Epson S1C6200 manuals
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98 pages 558.69 Kb
© SEIKO EPSON CORPORATION 2001 All rights reserved 2 SEIKO EPSON CORPORATION3 DevicesDevelopment tools S1C60 Family processors S1C62 Family processors Development tools for the S1C60/62 Family 5 CONTENTS1 DESCRIPTION 2 MEMORY AND OPERATIONS 3 INSTRUCTION SET A. S1C6200A (ADVANCED S1C6200) CORE CPU B. INSTRUCTION INDEX 7 1.1 System Features1.2 Instruction Set Features 1.3 Differences between S1C6200 and S1C6200A 9 2.1 Program Memory (ROM)14 2.2 Data Memory(within page) only (page specification) 4-bitdata Register area 2.2.1 Data memory addressing 16 2.3 ALU (Arithmetic Logic Unit) and Registers2.3.1 D (decimal) flag and decimal operations 2.3.2 A and B registers 17 2.4 Timing Generator2.4.1 HALT and SLP (sleep) modes 18 2.5 Interrupts2.5.1 Interrupt vectors 2.5.2 I (interrupt) flag 2.5.3 Operation during interrupt generation 21 2.5.4 Initial reset22 3.1 Instruction Indices32 3.2 OperandsFlags1.Carry flag 2.Zero flag 3.Decimal flag 4.Interrupt flag 33 3.4 Instruction Types3.5 Instruction DescriptionsACPX MX,r Add with carry r-registerto M(X), increment X by 34 ACPX MX,rACPY MY,r Add with carry r-registerto M(Y), increment Y by ACPY MY,r 35 ADC r,iAdd with carry immediate data i to r-register ADC r,q Add with carry q-registerto r-register ADC r,qADC XH,i Add with carry immediate data i to XH 36 ADC XH,iADC XL,i Add with carry immediate data i to XL ADC XL,iADC YH,i Add with carry immediate data i to YH 37 ADC YH,iADC YL,i Add with carry immediate data i to YL ADC YL,i 38 ADD r,iAdd immediate data i to r-register ADD r,qAdd q-registerto r-register 39 AND r,iLogical AND immediate data i with r-register AND r,qLogical AND q-registerwith r-register 40 CALL sCALZ sCall subroutine at page zero 41 CP r,iCompare immediate data i with r-register CP r,qCompare q-registerwith r-register 42 CP XH,iCompare immediate data i with XH CP XL,iCompare immediate data i with XL 43 CP YH,iCompare immediate data i with YH CP YL,iCompare immediate data i with YL 44 DEC MnDEC SP 46 FAN r,iLogical AND immediate data i with r-registerfor flag check FAN r,qLogical AND q-registerwith r-registerfor flag check HALT 47 INC Mn48 INC SPIncrement stack pointer by INC 49 INC YIncrement Y-registerby JPBAIndirect jump using registers A and B 50 JP C,sJump if carry flag is set JP NC,s 51 JP NZ,sJP s 52 JP Z,sLBPX MX,eLoad immediate data e to memory, and increment X by 53 LD A,MnLoad memory into A-register LD B,MnLoad memory into B-register 54 LD Mn,ALoad A-registerinto memory LD Mn,BLoad B-registerinto memory LDPX MX,i Load immediate data i into MX, increment X by 55 LDPX MX,iLDPX r,qLoad q-registerinto r-register,increment X by LDPY MY,i Load immediate data i into MY, increment Y by 56 LDPY MY,iLDPY r,q Load q-registerinto r-register,increment Y by LDPY r,q 57 LD r,iLoad immediate data i into r-register LD r,qLoad q-registerinto r-register 58 LD r,SPHLD r,SPL 59 LD r,XHLD r,XL 60 LD r,XPLD r,YH 61 LD r,YLLD r,YPLoad YP into r-register LD SPH,r Load r-registerinto SPH 62 LD SPH,rLD SPL,r 63 LD X,eLoad immediate data e into X-register LD XH,r 64 LD XL,rLD XP,r 65 LD Y,eLoad immediate data e into Y-register LD YH,r 66 LD YL,rLD YP,rLoad r-registerinto YP 67 NOP5No operation for 5 clock cycles NOP7No operation for 7 clock cycles 68 NOT rNOT r-register(one's complement) OR r,iLogical OR immediate data i with r-register 69 OR r,qLogical OR q-registerwith r-register POP FPop stack data into flags 70 POP rPop stack data into r-register POP XH 71 POP XLPOP XP 72 POP YHPOP YL 73 POP YPPSET p 74 PUSH FPUSH rPush r-registeronto stack 75 PUSH XHPUSH XL 76 PUSH XPPUSH YH 77 PUSH YLPUSH YPPush YP onto stack 78 RCFRDF RET 79 RETD eRETSReturn then skip an instruction 80 RLC rRotate r-registerleft with carry 81 RRC rRotate r-registerright with carry RST F,iReset flags using immediate data 82 RZFSBC r,iSubtract with carry immediate data i from r-register 83 SBC r,qSubtract with carry q-registerfrom r-register SCFSet carry flag SCPX MX,r Subtract with carry r-registerfrom M(X) and increment X by 84 SCPX MX,rSCPY MY,r Subtract with carry r-registerfrom M(Y) and increment Y by SCPY MY,r 85 SET F,iSet flags using immediate data SLP 86 SUB r,qSubtract q-registerfrom r-register SZF 87 XOR r,iExclusive-ORimmediate data i with r-register 88 XOR r,q 90 A1 Outline of DifferencesA2 Detailed Description of the DifferencesA2.1 Initial reset A2.2 Interrupt 93 APPENDIX B. INSTRUCTION INDEXACPX MX,r ACPY MY,r ADC r,i ADC r,q ADC XH,i ADC XL,i ADC YH,i ADC YL,i ADD r,i ADD r,q AND r,i AND r,q CALL s CALZ s CP r,i CP r,q CP XH,i CP XL,i CP YH,i CP YL,i DEC Mn DEC SP FAN r,i FAN r,q HALT INC Mn INC SP INC INC Y JPBA JP C,s JP NC,s JP NZ,s JP s JP Z,s 94 LBPX MX,eLD A,Mn LD B,Mn LD Mn,A LD Mn,B LDPX MX,i LDPX r,q LDPY MY,i LDPY r,q LD r,i LD r,q LD r,SPH LD r,SPL LD r,XH LD r,XL LD r,XP LD r,YH LD r,YL LD r,YP LD SPH,r LD SPL,r LD X,e LD XH,r LD XL,r LD XP,r LD Y,e LD YH,r LD YL,r LD YP,r NOP5 NOP7 NOT r OR r,i OR r,q POP F POP r POP XH POP XL POP XP POP YH POP YL POP YP PSET p PUSH F 95 PUSH rPUSH XH PUSH XL PUSH XP PUSH YH PUSH YL PUSH YP RCF RDF RET RETD e RETS RLC r RRC r RST F,i RZF SBC r,i SBC r,q SCF SCPX MX,r SCPY MY,r SDF SET F,i SLP SUB r,q SZF XOR r,i XOR r,q 96 International Sales OperationsIn pursuit of “Saving” Technology, Epson electronic devices 97 “Saving” TechnologyOur lineup of semiconductors, liquid crystal displays and quartz devices assists in creating the products of our customers’ dreams Epson IS energy savings 98 Core CPU Manual
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