c51

Abstract: 80c51 user guide 80C51 80C52 8051 PROGRAM C step motor XA User Guide
Text: XRL XRL A, Rn A, #data8 A, dir8 A, @Ri dir8, A dir8, #data8 XOR.b XOR.b XOR.b XOR.b XOR.b XOR.b R, R R, #data8 R, direct R, [R] direct, R direct, #data8 CLR A CPL A SWAP A , bit C bit C bit C, bit C, /bit C, bit C, /bit C, bit bit, C CLR CLR SETB SETB XOR.b XOR.b AND AND OR OR MOV MOV bit bit bit bit PSWL, #data8 direct, #data8 C, bit C, /bit


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PDF 80C51 addr24 16Mbyte rel16 difference between 8051 microcontroller and 80c51 80c51 user guide 80C52 8051 PROGRAM C step motor XA User Guide
i750

Abstract: 8086 with eprom 8XC196KT lanpro PTS04 PTS02 EPA650 intel RapidCAD cpu 272269
Text: 12 AD14 11 AD15 04 ADV 36 AINC 04 ALE 48 ANGND 08 BHE 35 BREQ 10 BUSWIDTH 39 CLKOUT 38 , 21 of PC Board 49 □ vREF AD4/P3.4 E 22 48 □ angnd AD3/P3.3 E 23 47 □ P0.7/PMODE.3/ACH7 , ADD INDIRECT (3 OPS) 47 ADD INDEXED (3 OPS) 48 SUB DIRECT (3 OPS) 49 SUB IMMEDIATE (3 OPS) 4A SUB , INDIRECT 93 ORB INDEXED 94 XORB DIRECT 95 XORB IMMEDIATE 96 XORB INDIRECT 97 XORB INDEXED 98 CMPB , and A * 0 0 OR/ORB 2 D = D or A * * 0 0 XOR/ XORB 2 D = D (exclusive or) A * * 0 0 LD/LDB


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PDF 8XC196KT Intel287â /TP925/1092 i750 8086 with eprom lanpro PTS04 PTS02 EPA650 intel RapidCAD cpu 272269
80c166-s

Abstract: sab-80c166 40MHZ rho ah CC710 SAB 80C166 board 83C166 SAB80C166 80C166 SAB 80C166-s 80C166/83C166
Text: the capture inputs or compare outputs for the CAPCOM unit as listed in the following table: 47 48 49 , direct memory 4 XORB Rb, Rb Bitwise XOR direct byte GPR with direct GPR 2 XORB Rb. [Rw] Bitwise XOR indirect byte memory with direct GPR 2 XORB Rb, [Rw + ] Bitwise XOR indirect byte memory with direct GPR and post-increment source pointer by 1 2 XORB Rb. #data3 Bitwise XOR immediate byte data with direct GPR 2 XORB reg, #data8 Bitwise XOR immediate byte data with direct register 4 XORB reg, mem Bitwise


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PDF 80C166 D-8000 80C166/83C166 P-QFP-100 80c166-s sab-80c166 40MHZ rho ah CC710 SAB 80C166 board 83C166 SAB80C166 SAB 80C166-s 80C166/83C166
80C166/83C166

Abstract: No abstract text available
Text: as listed in the following table: 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 , direct word register with direct memory 4 XORB Rb, Rb Bitwise XOR direct byte GPR with direct GPR 2 XORB Rb, [Rw] Bitwise XOR indirect byte memory with direct GPR 2 XORB Rb , 2 XORB Rb, #data3 Bitwise XOR immediate byte data with direct GPR 2 XORB reg, #data8 Bitwise XOR immediate byte data with direct register 4 XORB reg, mem Bitwise XOR


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PDF 16-Bit 80C166/83C166 83C166-3S 80C166-S 16-bit 16x16 83C166 80C166/83C166
1996 - diode T35 12H

Abstract: 80C166 80C166W 83C166W Siemens mt4
Text: multiplexed bus mode. 48 - 53 56 - 59 P5.0 ­ P5.9 I I Port 5 is a 10-bit input-only port with , register with direct memory 4 XORB Rb, Rb Bitwise XOR direct byte GPR with direct GPR 2 XORB Rb, [Rw] Bitwise XOR indirect byte memory with direct GPR 2 XORB Rb, [Rw +] Bitwise XOR indirect byte memory with direct GPR and post-increment source pointer by 1 2 XORB Rb, #data3 Bitwise XOR immediate byte data with direct GPR 2 XORB reg, #data8 Bitwise


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PDF C16x-Family 16-Bit 80C166W/83C166W 83C166W 80C166W/ 83C166W/ 83C166W diode T35 12H 80C166 80C166W Siemens mt4
1996 - 83C166W

Abstract: 80C166W-MT3 diode T35 12H 80C166 80C166W ADDCB 83C166W-5M
Text: multiplexed bus mode. 48 - 53 56 - 59 P5.0 ­ P5.9 I I Port 5 is a 10-bit input-only port with , register with direct memory 4 XORB Rb, Rb Bitwise XOR direct byte GPR with direct GPR 2 XORB Rb, [Rw] Bitwise XOR indirect byte memory with direct GPR 2 XORB Rb, [Rw +] Bitwise XOR indirect byte memory with direct GPR and post-increment source pointer by 1 2 XORB Rb, #data3 Bitwise XOR immediate byte data with direct GPR 2 XORB reg, #data8 Bitwise


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PDF 16-Bit 80C166W/83C166W C16x-Family 80C166W/83C166W 83C166W 80C166W/ 83C166W/ 83C166W 80C166W-MT3 diode T35 12H 80C166 80C166W ADDCB 83C166W-5M
2000 - ST10 FAMILY PROGRAMMING MANUAL

Abstract: ST10 with MAC TMP 3X xm 69 rb 00FF B241 ST10 st10 Bootstrap
Text: REG, #data16 ANDB XORB REG, #data16 CMPB SUBCB REG, #data16 SUBB SUB SUBB , BITadd, BITadd XORB BOR BITadd, BITadd BMOV PUSH RETP ADD x8 Rwn , [Rwi] Rwn , , MEM MOVBZ CMPD2 Rwn , MEM CMPD1 CMPD2 Rwn NEG ORB Rwn , Rwm ANDB XORB , CoXXX ORB ANDB XORB CMPB SUBCB SUBB ADDCB ADDB x3 Rwn , [Rwm + #d16] [Rwn , MEM, REG MOVBZ EINIT DISWDT _ _ ORB ANDB XORB _ SUBCB SUBB ADDCB


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PDF ST10FPM ST10 FAMILY PROGRAMMING MANUAL ST10 with MAC TMP 3X xm 69 rb 00FF B241 ST10 st10 Bootstrap
Not Available

Abstract: No abstract text available
Text: 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 P2.0 P2.15 I/O I/O I/O I/O I/O , XORB Rb, Rb Bitwise XOR direct byte GPR with direct GPR 2 XORB Rb, [Rw] Bitwise XOR indirect byte memory with direct GPR 2 XORB Rb, [Rw +] Bitwise XOR indirect byte memory with direct GPR and post-increment source pointer by 1 2 XORB Rb, #data3 Bitwise XOR immediate byte data with direct GPR 2 XORB reg, #data8 Bitwise XOR immediate byte data with direct


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PDF 80C166/83C166 16-Bit 83C166-3S 80C166-S 16-bit 16x16
2003 - Not Available

Abstract: No abstract text available
Text: . 48 2.1.3 Condition Code


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PDF 32-Bit REJ09B0102-0200Z
1995 - st10 Bootstrap

Abstract: No abstract text available
Text: . . . . . . . . . . . . . . . . . . . . . . . . 48 BAND . . . . . . . . . . . . . . . . . . . . . . , . 123 XORB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124 2/124 ST10 , BSET 4x CMP CMPB CMP CMPB CMP CMPB CMP CMPB BMOV DIV SHL JMPR BCLR BSET 5x XOR XORB XOR XORB XOR XORB XOR XORB XOR XORB BOR DIVU SHL JMPR BCLR BSET 6x AND ANDB AND ANDB AND ANDB AND ANDB AND ANDB , XORB XORB XORB XORB Rb, Rb Rb, [Rw] Rb, [Rw +] Rb, #data3 reg, #data16 reg, mem mem, reg Rw, Rw Rw, [Rw


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PDF 16-bit st10 Bootstrap
2002 - MAX32221

Abstract: ADC10SC ir sensor interface with msp430 MSP430X41X slaa024 lcd1*20 msp430 smoke detector SN 0203 ADC10CTL0 msp430 1121 msp430 ADC12
Text: -bit LCD Driver 160 Seg. FLASH RAM 32/ 48 /60kB SMCLK MCLK JTAG/EEM RISC CPU 16 , ,&WDTCTL bis.b #01h,&P1DIR Mainloop xor.b jmp #01h,&P1OUT Mainloop ORG DW END 0FFFEh , Purpose R15 - General Purpose DST 16 SRC 16-bit ALU 16 48 MSP430 Programming , xor.b #01h,&P1OUT ; Toggle P1.0 jmp Mainloop ; Jump to Mainloop , ;-Mainloop br Table(R15) ; Branch ; Ref0 xor.b #01h&P1OUT ; P1.0 toggle jmp Next ; ; Ref1 xor.b


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PDF MSP430 MSP430 250uA 16-bit, MAX32221 ADC10SC ir sensor interface with msp430 MSP430X41X slaa024 lcd1*20 msp430 smoke detector SN 0203 ADC10CTL0 msp430 1121 msp430 ADC12
XORB

Abstract: MSM66201 MSM66P201 P2e txc 61727 2TW/170
Text: within this chip are a 16-bit ALU, 16K bytes of mask program ROM, 512 bytes of data RAM, 48 I/O lines , *,d » «- * or (d) ORB »,# * «-* or Imme. XORB A, ♦ Al ALxor * XORB *. A * «- * xor Al XORB d * * xor (d) XORB * «-♦ xor Imme. Comparison Instruction Funaion CMP A,* A - * CMP A * -


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PDF MSM66201/66P201_ MSM66201 16-bit 10-bit MSM66P201, m-8044 021L02Ã XORB MSM66P201 P2e txc 61727 2TW/170
Supplyframe Tracking Pixel