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SN8P1829

8-Bit MCU build-in 12-bit ADC + PGIA + Charge-pump Reg 128 dots LCD driver

SONiX TECHNOLOGY CO., LTD

Page 65

Version 1.0

TC0OUT FREQUENCY TABLE

F

OSC

= 4MHz, TC0 Rate = F

CPU

/8, TC0_Counter=8-bit

, TC0X8=0

TC0R

TC0OUT

(KHz)

TC0R

TC0OUT

(KHz)

TC0R

TC0OUT

(KHz)

TC0R

TC0OUT

(KHz)

TC0R

TC0OUT

(KHz)

0  0.2441  56  0.3125  112 0.4340  168 0.7102  224 1.9531
1  0.2451  57  0.3141  113 0.4371  169 0.7184  225 2.0161
2  0.2461  58  0.3157  114 0.4401  170 0.7267  226 2.0833
3  0.2470  59  0.3173  115 0.4433  171 0.7353  227 2.1552
4  0.2480  60  0.3189  116 0.4464  172 0.7440  228 2.2321
5  0.2490  61  0.3205  117 0.4496  173 0.7530  229 2.3148
6  0.2500  62  0.3222  118 0.4529  174 0.7622  230 2.4038
7  0.2510  63  0.3238  119 0.4562  175 0.7716  231 2.5000
8  0.2520  64  0.3255  120 0.4596  176 0.7813  232 2.6042
9  0.2530  65  0.3272  121 0.4630  177 0.7911  233 2.7174

10  0.2541  66  0.3289  122 0.4664  178 0.8013  234 2.8409
11  0.2551  67  0.3307  123 0.4699  179 0.8117  235 2.9762
12  0.2561  68  0.3324  124 0.4735  180 0.8224  236 3.1250
13  0.2572  69  0.3342  125 0.4771  181 0.8333  237 3.2895
14  0.2583  70  0.3360  126 0.4808  182 0.8446  238 3.4722
15  0.2593  71  0.3378  127 0.4845  183 0.8562  239 3.6765
16  0.2604  72  0.3397  128 0.4883  184 0.8681  240 3.9063
17  0.2615  73  0.3415  129 0.4921  185 0.8803  241 4.1667
18  0.2626  74  0.3434  130 0.4960  186 0.8929  242 4.4643
19  0.2637  75  0.3453  131 0.5000  187 0.9058  243 4.8077
20  0.2648  76  0.3472  132 0.5040  188 0.9191  244 5.2083
21  0.2660  77  0.3492  133 0.5081  189 0.9328  245 5.6818
22  0.2671  78  0.3511  134 0.5123  190 0.9470  246 6.2500
23  0.2682  79  0.3531  135 0.5165  191 0.9615  247 6.9444
24  0.2694  80  0.3551  136 0.5208  192 0.9766  248 7.8125
25  0.2706  81  0.3571  137 0.5252  193 0.9921  249 8.9286
26  0.2717  82  0.3592 138 0.5297 194 1.0081 250 10.4167
27  0.2729  83  0.3613 139 0.5342 195 1.0246 251 12.5000
28  0.2741  84  0.3634 140 0.5388 196 1.0417 252 15.6250
29  0.2753  85  0.3655 141 0.5435 197 1.0593 253 20.8333
30  0.2765  86  0.3676 142 0.5482 198 1.0776 254 31.2500
31  0.2778  87  0.3698 143 0.5531 199 1.0965 255 62.5000
32  0.2790  88  0.3720 144 0.5580 200 1.1161

33 0.2803 89 0.3743 145 0.5631 201 1.1364

34 0.2815 90 0.3765 146 0.5682 202 1.1574

35 0.2828 91 0.3788 147 0.5734 203 1.1792

36 0.2841 92 0.3811 148 0.5787 204 1.2019

37 0.2854 93 0.3834 149 0.5841 205 1.2255

38 0.2867 94 0.3858 150 0.5896 206 1.2500

39 0.2880 95 0.3882 151 0.5952 207 1.2755

40 0.2894 96 0.3906 152 0.6010 208 1.3021

41 0.2907 97 0.3931 153 0.6068 209 1.3298

42 0.2921 98 0.3956 154 0.6127 210 1.3587

43 0.2934 99 0.3981 155 0.6188 211 1.3889

44 0.2948 100 0.4006 156 0.6250 212 1.4205

45 0.2962 101 0.4032 157 0.6313 213 1.4535

46 0.2976 102 0.4058 158 0.6378 214 1.4881

47 0.2990 103 0.4085 159 0.6443 215 1.5244

48 0.3005 104 0.4112 160 0.6510 216 1.5625

49 0.3019 105 0.4139 161 0.6579 217 1.6026

50 0.3034 106 0.4167 162 0.6649 218 1.6447

51 0.3049 107 0.4195 163 0.6720 219 1.6892

52 0.3064 108 0.4223 164 0.6793 220 1.7361

53 0.3079 109 0.4252 165 0.6868 221 1.7857

54 0.3094 110 0.4281 166 0.6944 222 1.8382

55 0.3109 111 0.4310 167 0.7022 223 1.8939

Table 8-3. TC0OUT Frequency Table for F

OSC

= 4MHz, TC0 Rate = F

CPU

/8

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Summary of Contents for SN8P1829

Page 1: ...authorized for us as components in systems intended for surgical implant into the body or other applications intended to support or sustain life or for any other application in which the failure of t...

Page 2: ...dd P0 1 description 5 Pin assignment V1 V2 V3 re arrange 6 Application circuit VLCD power came from AVDDR VDD Pre V0 3 Jul 2003 1 Change the minimal different voltage between AVREFH and AVREFL form 1...

Page 3: ...RY 2 1 1 1 PRODUCT OVERVIEW 7 FEATURES 7 FEATURES TABLE 7 SYSTEM BLOCK DIAGRAM 8 PIN ASSIGNMENT 9 PIN DESCRIPTIONS 10 PIN CIRCUIT DIAGRAMS 11 2 2 2 CODE OPTION TABLE 12 3 3 3 ADDRESS SPACES 13 PROGRAM...

Page 4: ...6 POWER ON RESET 39 OVERVIEW 39 EXTERNAL RESET DESCRIPTION 40 LOW VOLTAGE DETECTOR LVD DESCRIPTION 41 7 7 7 OSCILLATORS 42 OVERVIEW 42 SYSTEM MODE DESCRIPTION 48 SYSTEM MODE CONTROL 49 WAKEUP TIME 51...

Page 5: ...DATA BUFFER 94 SIOR REGISTER DESCRIPTION 94 SIO MASTER OPERATING DESCRIPTION 95 SIO SLAVE OPERATING DESCRIPTION 99 SIO INTERRUPT OPERATION DESCRIPTION 104 1 1 11 1 1 I O PORT 105 OVERVIEW 105 I O POR...

Page 6: ...OPA 119 OVERVIEW 119 BLOCK DIAGRAM 119 VOLTAGE CHARGE PUMP REGULATOR CPR 120 PROGRAMMABLE GAIN INSTRUMENTATION AMPLIFIER PGIA 123 OPA OPERATIONAL AMPLIFIER 125 1 1 15 5 5 APPLICATION CIRCUIT 126 BLOOD...

Page 7: ...ns are 1 cycle only Maximum instruction cycle is 2 JMP instruction jumps to all ROM area All ROM area look up table function MOVC Support hardware multiplier MUL Single power supply 2 4V 5 5V Built in...

Page 8: ...ROL TIMER COUNTER PORT 0 PORT 1 PORT 2 PORT 5 SEG COM FLAGS ADC AIN0 AIN2 L OSC SIO TX RX PWM0 PWM1 PWM0 Buzzer0 PWM1 Buzzer1 Charge Pump AVDDCP PGIA PGIAOUT PGIAIN PGIAIN AVDDR PC IR OTP ROM H OSC TI...

Page 9: ...G10 AVREFL 4 57 SEG11 AIN2 5 56 SEG12 AIN1 6 55 SEG13 AIN0 7 54 SEG14 AVREFH 8 53 SEG15 PGIABIAS 9 52 SEG16 PGIAIN 10 51 SEG17 PGIAIN 11 50 SEG18 PGIAOUT 12 49 SEG19 OP1IN 13 48 SEG20 OP1IN 14 47 SEG2...

Page 10: ...clock input output Built in pull up resisters P5 1 SI I O Port 5 1 bi direction pin and SIO s data input Built in pull up resisters P5 2 SO I O Port 5 2 bi direction pin and SIO s data output Built in...

Page 11: ...on 1 0 PIN CIRCUIT DIAGRAMS Figure 1 2 Pin Circuit Diagram Port0 structure PUR P0UR Pin Int bus PUR P2UR Pin Port2 structure Int bus LCD wave form P2SEG PUR P2UR Pin Port2 structure Int bus LCD wave f...

Page 12: ...bit TC0 as 5 bit counter TC0_Count 4 bit TC0 as 4 bit counter 8 bit TC1 as 8 bit counter 6 bit TC1 as 6 bit counter 5 bit TC1 as 5 bit counter TC1_Count 4 bit TC1 as 4 bit counter Enable Enable Noise...

Page 13: ...ector addresses 5 words reserved area 8K words general purpose area All of the program memory is partitioned into two coding areas located from 0000H to 0008H and from 0009H to 0FFEH Former area is as...

Page 14: ...f program INTERRUPT VECTOR ADDRESS 0008H A 1 word vector address area is used to execute interrupt request If any interrupt service is executed the program counter PC value is stored in stack buffer a...

Page 15: ...0XCH A ACCBUF B0XCH doesn t change C Z flag PUSH Push 80H 87H system registers POP Pop 80H 87H system registers B0XCH A ACCBUF RETI End of interrupt service routine ENDP End of program Remark it is ea...

Page 16: ...0BSET FC clear C flag ADD DATA1 A add A to Data1 MOV A R ADC DATA2 A add R to Data2 JMP END_CHECK check if the YZ address the end of code AAA INCMS Z Z Z 1 JMP B if Z 00H calculate to next address JMP...

Page 17: ...ata of ROM stores in ACC and high byte data stores in R register Example To look up the ROM data located TABLE1 B0MOV Y TABLE1 M To set look up table1 s middle address B0MOV Z TABLE1 L To set look up...

Page 18: ...example for detailed information Example Increase Y and Z register by B0ADD ADD instruction B0MOV Y TABLE1 M To set look up table s middle address B0MOV Z TABLE1 L To set look up table s low address...

Page 19: ...MP A3POINT ACC 3 jump to A3POINT In following example the jump table starts at 0x00FD When executing B0ADD PCL A ACC 0 or 1 the jump table points to the right address If the ACC is larger then 1 will...

Page 20: ...d MACRO3 H B0MOV A BUF0 BUF0 is from 0 to 4 JMP_A 5 The number of the jump table listing is five JMP A0POINT If ACC 0 jump to A0POINT JMP A1POINT ACC 1 jump to A1POINT JMP A2POINT ACC 2 jump to A2POIN...

Page 21: ...ster The bank 15 is LCD RAM area designed for storing LCD display data RAM location 000h General purpose area 000h 07Fh of Bank 0 To store general purpose data 128 bytes 07Fh 080h System register 080h...

Page 22: ...ruction can access the RAM of bank 0 in any RBANK situation Example Access bank 0 data when RBANK points to bank 1 BANK 1 B0BSET RBNKS0 Get into RAM bank 1 B0MOV A BUF0 Read BUF0 data BUF0 is in RAM b...

Page 23: ...to read write data through HL The Lower 4 bit of H register is pointed to RAM bank number and L register is pointed to RAM address number respectively The higher 4 bit data of H register is truncated...

Page 24: ...e YZ is data point_1 index buffer located at address E7H in RAM bank 0 It employs Y and Z registers to addressing RAM location in order to read write data through YZ The Lower 4 bit of Y register is p...

Page 25: ...2 Bit 1 Bit 0 X XBIT7 XBIT6 XBIT5 XBIT4 XBIT3 XBIT2 XBIT1 XBIT0 R W R W R W R W R W R W R W R W Note Please consult the LOOK UP TABLE DESCRIPTION about X register look up table application R REGISTERS...

Page 26: ...e enter sleep mode CPUM 1 0 01 1 1 External reset or LVD active Note Watchdog timer is still running even Watchdog code option is disabled User can disable watchdog code option then treat NT0 NPD as a...

Page 27: ...Write ACC data from BUF data memory MOV A BUF PUSH and POP instructions don t store ACC value as any interrupt service executed ACC must be stored in another data memory defined by users Once interru...

Page 28: ...ogram counter PC data Figure 3 3 Stack Save and Stack Restore Operation STACK BUFFER STK7H STK6H STK5H STK4H STK3H STK2H STK1H STK0H STK7L STK6L STK5L STK4L STK3L STK2L STK1L STK0L STKP 0 STKP 1 STKP...

Page 29: ...service routine Stack operation is a LIFO type Last in and first out The stack pointer STKP and stack buffer STKNH and STKNL are located in the bank 0 STKP stack pointer initial value 0xxx 1111 0DFH...

Page 30: ...STK4H STK4L 5 1 0 1 0 STK5H STK5L 6 1 0 0 1 STK6H STK6L 7 1 0 0 0 STK7H STK7L 8 Stack Overflow Table 3 1 STKP STKNH and STKNL relative of Stack Save Operation There is a Stack Restore operation corres...

Page 31: ...ram execution Besides it can be replaced with specific address by executing CALL or JMP instruction When JMP or CALL instruction is executed the destination address will be inserted to bit 0 bit 11 PC...

Page 32: ...Zero flag 0 JMP C1STEP Else jump to C1STEP C1STEP NOP If the ACC is equal to the immediate data or memory then PC will add 2 steps to skip next instruction CMPRS A 12H Skip next instruction if ACC 12H...

Page 33: ...on If carry signal occurs after execution of ADD PCL A the carry signal will not affect PCH register Example If PC 0323H PCH 03H PCL 23H PC 0323H MOV A 28H B0MOV PCL A Jump to address 0328H PC 0328H M...

Page 34: ...OV 12H A Directly addressing mode B0MOV A 12H To get a content of location 12H of bank 0 and save in ACC INDIRECTLY ADDRESSING MODE The indirectly addressing mode is to set up an address in data point...

Page 35: ...AM bank 1 this area memory can be read written by these two access methods Example 1 To use directly addressing mode Through RBANK register B0MOV RBANK 01H To set RAM bank 1 MOV A 12H To move content...

Page 36: ...register arrangement of SN8P1829 Description L H Working HL addressing register R Working register and ROM look up data buffer Y Z Working YZ and ROM addressing register OPTION RTC and RCLK options PF...

Page 37: ...SIOR5 SIOR4 SIOR3 SIOR2 SIOR1 SIOR0 W SIOR 0B6H SIOB7 SIOB6 SIOB5 SIOB4 SIOB3 SIOB2 SIOB1 SIOB0 R W SIOB 0BFH PEDGEN P00G1 P00G0 R W PEDGE 0C0H P13W P12W P11W P10W W P1W 0C1H P13M P12M P11M P10M R W P...

Page 38: ...3PC3 S3PC2 S3PC1 S3PC0 R W STK3L 0F9H S3PC12 S3PC11 S3PC10 S3PC9 S3PC8 R W STK3H 0FAH S2PC7 S2PC6 S2PC5 S2PC4 S2PC3 S2PC2 S2PC1 S2PC0 R W STK2L 0FBH S2PC12 S2PC11 S2PC10 S2PC9 S2PC8 R W STK2H 0FCH S1P...

Page 39: ...tector LVD The external reset is a simple RC circuit connecting to the reset pin The low voltage detector LVD is built in internal circuit When one of the reset devices occurs the system will reset an...

Page 40: ...external reset circuit to control system operation It is necessary that the VDD must be stable External Reset VDD Internal Reset Signal External Reset Detect Level End of External Reset System Reset F...

Page 41: ...e the error Figure 6 4 External Reset Circuit with Diode LOW VOLTAGE DETECTOR LVD DESCRIPTION The LVD is a low voltage detector It detects VDD level and reset the system as the VDD lower than the desi...

Page 42: ...les Basic timer T0 Timer counter 0 TC0 Timer counter 1 TC1 Watchdog timer Serial I O interface SIO AD converter PWM output PWM0OUT PWM1OUT Buzzer output TC0OUT TC1OUT CLOCK BLOCK DIAGRAM fl CPUM0 LXOS...

Page 43: ...or If STPHX 1 the external low speed RC oscillator is still running CLKMD System high Low speed mode select bit 0 normal dual mode 1 slow mode CPUM1 CPUM0 CPU operating mode control bit 00 normal 01 s...

Page 44: ...tor types and frequencies High speed crystal needs more current but the low one doesn t For crystals there are three steps to select If the oscillator is RC type to select RC and the system will divid...

Page 45: ...iver SONiX TECHNOLOGY CO LTD Page 45 Version 1 0 SYSTEM OSCILLATOR CIRCUITS MCU XIN VDD XOUT VSS CRYSTAL 20PF 20PF Figure 7 2 Crystal Ceramic Oscillator MCU XIN VDD VSS XOUT C R Figure 7 3 RC Oscillat...

Page 46: ...er terminal Note2 The external clock input mode can select RC type oscillator or crystal type oscillator of the code option and input the external clock into XIN pin Note3 In RC type oscillator code o...

Page 47: ...rm whose frequency is FCPU The other measures the external RC frequency by instruction cycle FCPU The external RC frequency is the FCPU multiplied by 4 We can get the FOSC frequency of external RC fro...

Page 48: ...get into normal mode power down mode and green mode To set STPHX 1 to stop the external high speed oscillator and then the system consumes less power GREEN MODE The green mode is a less power consumpt...

Page 49: ...Reset Table 7 1 Oscillator Operating Mode Description Note In the green mode T0 trigger signals can switch CPU return to the last mode If the system was into green mode from normal mode the system ret...

Page 50: ...rn on the external high speed oscillator B0MOV Z 27 If VDD 5V internal RC 32KHz typical will delay DECMS Z 0 125ms X 81 10 125ms for external clock stable JMP B B0BCLR FCLKMD Change the system back to...

Page 51: ...aits for 2048 external high speed oscillator clocks as the wakeup time to stable the oscillator circuit After the wakeup time the system goes into the normal mode The value of the wakeup time is as th...

Page 52: ...Bit7 PEDGEN Interrupt and wakeup trigger edge control bit 0 Disable edge trigger function Port 0 Low level wakeup trigger and falling edge interrupt trigger Port 1 Low level wakeup trigger 1 Enable e...

Page 53: ...modes OSCM initial value 0000 000x 0CAH Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 OSCM WTCKS WDRST WDRATE CPUM1 CPUM0 CLKMD STPHX R W R W R W R W R W R W R W Bit1 STPHX External high speed oscil...

Page 54: ...age 54 Version 1 0 Note The watchdog timer can be enabled or disabled by the code option Example An operation of watchdog timer is as following To clear the watchdog timer s counter in the top of the...

Page 55: ...0RATE2 T0RATE1 T0RATE0 TC1X8 TC0X8 TC0GN T0TB R W R W R W R W R W R W R W R W Bit7 T0ENB T0 timer control bit 0 disable 1 enable Bit 6 4 T0RATE2 T0RATE0 The T0 timer s clock source selects bits T0RATE...

Page 56: ...C0 timer counter is as following 8 bit programmable timer Generates interrupts at specific time intervals based on the selected clock frequency Arbitrary frequency output Buzzer output Outputs selecta...

Page 57: ...R W Bit7 TC0ENB TC0 counter BZ0 PWM0OUT enable bit 0 disable 1 enable Bit 6 4 TC0RATE 2 0 TC0 clock source selection bits TC0X8 is 2nd bit of T0M register TC0 Clock Source TC0RATE 2 0 TC0X8 0 TC0X8 1...

Page 58: ...requency and TC0_Counter set TC0 became 8 bit 6 bit 5 bit or 4 bit counter The equation of TC0C initial value is as following TC0C initial value N TC0 interrupt interval time input clock Which N is de...

Page 59: ...16 1 14 ms 17 9us 125 ms 1 95 ms 101 FCPU 8 0 57 ms 8 94us 62 5 ms 0 98 ms 110 FCPU 4 0 285 ms 4 47us 31 25 ms 0 49 ms 111 FCPU 2 0 143 ms 2 23us 15 63 ms 0 24 ms TC0_Counter 5 bit TC0X8 0 High speed...

Page 60: ...ms 101 FOSC 4 71 5 us 1 117us 7 81ms 0 122 ms 110 FOSC 2 35 75 us 0 587us 3 905 ms 0 061 ms 111 FOSC 17 875 us 0 279us 1 953 ms 0 03 ms TC0_Counter 5 bit TC0X8 1 High speed mode FOSC 3 58MHz Low speed...

Page 61: ...TC0C when the TC0C overflow ALOAD0 1 Store the duty value of PWM0OUT function TC0R initial value xxxx xxxx 0CDH Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 TC0R TC0R7 TC0R6 TC0R5 TC0R4 TC0R3 TC0R...

Page 62: ...To select TC0 Fcpu 2 as clock source B0BCLR FTC0IEN To disable TC0 interrupt service B0BCLR FTC0ENB To disable TC0 timer MOV A 20H B0MOV TC0M A To set TC0 clock FCPU 64 MOV A 74H To set TC0C initial...

Page 63: ...vice routine JMP EXIT_INT End of TC0 interrupt service routine and exit interrupt vector EXIT_INT B0MOV A PFLAGBUF B0MOV PFLAG A B0XCH A ACCBUF Restore ACC value RETI Exit interrupt vector Example TC0...

Page 64: ...to output multi frequency Figure 8 2 The TC0OUT Pulse Frequency Example Setup TC0OUT output from TC0 to TC0OUT P5 4 The external high speed clock is 4MHz The TC0OUT frequency is 1KHz Because the TC0OU...

Page 65: ...245 5 6818 22 0 2671 78 0 3511 134 0 5123 190 0 9470 246 6 2500 23 0 2682 79 0 3531 135 0 5165 191 0 9615 247 6 9444 24 0 2694 80 0 3551 136 0 5208 192 0 9766 248 7 8125 25 0 2706 81 0 3571 137 0 5252...

Page 66: ...22 1 0684 78 1 4045 134 2 0492 190 3 7879 246 25 0000 23 1 0730 79 1 4124 135 2 0661 191 3 8462 247 27 7778 24 1 0776 80 1 4205 136 2 0833 192 3 9063 248 31 2500 25 1 0823 81 1 4286 137 2 1008 193 3 9...

Page 67: ...Block Diagram The main purposes of the TC1 timer is as following 8 bit programmable timer Generates interrupts at specific time intervals based on the selected clock frequency Arbitrary frequency out...

Page 68: ...counter BZ1 PWM1OUT enable bit 0 disable 1 enable Bit 6 4 TC1RATE 2 0 TC1 clock source selection bits TC1X8 is bit 3 of T0M register TC1 Clock Source TC1RATE 2 0 TC1X8 0 TC1X8 1 000 FCPU 256 FOSC 1024...

Page 69: ...from FCPU and TC1_Counter set TC1 became 8 bit 6 bit 5 bit or 4 bit counter The equation of TC1C initial value is as following TC1C initial value N TC1 interrupt interval time input clock Which N is d...

Page 70: ...16 1 14 ms 17 9us 125 ms 1 95 ms 101 FCPU 8 0 57 ms 8 94us 62 5 ms 0 98 ms 110 FCPU 4 0 285 ms 4 47us 31 25 ms 0 49 ms 111 FCPU 2 0 143 ms 2 23us 15 63 ms 0 24 ms TC1_Counter 5 bit TC1X8 0 High speed...

Page 71: ...ms 101 FOSC 4 71 5 us 1 117us 7 81ms 0 122 ms 110 FOSC 2 35 75 us 0 587us 3 905 ms 0 061 ms 111 FOSC 17 875 us 0 279us 1 953 ms 0 03 ms TC1_Counter 5 bit TC1X8 1 High speed mode FOSC 3 58MHz Low speed...

Page 72: ...TC1C when the TC1C overflow ALOAD1 1 Store the duty value of PWM1OUT function TC1R initial value xxxx xxxx 0DEH Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 TC1R TC1R7 TC1R6 TC1R5 TC1R4 TC1R3 TC1R...

Page 73: ...B0BCLR FTC1X8 B0BCLR FTC1IEN To disable TC1 interrupt service B0BCLR FTC1ENB To disable TC1 timer MOV A 20H B0MOV TC1M A To set TC1 clock Fcpu 64 MOV A 74H To set TC1C initial value 74H B0MOV TC1C A T...

Page 74: ...vice routine JMP EXIT_INT End of TC1 interrupt service routine and exit interrupt vector EXIT_INT B0MOV A PFLAGBUF B0MOV PFLAG A B0XCH A ACCBUF Restore ACC value RETI Exit interrupt vector Example TC1...

Page 75: ...s buzzer output to output multi frequency Figure 8 4 TC1OUT Pulse Frequency Example Setup TC1OUT output from TC1 to TC1OUT P5 3 The external high speed clock is 4MHz The TC1OUT frequency is 1KHz Becau...

Page 76: ...on of TC0_Counter TC1_Counter will cause different PWM Duty so user can generate different PWM output by selection different TC0_Counter TC1_Counter PWM output can be held at low level by continuously...

Page 77: ...00 0001 1 256 1 64 1 32 1 16 0000 0010 2 256 2 64 2 32 2 16 0000 1110 14 256 14 64 14 32 14 16 0000 1111 15 256 15 64 15 32 15 16 0001 0000 16 256 16 64 16 32 N A N A 0001 1110 30 256 30 64 30 32 N A...

Page 78: ...54 255 0 1 128 254 255 TC0 TC1 Clock TC0R TC1R 00H Low High Low Low High TC0R TC1R 01H TC0R TC1R 80H TC0R TC1R FFH Low High Low High 0 1 128 254 255 0 1 128 254 255 0 1 128 254 255 0 1 128 254 255 0 T...

Page 79: ...ET FTC0ENB Enable TC0 timer Note1 The TC0R and TC1R are write only registers Don t process them using INCMS DECMS instructions Note2 Set TC0C at initial is to make first duty cycle correct After TC0 i...

Page 80: ...ter will clear to 0 for stopping other interrupt request When interrupt service exits the GIE bit will set to 1 to accept the next interrupts request All of the interrupt request signals are stored in...

Page 81: ...dication flags Each one of these interrupt request occurs the bit of the INTRQ register would be set 1 The INTRQ value needs to be clear by programming after detecting the flag In the interrupt vector...

Page 82: ...pts start work after the GIE 1 It is necessary for interrupt service request One of the interrupt requests occurs and the program counter PC points to the interrupt vector ORG 8 and the stack add 1 le...

Page 83: ...00 reserved 01 falling edge 10 rising edge 11 rising falling bi direction Example INT0 interrupt request setup B0BSET FP00IEN Enable INT0 interrupt service B0BCLR FP00IRQ Clear INT0 interrupt request...

Page 84: ...make the P01IRQ to be 1 but the system will not enter interrupt vector Users need to care for the operation under multi interrupt situation Example INT1 interrupt request setup B0BSET FP01IEN Enable...

Page 85: ...ion Example T0 interrupt request setup B0BCLR FT0IEN Disable T0 interrupt service B0BCLR FT0ENB Disable T0 timer MOV A 20H B0MOV T0M A Set T0 clock FCPU 64 MOV A 74H Set T0C initial value 74H B0MOV T0...

Page 86: ...le TC0 interrupt request setup B0BCLR FTC0IEN Disable TC0 interrupt service B0BCLR FTC0ENB Disable TC0 timer MOV A 20H B0MOV TC0M A Set TC0 clock FCPU 64 MOV A 74H Set TC0C initial value 74H B0MOV TC0...

Page 87: ...le TC1 interrupt request setup B0BCLR FTC1IEN Disable TC1 interrupt service B0BCLR FT C1ENB Disable TC1 timer MOV A 20H B0MOV TC1M A Set TC1 clock FCPU 64 MOV A 74H Set TC1C initial value 74H B0MOV TC...

Page 88: ...to be 1 but the system will not enter interrupt vector Users need to care for the operation under multi interrupt situation Example SIO interrupt request setup B0BSET FSIOIEN Enable SIO interrupt ser...

Page 89: ...red by the events without interrupt enable Just only any the event occurs and the IRQ will be logic 1 The IRQ and its trigger event relationship is as the below table Interrupt Name Trigger Event Desc...

Page 90: ...terrupt service routine INTT0CHK Check T0 interrupt request B0BTS1 FT0IEN Check T0IEN JMP INTTC0CHK Jump check to next interrupt B0BTS0 FT0IRQ Check T0IRQ JMP INTT0 Jump to T0 interrupt service routin...

Page 91: ...to reload function The 3 bit I O counter can monitor the operation of SIO and announce an interrupt request after transmitting receiving 8 bit data After transferring 8 bit data this circuit will be d...

Page 92: ...ta transfer When both processors must work in the same clock edge both controllers would send and receive data at the same time Figure 10 2 SIO Data Transfer Diagram MSB LSB MSB LSB PROCESS 1 PROCESS...

Page 93: ...bit 0 End of transmit 1 Progressing SRATE 1 0 SIO transmit rate select bit 00 FCPU 01 FCPU 32 10 FCPU 16 11 FCPU 8 Note These 2 bits are workless when SCKMD 1 SIG Start SIO receiver function automati...

Page 94: ...ENB 0 SIO Function Disable P5 0 P5 1 P5 2 Port5 2 0 I O mode are fully controlled by P5M when SIO function Disable SIOB DATA BUFFER SIOB initial value 0000 0000 0B6H Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit...

Page 95: ...ng edge MOV A TXDATA Load transmitted data into SIOB register B0MOV SIOB A MOV A 0FFH Set SIO clock with auto reload function B0MOV SIOR A MOV A 10000011B Setup SIOM and enable SIO function Rising edg...

Page 96: ...et SIO clock with auto reload function B0MOV SIOR A MOV A 10000001B Setup SIOM and enable SIO function Falling edge B0MOV SIOM A B0BSET FSTART Start transfer and receiving SIO data CHK_END B0BTS0 FSTA...

Page 97: ...reload function B0MOV SIOR A MOV A 10000010B Setup SIOM and enable SIO function Rising edge B0MOV SIOM A B0BSET FSTART Start receiving SIO data CHK_END B0BTS0 FSTART Wait the end of SIO operation JMP...

Page 98: ...reload function B0MOV SIOR A MOV A 10000000B Setup SIOM and enable SIO function Falling edge B0MOV SIOM A B0BSET FSTART Start receiving SIO data CHK_END B0BTS0 FSTART Wait the end of SIO operation JMP...

Page 99: ...ulator 128 dots LCD driver SONiX TECHNOLOGY CO LTD Page 99 Version 1 0 SIO SLAVE OPERATING DESCRIPTION Under slave receiver situation the SCK has four phases as following SCK4 SCK3 SCK2 SCK1 Figure 10...

Page 100: ...enable SIO function Rising edge B0MOV SIOM A B0BSET FSTART Start transfer and receiving SIO data CHK_END B0BTS0 FSTART Wait the end of SIO operation JMP CHK_END B0MOV A SIOB Save SIOB data into RXDAT...

Page 101: ...enable SIO function Falling edge B0MOV SIOM A B0BSET FSTART Start transfer and receiving SIO data CHK_END B0BTS0 FSTART Wait the end of SIO operation JMP CHK_END B0MOV A SIOB Save SIOB data into RXDA...

Page 102: ...ction Rising edge B0MOV SIOM A B0BSET FSTART Start receiving SIO data CHK_END B0BTS0 FSTART Wait the end of SIO operation JMP CHK_END B0MOV A SIOB Save SIOB data into RXDATA buffer MOV RXDATA A LSB DI...

Page 103: ...ction Falling edge B0MOV SIOM A B0BSET FSTART Start receiving SIO data CHK_END B0BTS0 FSTART Wait the end of SIO operation JMP CHK_END B0MOV A SIOB Save SIOB data into RXDATA buffer MOV RXDATA A DI5 D...

Page 104: ...terrupt request occurring There is an example for the application as following Example SIO interrupt demo routine Main MOV A 10000100B Setup SIOM and enable SIO function Falling edge B0MOV SIOM A B0BS...

Page 105: ...orts P0 P2 two I O ports P1 P5 The direction of I O port is selected by PNM register Figure 11 1 The I O Port Block Diagram Note All of the latch output circuits are push pull structures Port0 structu...

Page 106: ...P2 7 I LCD segment General purpose input output function P5 0 I O SIO clock pin I O General purpose input output function P5 1 I SIO data input pin P5M 1 must be set 0 I O General purpose input output...

Page 107: ...mode P5M initial value 0000 0000 0C5H Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 P5M 0 0 0 P54M P53M P52M P51M P50M R W R W R W R W R W P50M P54M P5 0 P5 4 I O direction control bit 0 input mode...

Page 108: ...4 SEG31 LCD driver pins The port2 must work without LCD To set the bit P2SEG 1 the port 2 Input function will be enabled Input data from port 2 is by P2 data register Example Enable PORT 2 Input funct...

Page 109: ...2 Bit 1 Bit 0 P2 P27 P26 P25 P24 P23 P22 P21 P20 R R R R R R R R P5 initial value xxx0 0000 0D5H Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 P5 P54 P53 P52 P51 P50 R W R W R W R W R W Example Read...

Page 110: ...pins eight segment pins are shared with Port 2 and P2 SEG functions can be selected by programming LCDM1 register LCDM1 REGISTER LCDM1 register initial value xx0x 00x1 0CBH Bit 7 Bit 6 Bit 5 Bit 4 Bit...

Page 111: ...nel users can add external resistor to bias pin V1 V2 V3 to adjust bias voltage and LCD drive current Too much or less current makes the LCD to bring remnant images In normal condition the external bi...

Page 112: ...Version 1 0 LCD TIMING F frame External Low clock 384 Ex External low clock is 32768Hz The F frame is 32768Hz 384 85 3Hz Note The clock source of LCD driver is external low clock COM0 COM1 COM2 COM3 S...

Page 113: ...PGIA Charge pump Regulator 128 dots LCD driver SONiX TECHNOLOGY CO LTD Page 113 Version 1 0 COM0 COM1 COM2 COM3 SEG0 1 frame 1 frame LCD Clock VLCD V3 V1 LCD OFF OFF ON ON V2 VLCD V3 V1 V2 Figure 12...

Page 114: ...2 01H 3 SEG 2 02H 0 02H 1 02H 2 02H 3 SEG 3 03H 0 03H 1 03H 2 03H 3 SEG 14 0EH 0 0EH 1 0EH 2 0EH 3 SEG 15 0FH 0 0FH 1 0FH 2 0FH 3 SEG 16 10H 0 10H 1 10H 2 10H 3 SEG 17 11H 0 11H 1 11H 2 11H 3 SEG 29 1...

Page 115: ...C circuit can select 8 bit or 12 bit resolution operation by programming ADLEN bit in ADR register ADC AIN0 AIN1 AIN2 VDD AGND 00 01 10 11 11 CHS 1 0 AVREFH AVREFL DATA BUS 8 12 Charge Pump Regulator...

Page 116: ...0 Progressing 1 End of converting and reset ADS bit Bit6 ADS ADC starts bit 0 stop 1 starting Bit7 ADENB ADC control bit 0 disable 1 enable ADR REGISTERS ADR initial value x00x 0000 0B3H Bit 7 Bit 6...

Page 117: ...hen power on The AIN s input voltage vs ADB s output data AIN n ADB11 ADB10 ADB9 ADB8 ADB7 ADB6 ADB5 ADB4 ADB3 ADB2 ADB1 ADB0 0 4096 AVREFH 0 0 0 0 0 0 0 0 0 0 0 0 1 4096 AVREFH 0 0 0 0 0 0 0 0 0 0 0...

Page 118: ...us 1 0 Fhosc 1 3 58MHz 4 16 17 9 us 1 12 bit 1 1 Fhosc 2 1 3 58MHz 2 4 16 35 8 us Example To set AIN0 AIN1 for ADC input and executing 12 bit ADC ADC0 MOV A 60H B0MOV ADR A To set 12 bit ADC and ADC c...

Page 119: ...ed programmable gain instrumentation amplifier PGIA with selectable gains stage one of16x 32x 64x 128x and gains stage two of 1 3x 2 5x BLOCK DIAGRAM Figure 14 1 illustrates a block diagram of the Cha...

Page 120: ...for output voltage stabilization after set CPRENB to high CPM Charge Pump Mode Register 095H Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 CPM CPSTS CPAUTO CPON CPRENB R R W R W R W CPRENB Charge Pu...

Page 121: ...OFF depended on VDD voltage Auto Mode Description CPRENB CPON CPAUTO VDD Charge Pump Status CPSTS Regulator Status AVDDR Output PGIA ADC OPA Power Supply 4 1V OFF 0 ON 3 8V 3 8V 1 0 1 4 1V ON 1 ON 3 8...

Page 122: ...e following table for CPCKS 7 0 register value setting in different Fosc frequency Charge Pump Clock Fosc 256 CPCKS 7 0 2 CPCKS 7 0 FOSC CP Working Clock 236 4M 4M 20 2 100K 216 8M 8M 40 2 100K 206 10...

Page 123: ...PGIA Gain1 selection control bit P2GS 3 0 PGIA Gain2 selection control bit P1GS 1 0 00 01 10 11 P2GS 3 0 Gain 16 32 64 128 0000 1 32558 21 2093 42 4186 84 8372 169 674 0001 1 38095 22 0952 44 1905 88...

Page 124: ...10M 100 8 12 5K 136 12M 12M 120 8 12 5K 56 20M 20M 200 8 12 5K Note In general application PGIA working clock is 12 5K Hz Example PGIA setting Fosc 4M X tal CPREG_Init Enable Charge Pump Regulator bef...

Page 125: ...ional amplifiers OPA for low pass filer or constant current source circuit OPM OPA Mode Register 09BH Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 OPM OP2ENB OP1IENB R W R W OP1ENB Operation amplif...

Page 126: ...K Y2 4M AGND AVDDR AVREFL AIN0 AIN1 AVREFH VSS 20P 20P 20P 20P LXIN LXOUT XIN XOUT AVDDCP VDD 10uF C C VSS VDD VBAT 10uF RST VDD3A VLCD V1 V2 V3 SEG31 SEG32 SEG27 SEG22 SEG24 VDD1 SEG23 SEG8 SEG9 SEG7...

Page 127: ...1 L AND M A M A and M 1 O AND A I A A and I 1 G OR A M A A or M 1 I OR M A M A or M 1 C OR A I A A or I 1 XOR A M A A xor M 1 XOR M A M A xor M 1 XOR A I A A xor I 1 SWAP M A b3 b0 b7 b4 M b7 b4 b3 b0...

Page 128: ...DD V ViL3 Reset pin Xin in RC mode VSS 0 2VDD V Input Low Voltage ViL4 Xin in X tal mode VSS 0 3VDD V ViH1 All input pins except those specified below 0 7VDD VDD V ViH2 Input with Schmitt trigger buff...

Page 129: ...ode AVDDR 3 8V 300 A Power down current IPDN Stop mode AVDDR 3 8V 0 1 A Input offset voltage of 1 st stage Vos1 5 uV Input offset voltage of 2 nd stage Vos2 2 mV GAIN of 1st stage Av1 16 128 GAIN of 2...

Page 130: ...SN8P1829 8 Bit MCU build in 12 bit ADC PGIA Charge pump Regulator 128 dots LCD driver SONiX TECHNOLOGY CO LTD Page 130 Version 1 0 1 1 18 8 8 PACKAGE INFORMATION LQFP80...

Page 131: ...personal injury or death may occur Should Buyer purchase or use SONIX products for any such unintended or unauthorized application Buyer shall indemnify and hold SONIX and its officers employees subs...

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