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HMS81032E/HMS81032TL

12

Nov. 2001 Ver 2.00

7. ELECTRICAL CHARACTERISTICS

7.1 Absolute Maximum Ratings

Supply voltage ........................................... -0.3 to +4.1 V

Input Voltage .....................................-0.3 to V

DD

+0.3 V

Output Voltage ...................................-0.3 to V

DD

+0.3 V

Operating Temperature........................................ 0~70

°

C

Storage Temperature ...................................... -65~150

°

C

Power Dissipation................................................700 mA

Note: Stresses above those listed under “Absolute Maxi-
mum Ratings” may cause permanent damage to the de-
vice. This is a stress rating only and functional operation of
the device at any other conditions above those indicated in
the operational sections of this specification is not implied.
Exposure to absolute maximum rating conditions for ex-
tended periods may affect device reliability.

7.2 Recommended Operating Conditions

7.3 DC Electrical Characteristics

(T

A

=-0~70

°

C, V

DD

=2.0~3.6V, GND=0V)

Parameter

Symbol

Condition

Specifications

Unit

Min.

Max.

Supply Voltage

V

DD

f

XIN

=4MHz

2.0

3.6

V

Operating Frequency

f

XIN

V

DD

=2.0~3.6V

1.0

4.0

MHz

Operating Temperature

T

OPR

-

0

+70

°

C

Parameter

Symbol

Condition

Specifications

Unit

Min.

Typ.

Max.

High level
input Voltage

V

IH1

R11,R12,R14,RESET

0.8 V

DD

-

V

DD

V

V

IH2

R0,R1(except R11,R12,R14), R2

0.7 V

DD

-

V

DD

V

Low level
input Voltage

V

IL1

R11,R12,R14,RESET

0

-

0.2 V

DD

V

V

IL2

R0,R1(except R11,R12,R14), R2

0

-

0.3 V

DD

V

High level input
Leakage Current

I

IH

R0,R1,R2,RESET,V

IH

= VDD

-

-

1

µ

A

Low level input
Leakage Current

I

IL

R0,R1,R2,RESET (without pull-up),V

IL

= 0

-

-

-1

µ

A

High level
output Voltage

V

OH1

R0, I

OH

=-0.5mA

VDD-0.4

-

-

V

V

OH2

R1, R2, I

OH

=-1.0mA

VDD-0.4

-

-

V

V

OH3

XIN, XOUT,I

OH

=-200

µ

A

VDD-0.9

-

-

V

Low level
output Voltage

V

OL1

R0, I

OL

=1mA

-

-

0.4

V

V

OL2

R1, R2, I

OL

=5mA

-

-

0.8

V

V

OL3

XIN, XOUT,I

OL

=200

µ

A

-

-

0.8

V

High level output
Leakage Current

I

OHL

R0,R1,R2, V

OH

= VDD

-

-

1

µ

A

Low level output
Leakage Current

I

OLL

R0,R1,R2, V

OL

= 0

-

-

-1

µ

A

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Summary of Contents for HMS81004E

Page 1: ...HYNIX SEMICONDUCTOR 8 BIT SINGLE CHIP MICROCONTROLLERS HMS81004 08 16 24 32E HMS81020 32TL User s Manual Ver 2 00...

Page 2: ...ynix Semiconductor reserves the right to make changes to any information here in at any time without notice The information diagrams and other data in this manual are correct and reliable however Hyni...

Page 3: ...TERRUPTS 46 Interrupt priority and sources 47 Interrupt control register 47 Interrupt accept mode 48 Interrupt Sequence 49 BRK Interrupt 51 Multi Interrupt 51 External Interrupt 51 Key Scan Input Proc...

Page 4: ...HMS81032E HMS81032TL NOV 2001 Ver 2 00...

Page 5: ...saving modes to reduce power consumption 1 2 Features Instruction Cycle Time 1us at 4MHz Programmable I O pins Operating Voltage 2 0 3 6 V 4MHz MASK 2 0 4 0 V 4MHZ OTP Timer Timer Counter 16Bit 1ch 8B...

Page 6: ...ler an in circuit emulator CHOICE Dr TM and OTP programmers Macro assembler operates under the MS Windows 95 98TM NT4 W2000 Please contact sales part of HYNIX Software MS Window base assembler Linker...

Page 7: ...M 448byte ROM 32kbyte Prescaler B I T Watchdog Timer Timer Interrupt Key Scan INT Generation Block Clock Gen System Control R0 PORT R1 PORT R2 PORT REMOUT R17 T0 R16 T1 R15 T2 R14 EC R12 INT2 R11 INT1...

Page 8: ...1 2 3 4 5 6 7 8 9 10 11 12 13 14 28 27 26 25 24 23 22 21 20 19 18 17 16 15 R13 R12 R11 R10 VDD XOUT XIN R00 R01 R02 R03 R20 R14 R15 R16 R17 REMOUT RESET TEST R07 R06 R05 R04 VSS 24PIN 1 2 3 4 5 6 7 8...

Page 9: ...043 0 021 0 065 0 100 BSC 0 300 BSC 0 270 0 012 0 15 MAX 0 180 MIN 0 015 0 140 0 512 0 020 0 050 BSC 0 0 1 3 0 8 0 042 20 PDIP 20 SOP UNIT INCH MAX MIN 1 015 0 015 0 050 0 120 0 245 0 008 0 299 0 291...

Page 10: ...0 065 0 100 BSC 0 300 BSC 0 300 0 014 0 15 MAX 0 180 MIN 0 015 0 140 0 614 0 020 0 050 BSC 0 0 1 3 0 8 0 042 24 SKDIP 24 SOP UNIT INCH MAX MIN 1 160 0 015 0 045 0 120 0 250 0 008 0 299 0 291 0 419 0 3...

Page 11: ...0 055 0 100 BSC 0 300 BSC 0 300 0 014 0 15 MAX 0 180 MIN 0 020 0 140 0 713 0 020 0 050 BSC 0 0 1 3 0 8 0 042 28 SKDIP 28 SOP UNIT INCH MAX MIN 1 355 0 015 0 045 0 120 0 275 0 008 0 299 0 291 0 419 0 3...

Page 12: ...en to the Port Direction Register can be used as outputs or inputs R10 R17 R1 is an 8 bit CMOS bidirectional I O port R1 pins 1 or 0 written to the Port Direction Register can be used as outputs or in...

Page 13: ...rogrammable as key scan input or open drain output Pull up resisters are automatically disabled at output mode Direct driving of LED N Tr INPUT State of before Stop R11 INT1 I O R12 INT2 I O R13 I O R...

Page 14: ...unction Sele Key Scan Pull up Reg Rd VDD VSS Pull up Tr Input Open Drain Reg Data Bus Tr Transistor Reg Register LVD Circuit OTP connected MASK option default connected VDD KS_EN Standby Release Level...

Page 15: ...ASK option default connected VDD KS_EN Standby Release Level Control Register ction Reg Dir Reg MUX to R15 T2 to R16 T1 to R17 T0 MUX MUX Pin Data Reg Dir Reg Pull up Reg Rd VDD VSS Pull up Tr Open Dr...

Page 16: ...2 0 3 6V GND 0V Parameter Symbol Condition Specifications Unit Min Max Supply Voltage VDD fXIN 4MHz 2 0 3 6 V Operating Frequency fXIN VDD 2 0 3 6V 1 0 4 0 MHz Operating Temperature TOPR 0 70 C Parame...

Page 17: ...ting current fxin 4Mhz VDD 2 0V 2 4 6 mA IDD2 Operating current fxin 4Mhz VDD 3 6V 4 10 mA ISLP1 Sleep mode current fxin 4Mhz VDD 2 0V 1 2 mA ISLP2 Sleep mode current fxin 4Mhz VDD 3 6V 2 3 mA ISTP1 S...

Page 18: ...0 ns System clock cycle time tSYS 500 1000 2000 ns External clock pulse width High tCPH XIN 40 ns External clock pulse width Low tCPL XIN 40 ns External clock rising time tRCP XIN 40 ns External clock...

Page 19: ...HMS8132E HMS81032TL Nov 2001 Ver 2 00 15 Figure 7 3 Timing Diagram tRCP tFCP XIN INT1 INT2 0 5V VDD 0 5V 0 2VDD 0 8VDD 0 2VDD RESET 0 2VDD 0 8VDD EC tIL tIH tRSTL tECL tECH tCP tCPH tCPL tREC tFEC...

Page 20: ...y can be used as simple accumulators X Register In the case of division instruction execute as register Y Register In the case of 16 bit operation instruction execute as the upper 8 bit of YA 16 bit a...

Page 21: ...er an arithmetic operation and is also changed by the Shift Instruction or Rotate Instruction SP 01H Stack Address 100H 1FFH 15 0 8 7 Hardware fixed Caution The Stack Pointer must be initialized by so...

Page 22: ...g G This flag assigns RAM page for direct addressing mode In the direct addressing mode addressing area is from zero page 00H to 0FFH when this flag is 0 If it is set to 1 addressing area is 1 Page It...

Page 23: ...interrupt causes the CPU to jump to specific location where it commences the execution of the service routine The External interrupt 0 for example is assigned to loca tion 0FFFAH The interrupt servic...

Page 24: ...ea 192 Bytes means that the BRK software interrupt is using same address with TCALL0 NOTE TCALL 15 TCALL 14 TCALL 13 TCALL 12 TCALL 11 TCALL 10 TCALL 9 TCALL 8 TCALL 7 TCALL 6 TCALL 5 TCALL 4 TCALL 3...

Page 25: ...T_USED DW INT2 Int 2 DW INT1 Int 1 DW KEY_INT Key Scan DW NOT_USED DW RESET Reset ORG 08000H HMS81032E Program start address MAIN PROGRAM RESET NOP CLRG DI Disable All Interrupts LDX 0 RAM_CLR LDA 0 R...

Page 26: ...in each peripheral section Note Write only registers can not be accessed by bit ma nipulation instruction Do not use read modify write instruc tion Use byte manipulation instruction Example To write...

Page 27: ...IRQL R W 00 b 00CEh INT ENABLE REG HIGH IENH R W 000 000 b 00CFh INT REQUEST FLAG REG HIGH IRQH R W 000 000 b 00D0h TIMER0 16bit MODE REG TM0 R W 00000000b 00D1h TIMER1 8bit MODE REG TM1 R W 00000000...

Page 28: ...RELEASE LEVEL CONT REG 0 SRLC0 W 00000000b 00F7h STANDBY RELEASE LEVEL CONT REG 1 SRLC1 W 00000000b 00F8h PORT R0 PULL UP REG CONT REG R0PC W 00000000b 00F9h PORT R1 PULL UP REG CONT REG R1PC W 000000...

Page 29: ...t address which is composed of 8 bit RAM paging register RPR and 8 bit immediate data Example G 1 RPR 0CH E45535 LDM 35H 55H 3 Direct Page Addressing dp In this mode a address is specified within dire...

Page 30: ...AM X X indexed direct page auto increment X In this mode a address is specified within direct page by the X register and the content of X is increased by 1 LDA STA Example G 0 X 35H DB LDA X X indexed...

Page 31: ...page indirect dp Assigns data address to use for accomplishing command which sets memory data or pair memory by Operand Also index can be used with Index register X Y JMP CALL Example G 0 3F35 JMP 35...

Page 32: ...rect page plus Y register data ADC AND CMP EOR LDA OR SBC STA Example G 0 Y 10H 1725 ADC 25H Y Absolute indirect abs The program jumps to address specified by 16 bit absolute address JMP Example G 0 1...

Page 33: ...n Register R0ODC R0 Open Drain Assign Register R0ODC is 8bit register and can assign R0 port as open drain output port each bit if corresponding port is selected as output If R0ODC is se lected as 1 p...

Page 34: ...acts as port R1 selection mode and when set as 1 it becomes function selection mode PMR1 is write only register and initialized as 00h in re set state Therefore becomes Port selection mode Port R1 can...

Page 35: ...d The initial value of R2 is unknown in reset state 3 R2 Open drain Assign Register R2ODC R2 Open Drain Assign Register R2ODC is 8bit register and can assign R2 port as open drain output port each bit...

Page 36: ...k to peripheral hardware can be stopped by bit4 EN PCK of CKCTLR Register ENPCK is set to 1 in reset state Clock Control Register W CKCTLR ADDRESS 0C7H INITIAL VALUE 110111b 0 1 2 3 4 5 6 7 ENPCK 0 St...

Page 37: ...tion circuit is designed to be used either with a ce ramic resonator or crystal oscillator Since each crystal and ceramic resonator have their own characteristics the user should consult the crystal m...

Page 38: ...ut open 2 0 3 6 MURATA CSTCC2M00G56 R0 Cin Cout open 2 0 3 6 4 00MHz CQ ZTT4 00 Cin Cout open 2 0 3 6 CQ ZTA4 00 Cin Cout 30pF 2 0 3 6 MURATA CSTS0400MG06 Cin Cout open 2 0 3 6 MURATA CSTLS4M00G56 B0...

Page 39: ...and then after one machine cycle BTCL becomes 0 and B I T starts counting BTCL is set to 0 in reset state The input clock of B I T can be selected from the prescaler within a range of 2us to 256us by...

Page 40: ...64 100 fXIN 128 101 fXIN 256 110 fXIN 512 111 fXIN 1024 Clear bit 0 Normal operation free run 1 Clear 8 bit counter BITR to 0 and count up again INITAIL VALUE 110111B ADDRESS 0C7H CKCTLR INITIAL VALU...

Page 41: ...Request is used for input clock of WDT Input clock cycle is possible from 512 us to 65 536 us by BTS at fex 4MHz At Hardware reset time WDT starts automatically Therefore the user must select the CKCT...

Page 42: ...event counter Timer0 16 bit Interval Timer 16 bit Event Counter 16 bit Input Capture 16 bit rectangular wave output Single Modulo N Mode Timer Output Initial Value Setting Timer0 Timer1 combination Lo...

Page 43: ...r 01 mode register TOUT LOGIC 0 Timer1 output low 1 Timer1 output high Timer1 output initial value 0 T0OUT Polarity Equal to TOUT Logic input signal 1 T0OUT Polarity Reverse to TOUT Logic input signal...

Page 44: ...Control 0 Timer Counter 1 Input capture PS1 not supporting Timer0 Interrupt select 0 Timer0 Stop 1 Tiemr0 Start after clear Timer0 Start Stop control R W R W CAP0 T0ST input capture 000 PS0 250ns 001...

Page 45: ...INITIAL VALUE 00H ADDRESS 0D1H TM1 T1SL2 T1SL1 T1SL0 R W R W R W R W R W T1MOD Timer 1 mode register Timer1 input clock select fex 4Mhz 0 Modulo N 1 Single Mode 0 Interrupt Every Count Overflow 1 Inte...

Page 46: ...2 PS12 T2 COUNT REG 0D9H T2DR BTCL 7 6 5 4 3 2 1 0 T2CN INITIAL VALUE 00H ADDRESS 0D2H TM2 T2SL2 T2SL1 T2SL0 R W R W R W R W R W Timer 2 mode register Timer2 input clock select fex 4Mhz 0 Count Pause...

Page 47: ...ounter T0ST or T1ST should be temporarily set to 0 and then set to 1 T0CN T1CN T0ST and T1ST should be set 1 when Timer counting up Controlling of CAP0 enables Timer0 as input capture By programming o...

Page 48: ...Stop Operation of Timer0 Timer 0 IFT0 Interrupt TDR TIME Occur interrupt Occur interrupt stop clear start disable enable Start Stop T0ST T0CN Control count u p c o u n t T0ST 0 T0ST 1 T0CN 0 T0CN 1 Fi...

Page 49: ...f interrupt select bit T0IFS T1IFS of Mode Register is 0 Interrupt occurs on every Time out If it is 1 Interrupt occurs every second time out Note Timer Output is toggled whenever time out happen 4 Ti...

Page 50: ...l is also possible Software inter rupt is non maskable interrupt the others are all maskable interrupts 8 interrupt source 2Ext 3Timer BIT WDT and Key Scan 8 interrupt vector Nested interrupt control...

Page 51: ...lag is automatically cleared during interrupt cycle process The interrupt request flag maintains 1 until the interrupt is accepted or is cleared in program In reset state interrupt request flag regist...

Page 52: ...isable 1 Enable VALUE R W INITIAL VALUE 000 000 B ADDRESS 0CEH IENH INT1E MSB LSB T0E T1E INT2E R W External interrupt 1 INITIAL VALUE 00 B ADDRESS 0CCH IENL MSB LSB Timer1 R W R W R W R W Basic Inter...

Page 53: ...isabled 2 Interrupt request flag for the interrupt source accepted is cleared to 0 3 The contents of the program counter return address and the program status word are saved pushed onto the stack area...

Page 54: ...ata memory area for saving registers The following method is used to save restore the general purpose registers Example Register save using push and pop instructions General purpose register save rest...

Page 55: ...ser sets I flag in interrupt routine some further interrupt can be serviced even if certain interrupt is in progress Example During Timer1 interrupt is in progress INT1 interrupt serviced without any...

Page 56: ...sources which release standby SLEEP STOP mode Key Scan ports are all 16bit which are controlled by Standby Mode Release Register SMRR0 SMRR1 Key Input is consid ered as Interrupt therefore KSCNE bit o...

Page 57: ...R07 R00 R0 PORT LOGIC R13 R12 R11 R14 R15 R16 R17 R10 SMRR0 SRLC0 R1 PORT LOGIC SMRR1 SRLC1 Internal Key Scan Input W W W W W W W KR06 KR05 KR04 KR03 KR02 KR01 KR00 KR0 1 Select 0 No Select BTCL 7 6 5...

Page 58: ...nter rupt bit10 of prescaler should be selected as B I T input clock before entering SLEEP mode NOP instruction should be follows setting of SLEEP mode for rising pre charge time of data bus line ex s...

Page 59: ...on execution starts after stabi lization oscillation time is set by value of BTS2 BTS0 and set ENPCK to 1 Figure 15 1 Block Diagram of Standby Circuit OSC Circuit Clock Pulse Generator CPU Clock Relea...

Page 60: ...Mask Enable flag 0 program executes from the next instruction of standby instruction When 1 enters each interrupt service routine Basic Interval Timer IFBIT When B I T is executed only by bit10 of pr...

Page 61: ...levant interrupt service routine Note When STOP instruction is used B I T should guar antee the stabilization oscillation time Thus just before en tering STOP mode clock of bit10 PS10 of prescaler is...

Page 62: ...Internal CPU Stop Stop Register Retained Retained RAM Retained Retained I O port Retained Retained Prescaler Active Stop Basic Interval Timer PS10 selected Active Others Stop Stop Watch dog Timer Stop...

Page 63: ...until a crystal ceramic oscillator oscillates stably After power applies and starting of oscil lation this reset state is maintained for about oscillation cycle of 219 about 65 5ms at 4MHz The executi...

Page 64: ...e Figure 16 2 Block Diagram of Power On Reset Circuit RESET GND 0 1uF GND VDD Internal Reset Power on Detect Pulse Generator OSC Circuit Prescaler Basic Interval Timer B I T Overflow Detection Circuit...

Page 65: ...th Pull up resistor by Mask op tion If there is no information on the Mask option sheet the default pull up option all port connect to pull up resis tor is selected 3 Release of Low Voltage Detection...

Page 66: ...e Remout port Low Level OSC STOP All I O port pull up on Mask Option SRAM Data retention until Fret Table 16 1 The operation after Low Voltage detection VDD 2V Min 1 7V typ 20 C 0 7V Vret 0V 3V about...

Page 67: ...art example after Reset using SRAM Back up Figure 16 7 S W flow chart example after Reset using SRAM Back up RESET Check the SRAM value Stack Pointer initialize SRAM DATA VALID Use Saved SRAM value Cl...

Page 68: ...14 R15 R16 R17 REMOUT RESET TEST R07 R06 R05 R04 VSS 1 2 3 4 5 7 8 9 10 11 12 24 23 22 21 20 19 18 17 16 15 6 14 13 24Pin 300mil width PDIP SOP R11 R10 VDD XOUT XIN R00 R01 R02 R03 R20 R16 R17 REMOUT...

Page 69: ...ent AL AH VDD VDD VSS A0 A8 D0 A1 A9 D1 A2 A10 D2 A3 A11 D3 R20 1 2 3 4 5 7 8 9 10 11 12 13 14 6 WE VE RDE VSS VPP D7 A15 A7 D6 A14 A6 D5 A13 A5 D4 A12 A4 VSS 28 27 26 25 24 23 22 21 20 19 18 17 16 15...

Page 70: ...pull up resistor is disabled automatically Programmable key scan Input function LED driver include N TR Programmable open drain output Input Remain Input Output Input Remain 8bit CMOS input with pull...

Page 71: ...EST RESET REMOUT R17 Input 25 R16 26 R15 27 R14 28 EPROM Mode Pin Name No Connection No Connection No Connection No Connection No Connection No Connection No Connection No Connection VDD VDD VSS A0 A8...

Page 72: ...H H H H H H H H LOCK Bit Read 11 5V H L H H H H Mode setting VPP RDE MS VE WE AL AH Remark PROM Write Verify 11 5V L H H H H L H H H L H L L H H H H H PROM Verify or Read 11 5V L H H H L H H H H L H L...

Page 73: ...t IDD 100 mA VPPcurrent IPP 100 mA W E VIL VDDvoltage VDD 4 5 5 0 5 5 V VPPvoltage VPP 11 2 11 5 11 8 V VSSvoltage VSS 0 0 0 V GROUNDLevel Items Symbol Min Typ Max Unit High Address Setup Time tAHS 2...

Page 74: ...IL 0 2 0 2 V Output high voltage VOH 0 7VDD V IOH 2 5mA Output low voltage VOL 0 4 V IOL 1mA VDDActive current IDD1 30 mA VE VIL Items Symbol Min Typ Max Unit High Address Setup Time tAHS 2 us High Ad...

Page 75: ...Timing tAHS tAH tAHH tALS tAL tALH tWES tWE tWEH tVE tVEF tVED Mode setting 1Byte PGM Verify Repeat area 1 R0 7 0 address input is latched when AH R10 AL R11 is rising 2 R0 7 0 Data out DOUT is valid...

Page 76: ...B VSS RESETB RDE REMOUT MS R20 R0 7 0 VE R17 WE R16 AL R11 AH R10 0V 0V 5V Min 50ms 11 5V Min 2us Min 10us H H H H H Latch Timing Latch Timing tAHS tAH tAHH tALS tAL tALH tVE tVEF tVED Mode setting Ve...

Page 77: ...R20 R0 7 0 VE R17 WE R16 AL R11 AH R10 0V 0V 5V Min 50ms 11 5V Min 2us Min 10us H H H H L Latch Timing tAHS tAH tAHH tWES tWE tWEH Mode setting PGM 1 DIN 06XH LOCK bit Write Data X means don t care 2...

Page 78: ...D VDD VPP TESTB VSS RESETB RDE REMOUT MS R20 R0 7 0 VE R17 WE R16 AL R11 AH R10 0V 0V 5V Min 50ms 11 5V Min 2us Min 10us H H H H L Latch Timing tAHS tAH tAHH Mode setting Lock bit Read DOUT tVE tVED t...

Page 79: ...11 5V 0 3V Start Address n 0 n 1 n Data write tWE 200us 10 Verify Last Address Set EPROM write to Verify mode VDD 5 0 5 V VPP 11 5V VDD 2 7 0 2 V VPP 11 5V Verify all Address Device Pass Device Fail...

Page 80: ...m temperature 17 9 REMOUT Port Iol Characteristics Graph typical process room temperature Figure 17 3 Ioh vs Voh 0 Ioh mA Voh V 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 4 0 5 10 15 20 25 30 Vdd 2V Vdd 3V Vdd 4V...

Page 81: ...HMS8132E HMS81032TL Nov 2001 Ver 2 00 77 Figure 17 5 Low Voltage vs Temperature 1 4 1 5 1 6 1 7 1 8 1 9 2 0 25 20 15 10 5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 LVD V Temperature C...

Page 82: ...frared LED Indicator LED R00 R01 R02 R03 R04 R05 R06 R07 R17 R16 R15 R14 R13 R12 R11 R10 1 2 3 4 5 6 7 8 9 10 11 13 12 15 14 16 18 19 21 20 23 22 24 17 26 27 29 28 31 30 32 25 34 35 37 36 39 38 40 33...

Page 83: ...t Xin R00 R01 R02 R03 R20 TEST R07 R06 R05 R04 VSS R14 R15 R16 R17 REMOUT RESET 0 1uF 0 1uF DC 3V alkaline battery Infrared LED Indicator LED R00 R01 R02 R03 R04 R05 R06 R07 R17 R16 R15 R14 R13 R12 R1...

Page 84: ...HMS81032E HMS81032TL 80 Nov 2001 Ver 2 00...

Page 85: ...APPENDIX...

Page 86: ...256 Customer should write inside thick line box This box is written after 6 Verification 28SOP 28SKDIP 24SOP 24SKDIP YYWW KOREA Customer s logo Customer logo is not required YYWW KOREA HMS810 Customer...

Page 87: ...Register auto increment bit Bit Position A bit Bit Position of Accumulator dp bit Bit Position of Direct Page Memory M bit Bit Position of Memory Data 000H 0FFFH rel Relative Addressing Data upage U...

Page 88: ...EI LDM dp imm STA dp STA dp X STA abs TAX STY dp TCALL 14 STC M bit STX dp STX dp Y XAX STOP LOW HIGH 10000 10 10001 11 10010 12 10011 13 10100 14 10101 15 10110 16 10111 17 11000 18 11001 19 11010 1...

Page 89: ...X 19 2 5 20 ASL abs 18 3 5 21 CMP imm 44 2 2 Compare accumulator contents with memory contents A M 22 CMP dp 45 2 3 23 CMP dp X 46 2 4 24 CMP abs 47 3 4 N ZC 25 CMP abs Y 55 3 5 26 CMP dp X 56 2 6 27...

Page 90: ...A A M 66 OR dp X 66 2 4 67 OR abs 67 3 4 N Z 68 OR abs Y 75 3 5 69 OR dp X 76 2 6 70 OR dp Y 77 2 6 71 OR X 74 1 3 72 ROL A 28 1 2 Rotate left through Carry 73 ROL dp 29 2 4 N ZC 74 ROL dp X 39 2 5 7...

Page 91: ...F4 1 4 26 STA X FB 1 4 X register auto increment M A X X 1 27 STX dp EC 2 4 Store X register contents in memory 28 STX dp Y ED 2 5 M X 29 STX abs FC 3 5 30 STY dp E9 2 4 Store Y register contents in...

Page 92: ...2 4 Bit test A with memory MM Z 4 BIT abs 1C 3 5 Z A M N M7 V M6 5 CLR1 dp bit y1 2 4 Clear bit M bit 0 6 CLRA1 A bit 2B 2 2 Clear A bit A bit 0 7 CLRC 20 1 2 Clear C flag C 0 0 8 CLRG 40 1 2 Clear G...

Page 93: ...4 Branch if plus if N 0 then pc pc rel 11 BRA rel 2F 2 4 Branch always pc pc rel 12 BVC rel 30 2 2 4 Branch if overflow bit clear if V 0 then pc pc rel 13 BVS rel B0 2 2 4 Branch if overflow bit set...

Page 94: ...NOP FF 1 2 No operation 5 POP A 0D 1 4 sp sp 1 A M sp 6 POP X 2D 1 4 sp sp 1 X M sp 7 POP Y 4D 1 4 sp sp 1 Y M sp 8 POP PSW 6D 1 4 sp sp 1 PSW M sp restored 9 PUSH A 0E 1 4 M sp A sp sp 1 10 PUSH X 2E...

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