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16 lCD DRiVeR (lCD)

S1C17153 TeChniCal Manual

Seiko epson Corporation

16-11

(Rev. 1.0)

For normal display, set DSPC[1:0] to 0x1. Note that the clock must be supplied. (See Section 16.3.)

If “Display off” is selected, the drive voltage supplied from the LCD power supply circuit stops, and the
V

C1

to V

C3

pins are all set to V

SS

level.

Since “All on” and “All off” directly control the driving waveform output by the LCD driver, display
memory data is not altered. COM pins are set to dynamic drive for “All on” and to static drive for “All
off.” This function can be used to make the display flash on and off without altering the display memo-
ry.

DSPC[1:0] is reset to 0x0 (Display off) after an initial reset. DSPC[1:0] is also reset to 0x0 when the

slp

instruction is executed and it reverts to the previous setting after SLEEP mode is canceled.

lCD Clock Control Register (lCD_CCTl)

Register name address

Bit

name

Function

Setting

init. R/W

Remarks

lCD Clock
Control Register
(lCD_CCTl)

0x50a2

(8 bits)

D7–6

FRMCnT[1:0]

Frame frequency control

FRMCNT[1:0] Division ratio

0x1 R/W Source clock: LCLK

0x3
0x2
0x1
0x0

1/16
1/12

1/8
1/4

D5–3

–

reserved

–

–

–

0 when being read.

D2–0

lDuTY[2:0]

LCD duty select

LDUTY[2:0]

Duty

0x3 R/W

0x7–0x4

0x3
0x2
0x1
0x0

reserved

1/4
1/3
1/2

Static

D[7:6]

FRMCnT[1:0]: Frame Frequency Control Bits

Sets the Frame frequency.

8.5 Frame Frequency Settings (when the clock source is OSC1A = 32.768 kHz (LCLK = 512 Hz))

Table 16.

Drive duty

(lDuTY[2:0] setting)

FRMCnT[1:0] setting (lClK division ratio)

0x0

0x1

0x2

0x3

1/4 duty (0x3)

128 Hz (1/4)

64 Hz (1/8)

*

42.67 Hz (1/12)

32 Hz (1/16)

1/3 duty (0x2)

85.33 Hz (1/6)

56.89 Hz (1/9)

42.67 Hz (1/12)

34.13 Hz (1/15)

1/2 duty (0x1)

128 Hz (1/4)

64 Hz (1/8)

42.67 Hz (1/12)

32 Hz (1/16)

Static (0x0)

128 Hz (1/4)

64 Hz (1/8)

42.67 Hz (1/12)

32 Hz (1/16)

*

Default setting

8.6 Frame Frequency Settings (when the clock source is OSC3B)

Table 16.

Drive duty

(lDuTY[2:0] setting)

FRMCnT[1:0] setting

0x0

0x1

0x2

0x3

1/4 duty (0x3)

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

4

f

OSC3B

×

LCDTCLKD

*

–––––––– ––––––––

8

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

12

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

16

1/3 duty (0x2)

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

6

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

9

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

12

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

15

1/2 duty (0x1)

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

4

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

8

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

12

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

16

Static (0x0)

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

4

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

8

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

12

f

OSC3B

×

LCDTCLKD

–––––––– ––––––––

16

*

Default setting

f

OSC3B

: OSC3B clock frequency

LCDTCLKD: OSC3B division ratio (1/1024 to 1/8192)

D[5:3]

Reserved

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Summary of Contents for S1C17153

Page 1: ...Rev 1 0 CMOS 16 BiT SinGle ChiP MiCROCOnTROlleR S1C17153 Technical Manual...

Page 2: ...any intellectual property rights is granted by implication or otherwise and there is no representation or warranty that anything made in accordance with this material will be free from any patent or c...

Page 3: ...number Model name C microcomputer digital products Product classification S1 semiconductor Development tools S5U1 C 17000 H2 1 Packing specifications 00 standard packing Version 1 Version 1 Tool type...

Page 4: ...rea 3 3 3 3 1 Embedded RAM 3 3 3 4 Display RAM area 3 3 3 5 Internal Peripheral Area 3 3 3 5 1 Internal Peripheral Area 1 0x4000 3 3 3 5 2 Internal Peripheral Area 2 0x5000 3 3 3 6 S1C17 Core I O Area...

Page 5: ...TB 7 7 7 8 Control Register Details 7 8 Clock Source Select Register CLG_SRC 7 8 Oscillation Control Register CLG_CTL 7 9 FOUTA Control Register CLG_FOUTA 7 10 FOUTB Control Register CLG_FOUTB 7 11 Os...

Page 6: ...10 7 T8 Output Signals 10 4 10 8 T8 Interrupts 10 4 10 9 Control Register Details 10 5 T8 Ch x Count Clock Select Register T8_CLKx 10 5 T8 Ch x Reload Data Register T8_TRx 10 5 T8 Ch x Counter Data Re...

Page 7: ...Modes 13 2 13 4 Control Register Details 13 2 Watchdog Timer Control Register WDT_CTL 13 2 Watchdog Timer Status Register WDT_ST 13 3 14 uaRT 14 1 14 1 UART Module Overview 14 1 14 2 UART Input Output...

Page 8: ...lator Control Register LCD_VREG 16 12 LCD Interrupt Mask Register LCD_IMSK 16 12 LCD Interrupt Flag Register LCD_IFLG 16 12 17 Sound Generator SnD 17 1 17 1 SND Module Overview 17 1 17 2 SND Output Pi...

Page 9: ...0x4107 0x506c UART with IrDA Ch 0 AP A 3 0x4240 0x4248 8 bit Timer Ch 0 AP A 4 0x4306 0x4314 Interrupt Controller AP A 4 0x4320 0x4326 SPI Ch 0 AP A 4 0x5000 0x5003 Clock Timer AP A 5 0x5040 0x5041 Wa...

Page 10: ...ol Peripheral module clock supply control lCD driver Number of driver outputs Segment output 32 pins Common output 4 pins Other Includes a power supply voltage booster reducer Includes a display data...

Page 11: ...g form Aluminum pad chip Block Diagram 1 2 CPU Core S1C17 Internal RAM 2K bytes 8 bit timer 1 ch Clock generator with oscillators Clock timer Watchdog timer 16 bit PWM timer 1 ch MISC register Power g...

Page 12: ...CB CA VSS VDD VD1 OSC1 OSC2 TEST RESET P00 SIN0 P01 SOUT0 P02 SCLK0 FOUTA SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG27 Y X 0 0...

Page 13: ...0 896 5 44 COM1 256 0 896 5 12 SEG29 469 0 896 5 45 COM0 336 0 896 5 13 SEG28 549 0 896 5 46 VC3 811 0 840 5 14 SEG27 811 0 858 3 47 VC2 811 0 760 5 15 SEG26 811 0 778 3 48 VC1 811 0 680 5 16 SEG25 81...

Page 14: ...O I Pull up I O port pin with port input interrupt function SOUT0 O UART Ch 0 data output pin 60 P02 I O I Pull up I O port pin with port input interrupt function SCLK0 I UART Ch 0 external clock inpu...

Page 15: ...structions 111 basic instructions 184 including variations Execution cycle Main instructions executed in one cycle Extended immediate instructions Immediate extended up to 24 bits Compact and fast ins...

Page 16: ...y address post increment post decrement and pre decrement functions can be used rb rs rb rs rb rs sp imm7 rs General purpose register byte stack imm7 rs General purpose register byte memory ld ub rd r...

Page 17: ...of general purpose register and immediate sp imm7 24 bit addition of SP and immediate adc rd rs 16 bit addition with carry between general purpose registers Supports conditional execution c executed...

Page 18: ...xt imm13 Extend operand in the following instruction Conversion cv ab rd rs Converts signed 8 bit data into 24 bits cv as rd rs Converts signed 16 bit data into 24 bits cv al rd rs Converts 32 bit dat...

Page 19: ...er with address pre decremented sp Stack pointer sp sp imm7 Stack sp Stack with address post incremented sp Stack with address post decremented sp Stack with address pre decremented imm3 imm5 imm7 imm...

Page 20: ...0 default D0 PSRN PSR Negative N Flag Bit The value of the PSR N negative flag can be read out 1 R 1 0 R 0 default Processor information 2 5 The S1C17153 has the IDIR register shown below that allows...

Page 21: ...x5200 0x523f 0x51a0 0x51ff 0x5180 0x519f 0x5140 0x517f 0x5120 0x513f 0x5100 0x511f 0x50c0 0x50ff 0x50a0 0x50bf 0x5060 0x509f 0x5040 0x505f 0x5020 0x503f 0x5000 0x501f reserved Real time clock reserved...

Page 22: ...ea and accesses data in the internal ROM area When the S1C17153 executes the instruction stored in the internal RAM area and accesses data in the internal RAM area internal ROM area 3 2 embedded ROM 3...

Page 23: ...ddress 0x5000 For details of each control register see the I O register list in Appendix or description for each peripheral module internal Peripheral area 1 0x4000 3 5 1 The internal peripheral area...

Page 24: ...ers listed in the table below are located 6 1 I O Map S1C17 Core I O Area Table 3 Peripheral address Register name Function S1C17 Core I O 0xffff84 IDIR Processor ID Register Indicates the processor I...

Page 25: ...r supply circuit VC regulator voltage booster halver VC1 VC3 LHVLD 2 1 Configuration of Internal Power Supply Circuit Figure 4 The internal power supply circuit consists of a VD1 regulator and an LCD...

Page 26: ...nd OSC1A using LCDBCLKSRC 1 0 LCD_BCLK register 2 2 2 Clock Source Selection Table 4 lCDBClKSRC 1 0 Clock source 0x3 0x2 Reserved 0x1 OSC1A 0x0 OSC3B Default 0x0 Booster clock division ratio selection...

Page 27: ...l Register Controls the VD1 regulator The power control registers are described in detail below Note When data is written to the registers the Reserved bits must always be written as 0 and not 1 LCD B...

Page 28: ...d D0 VCSEL Reference voltage select 1 VC2 0 VC1 0 R W D 7 5 Reserved D4 LHVLD VC Heavy Load Protection Mode Bit Sets the VC regulator into heavy load protection mode 1 R W Heavy load protection On 0 R...

Page 29: ...being read D 7 6 Reserved D5 HVLD VD1 Heavy Load Protection Mode Bit Sets the VD1 regulator into heavy load protection mode 1 R W Heavy load protection On 0 R W Heavy load protection Off default The...

Page 30: ...ESET pin must be held at low for more than the prescribed time see Input Output Pin Characteris tics in the Electrical Characteristics chapter after the power supply voltage is supplied When the RESET...

Page 31: ...d may be longer than that indicated in the figure below Boot vector OSC3B oscillation stabilization waiting time Internal reset hold period Booting OSC3B clock RESET Internal reset Internal data reque...

Page 32: ...rity for determining the processing sequence when multiple interrupts oc cur simultaneously to be set for each interrupt system separately Each interrupt system includes the number of interrupt causes...

Page 33: ...pt Frame signal 11 0x0b TTBR 0x2c 16 bit PWM timer Ch 0 interrupt Compare A B Capture A B Capture A B overwrite 12 0x0c TTBR 0x30 reserved 13 0x0d TTBR 0x34 14 0x0e TTBR 0x38 8 bit timer Ch 0 interrup...

Page 34: ...Note To prevent recurrence of the interrupt due to the same cause of interrupt always reset the inter rupt flag in the peripheral module before enabling the interrupt resetting the PSR or executing th...

Page 35: ...d until the above conditions are subsequently met The S1C17 Core samples interrupt requests for each cycle On accepting an interrupt request the S1C17 Core switches to interrupt processing immediately...

Page 36: ...the LCD and T16A2 Ch 0 interrupt levels 0x4310 ITC_LV5 Interrupt Level Setup Register 5 Sets the T8 Ch 0 interrupt level 0x4312 ITC_LV6 Interrupt Level Setup Register 6 Sets the UART Ch 0 interrupt l...

Page 37: ...2 Interrupt Level Bits Table 6 Register Bit interrupt ITC_LV0 0x4306 ILV0 2 0 D 2 0 P0 port interrupt ILV1 2 0 D 10 8 Reserved ITC_LV1 0x4308 ILV2 2 0 D 2 0 Reserved ILV3 2 0 D 10 8 Clock timer inter...

Page 38: ...8 Controls the clock supply to the peripheral modules Turns the clocks on and off according to the CPU operating status RUN HALT or SLEEP Supports quick restart processing from SLEEP mode Turns OSC3B...

Page 39: ...nerates a sub clock for timers and low power operations The OSC3B clock is selected as the system clock after an initial reset Oscillator on off switching and system clock selection from OSC3B and OSC...

Page 40: ...an initial reset This means the CPU can start operating when the CPU operation start time at initial reset indicated below at a maximum has elapsed after the reset state is can celed For the oscillati...

Page 41: ...SC1A stops in SLEEP mode regardless of how OSC1EN is set After an initial reset OSC1EN and RTCRUN are both set to 0 and the OSC1A oscillator circuit is halted 3 2 1 OSC1A Oscillator Operating Status n...

Page 42: ...itching The oscillator circuit that is not selected as the system clock source and is not used for running peripheral circuits can be shut down to reduce current consumption 4 1 System Clock Selection...

Page 43: ...clock speeds 5 1 CCLK Gear Ratio Selection Table 7 CClKGR 1 0 Gear ratio 0x3 1 8 0x2 1 4 0x1 1 2 0x0 1 1 Default 0x0 Clock supply control The CCLK clock supply is stopped by executing the halt instru...

Page 44: ...t used as the clock source can not be disabled see Section 7 7 or each peripheral module chapter The PCLK supply can be disabled Sound generator 16 bit PWM timer UART FOUTA FOUTB outputs Clock externa...

Page 45: ...n wait time and other conditions Control Register Details 7 8 8 1 List of CLG Registers Table 7 address Register name Function 0x5060 CLG_SRC Clock Source Select Register Selects the clock source 0x50...

Page 46: ...as the system clock source cannot be turned off Continuous write read access to CLKSRC 1 0 is prohibited At least one instruction unre lated to CLKSRC 1 0 access must be inserted between the write and...

Page 47: ...ed OSC1A OSC3B D1 reserved 0 when being read D0 FOUTAE FOUTA output enable 1 Enable 0 Disable 0 R W D7 Reserved D 6 4 FOUTAD 2 0 FOUTA Clock Division Ratio Select Bits Selects the source clock divisio...

Page 48: ...0x7 1 128 0x6 1 64 0x5 1 32 0x4 1 16 0x3 1 8 0x2 1 4 0x1 1 2 0x0 1 1 Default 0x0 D 3 2 FOUTBSRC 1 0 FOUTB Clock Source Select Bits Selects the FOUTB clock source 8 7 FOUTB Clock Source Selection Table...

Page 49: ...k system supply wait time OSC3B oscillation start time max OSC3B os cillation stabilization wait time D 5 2 Reserved D 1 0 OSC1AWT 1 0 OSC1A Stabilization Wait Cycle Select Bits An oscillation stabili...

Page 50: ...the peripheral modules listed above are not required Peripheral modules functions that do not use PCLK Real time clock Clock timer Watchdog timer LCD driver Sound generator SVD circuit 16 bit PWM tim...

Page 51: ...7 ClOCK GeneRaTOR ClG 7 14 Seiko Epson Corporation S1C17153 Technical Manual Rev 1 0 8 11 CCLK Gear Ratio Selection Table 7 CClKGR 1 0 Gear ratio 0x3 1 8 0x2 1 4 0x1 1 2 0x0 1 1 Default 0x0...

Page 52: ...er 10 m 1 h Half day 1 day 32 kHz 256 Hz OSC1A oscillator OSC1A divider CLG 1 Hz 32 Hz 8 Hz 4 Hz 1 Hz Internal data bus Divider AM PM RTC Reset RTCRUN 1 1 RTC Block Diagram Figure 8 RTC Counters 8 2 T...

Page 53: ...git RTCHOUR 5 4 0 2 10 hour digit RTCHOUR 5 0 12 hour mode 1 12 RTCHOUR 3 0 0 9 1 hour digit RTCHOUR 5 4 0 1 10 hour digit 2 3 Hour Counter Figure 8 2 1 Hour Counter Values Table 8 Time 24 hour mode 1...

Page 54: ...SC1A oscillation stabilization time Time until RTC is restarted 12 hour 24 hour mode selection 8 3 2 Whether to use the clock in 12 hour or 24 hour mode can be selected using RTC24H RTC_CTL register R...

Page 55: ...ely after starting the RTC Counter Read 8 3 5 If 1 is being carried over while the counters are being read correct time may not be read Counter values should be read in the procedure shown below Read...

Page 56: ...ITC Since the RTC is active even in SLEEP mode RTC interrupt requests may be used to cancel SLEEP mode For more information on interrupt processing see the Interrupt Controller ITC chapter Notes To p...

Page 57: ...0 R W Stop default The RTCRUN default setting is 0 which stops the RTC Setting RTCRUN to 1 enables the CLG to send the clock to the RTC When RTCRUN is set to 1 the OSC1A oscillator circuit does not st...

Page 58: ...Register RTC_IFLG 0x56c4 16 bits D15 10 reserved 0 when being read D9 INT1D 1 day interrupt flag 1 Cause of interrupt occurred 0 Cause of interrupt not occurred 0 R W Reset by writing 1 D8 INTHD Half...

Page 59: ...2 Hz Interrupt Flag Bit Indicates 32 Hz interrupt cause occurrence status INT32HZ is set to 1 in the divider 32 Hz signal cycles RTC Minute Second Counter Register RTC_MS Register name address Bit nam...

Page 60: ...be fixed at 0 immediately after RTC24H RTC_CTL register is changed from 12 hour mode to 24 hour mode D6 Reserved D 5 0 RTCHOUR 5 0 Hour Counter Bits These bits are used to read and write data from to...

Page 61: ...can generate input interrupts at the signal edge selected with software The P0 ports include a chattering filter Can generate an initial reset by entering low level simultaneously to the P0 ports sele...

Page 62: ...the I O ports see the descriptions of the peripheral modules indicated in parentheses The sections below describe port functions with the pins set as general purpose I O ports Data input Output 9 3 D...

Page 63: ...disabled individually for each bit using PxPUy Px_ PU register Setting PxPUy to 1 default enables the pull up resistor and pulls up the port pin in input mode It will not be pulled up if set to 0 The...

Page 64: ...eset in the interrupt handler routine after a port interrupt has occurred to prevent recurring interrupts To prevent generating unnecessary interrupts reset the relevant P0IFy before enabling inter ru...

Page 65: ...edge for generating P0 port interrupts 0x5207 P0_IFLG P0 Port Interrupt Flag Register Indicates resets the P0 port interrupt occurrence status 0x5208 P0_CHAT P0 Port Chattering Filter Control Register...

Page 66: ...s Px_OEN Register name address Bit name Function Setting init R W Remarks Px Port Output Enable Register Px_OEN 0x5202 0x5212 8 bits D7 0 PxOEN 7 0 Px 7 0 port output enable 1 Enable 0 Disable 0 R W N...

Page 67: ...Select Register P0_EDGE Register name address Bit name Function Setting init R W Remarks P0 Port Interrupt Edge Select Register P0_EDGE 0x5206 8 bits D7 0 P0EDGE 7 0 P0 7 0 port interrupt edge select...

Page 68: ...fPCLK 256 fPCLK None Note This register is available for the P0 ports D7 Reserved D 6 4 P0CF2 2 0 P0 7 4 Chattering Filter Time Select Bits Configures the chattering filter circuit for the P0 7 4 por...

Page 69: ...y inputting Low level simultaneously to the ports selected here For example if P0KRST 1 0 is set to 0x3 an initial reset is performed when the four ports P00 to P03 are simultaneously set to Low level...

Page 70: ...ed reserved SOUT0 P01 D1 0 P00MUX 1 0 P00 port function select P00MUX 1 0 Function 0x0 R W 0x3 0x2 0x1 0x0 reserved reserved SIN0 P00 The P00 to P03 port pins are shared with the peripheral module pin...

Page 71: ...P04MUX 1 0 Function 0x0 R W 0x3 0x2 0x1 0x0 reserved reserved TOUTA0 CAPA0 P04 The P04 to P07 port pins are shared with the peripheral module pins This register is used to select how the pins are use...

Page 72: ...0x0 reserved BZ P11 reserved D1 0 P10MUX 1 0 P10 port function select P10MUX 1 0 Function 0x0 R W 0x3 0x2 0x1 0x0 reserved SPICLK0 FOUTB P10 The P10 to P13 port pins are shared with the peripheral mod...

Page 73: ...erflow Run stop control Internal data bus Count clock select Interrupt request Clock outputs To ITC To SPI PCLK PRESER Timer reset Down counter T8_TCx Control circuit Count mode select TRMD 8 bit time...

Page 74: ...ts the reload data register value into the counter and continues the count Thus the timer periodically outputs an underflow pulse T8 should be set to this mode to generate periodic in terrupts at desi...

Page 75: ...ction 10 3 3 Calculate the initial counter value and set it to the reload data register See Section 10 4 4 Reset the timer to preset the counter to the initial value See Section 10 5 5 When using time...

Page 76: ...nt clock frequency Hz TR Reload data 0 255 bps Transfer rate bits s T8 interrupts 10 8 The T8 module outputs an interrupt request to the interrupt controller ITC when the counter underflows underflow...

Page 77: ...lock PCLK 0xf 0xe 0xd 0xc 0xb 0xa 0x9 0x8 0x7 0x6 0x5 0x4 0x3 0x2 0x1 0x0 reserved 1 16384 1 8192 1 4096 1 2048 1 1024 1 512 1 256 1 128 1 64 1 32 1 16 1 8 1 4 1 2 1 1 D 15 4 Reserved D 3 0 DF 3 0 Cou...

Page 78: ...15 5 Reserved Do not write 1 D4 TRMD Count Mode Select Bit Selects the count mode 1 R W One shot mode 0 R W Repeat mode default Setting TRMD to 0 sets the timer to repeat mode In this mode once the c...

Page 79: ...not occurred 0 R W Reset by writing 1 D 15 9 Reserved D8 T8IE T8 Interrupt Enable Bit Enables or disables interrupts caused by counter underflows 1 R W Interrupt enabled 0 R W Interrupt disabled defa...

Page 80: ...er Comparator circuit TOUT control circuit Interrupt control circuit TOUTA0 TOUTB0 CAPA0 CAPB0 Interrupt request Compare B Capture B register T16A_CCB0 Compare A Capture A register T16A_CCA0 Counter b...

Page 81: ...ers to a channel number 0 Example T16A_CTLx register TOUTAx pin Ch 0 T16A_CTL0 register TOUTA0 T16a2 input Output Pins 11 2 Table 11 2 1 lists the input output pins for the T16A2 module 2 1 List of T1...

Page 82: ...internal clock OSC3B or OSC1A is selected use T16ACLKD 3 0 T16A_CLKx register to select the division ratio 3 3 Internal Clock Division Ratio Selection Table 11 T16aClKD 3 0 Division ratio Clock source...

Page 83: ...second CCA Compare A register value set 0 to 65535 CCB Compare B register value set 0 to 65535 ct_clk Count clock frequency Hz The compare A and compare B signals are also used to generate a timer ou...

Page 84: ...clock cycle time The setting of CAPATRG 1 0 or CAPBTRG 1 0 is ineffective in comparator mode No counter capturing op eration will be performed even if a trigger edge is specified The capture mode cann...

Page 85: ...ounter Run STOP Control 11 5 2 Make the following settings before starting the count operation 1 Switch the input output pin functions to be used for T16A2 Refer to the I O Ports P chapter 2 Select op...

Page 86: ...11 5 4 2 Operation Timing in Capture Mode Figure 11 Timer Output Control 11 6 The timer that has been set in comparator mode can generate TOUT signals using the compare A and compare B signals and ca...

Page 87: ...le 0x2 Toggle No change 0x1 Rise Fall 0x0 Disable output Default 0x0 TOUTAMD 1 0 and TOUTBMD 1 0 are also used to turn the TOUT outputs On and Off TOuT signal polarity selection By default an active H...

Page 88: ...1 2n 0 1 1 2 n 1 n 0 1 1 2 3 4 2n 4 2n 3 2n 2 2n 1 n T16A_CCBx Count clock T16A_TCx Dual edge counter TOUTAx TOUTBx Example HCM 1 T16A_CCAx 1 and T16A_CCBx 5 When TOUTAMD 1 0 TOUTBMD 1 0 0x1 and TOUTA...

Page 89: ...s for this cause is not sent to the ITC Capture a overwrite interrupt This interrupt request is generated if the capture A register is overwritten by a new external trigger when the capture A interrup...

Page 90: ...a T16A_IEN0 T16A Compare Capture Ch 0 Interrupt Enable Register Enables disables interrupts 0x540c T16A_IFLG0 T16A Compare Capture Ch 0 Interrupt Flag Register Displays sets interrupt occurrence statu...

Page 91: ...ds the clock selected as above to the counter If timer operation is not required disable the clock supply to reduce current consumption T16A Counter Ch x Control Register T16A_CTLx Register name addre...

Page 92: ...values with the compare A and B buffer values instead of the compare A and B register values The compare A and B register values written via software are loaded to the compare A and B buffers when the...

Page 93: ...reserved 0 when being read D9 TOUTBINV TOUT B invert 1 Invert 0 Normal 0 R W D8 CCBMD T16A_CCB register mode select 1 Capture 0 Comparator 0 R W D7 6 CAPATRG 1 0 Capture A trigger select CAPATRG 1 0...

Page 94: ...Capture A Trigger Select Bits Selects the trigger edge s of the external signal CAPAx at which the counter value is captured in the capture A register 8 6 Capture A Trigger Edge Selection Table 11 Ca...

Page 95: ...gnal is asserted and a cause of compare A interrupt occurs Furthermore the TOUT output waveform changes when TOUTAMD 1 0 T16A_CCCTLx register or TOUTBMD 1 0 T16A_ CCCTLx register is set to 0x2 or 0x1...

Page 96: ...0 R W Interrupt disabled default Setting CAPBOWIE to 1 enables capture B overwrite interrupt requests to the ITC Setting it to 0 dis ables interrupts D4 CAPAOWIE Capture A Overwrite Interrupt Enable...

Page 97: ...rwrite Interrupt Flag Bit Indicates whether the cause of capture A overwrite interrupt has occurred or not 1 R Cause of interrupt has occurred 0 R No cause of interrupt has occurred default 1 W Flag i...

Page 98: ...egister CBIF is reset by writing 1 D0 CAIF Compare A Interrupt Flag Bit Indicates whether the cause of compare A interrupt has occurred or not 1 R Cause of interrupt has occurred 0 R No cause of inter...

Page 99: ...data for each bit 128 Hz to 1 Hz to be read out by software The clock timer can also generate interrupts using the 32 Hz 8 Hz 2 Hz and 1 Hz signals This clock timer is normally used for various timin...

Page 100: ...32 Hz interrupt 8 Hz interrupt 2 Hz interrupt 1 Hz interrupt OSC1A 128 CTCNT0 CTCNT1 CTCNT2 CTCNT3 CTCNT4 CTCNT5 CTCNT6 CTCNT7 4 1 Clock Timer Timing Chart Figure 12 Notes The clock timer switches to...

Page 101: ...rrupt The interrupt flag is reset by writing 1 Control Register Details 12 6 6 1 List of CT Registers Table 12 address Register name Function 0x5000 CT_CTL Clock Timer Control Register Resets and star...

Page 102: ...32 Hz 8 Hz 2 Hz and 1 Hz signals Setting CTIE to 1 enables CT interrupts for the corresponding frequency signal falling edge while setting to 0 disables interrupts D 7 4 Reserved D3 CTIE32 32 Hz Inter...

Page 103: ...f 8 Hz interrupt has occurred or not 1 R Cause of interrupt has occurred 0 R No cause of interrupt has occurred default 1 W Flag is reset 0 W Ignored D1 CTIF2 2 Hz Interrupt Flag Bit Indicates whether...

Page 104: ...o grams that do not pass through the handler routine Operation Clock 13 2 The WDT module uses the 256 Hz clock output by the CLG module 256 Hz clock derived from the OSC1A di vider as the operation cl...

Page 105: ...f the NMI The WDTST set to 1 is cleared to 0 by reset ting WDT Operations in halT and SleeP Modes 13 3 4 halT mode The WDT module operates in HALT mode as the clock is supplied HALT mode is therefore...

Page 106: ...er WDT_ST Register name address Bit name Function Setting init R W Remarks Watchdog Timer Status Register WDT_ST 0x5041 8 bits D7 2 reserved 0 when being read D1 WDTMD NMI Reset mode select 1 Reset 0...

Page 107: ...no parity Stop bit 1 or 2 bits Start bit 1 bit fixed Supports full duplex communications Includes a 2 byte receive data buffer and a 1 byte transmit data buffer Includes a baud rate generator with fi...

Page 108: ...n from the initial value set via software and outputs an underflow signal when the counter underflows The underflow signal is used to generate the transfer clock The un derflow cycle can be programmed...

Page 109: ...setting 0 to 255 bps Transfer rate bit s FMD FMD 3 0 fine mode setting 0 to 15 Note The UART transfer rate is capped at 230 400 bps 115 200 bps in IrDA mode Do not set faster transfer rates Fine Mode...

Page 110: ...bit length to 1 bit Setting STPB to 1 configures it to 2 bits Parity bit Whether the parity function is enabled or disabled is selected by PREN UART_MODx register Setting PREN to 0 default disables t...

Page 111: ...egister The TDBE flag indicates the transmit data buffer status This flag switches to 0 when the application program writes data to the transmit data buffer and reverts to 1 when the buffer data is se...

Page 112: ...ontents once This resets the RDRY flag The buffer reverts to state 1 above If the receive data buffer contents are read twice the second data read will be invalid 3 RDRY 1 RD2B 1 Two 8 bit data have b...

Page 113: ...1 parity enabled data received is checked for parity Data received in the shift register is checked for parity when sent to the receive data buffer The matching is checked against the PMD UART_MODx r...

Page 114: ...er routine to determine whether the UART interrupt is attributable to an end of transmission If TRED is 1 the transmission processing can be terminated Receive buffer full interrupt To use this interr...

Page 115: ...and the Low pulse width is converted to 16 sclk16 cycles before entry to the receive shift register The demodulator circuit uses the pulse detection clock selected separately from the transfer clock...

Page 116: ...RMD All UART_BRx register bits BR 7 0 All UART_FMDx register bits FMD 3 0 All UART_CLKx register bits UTCLKD 1 0 UTCLKSRC 1 0 UTCLKE UART Ch x Status Register UART_STx Register name address Bit name F...

Page 117: ...e data buffer contains two received data 1 R Second byte can be read 0 R Second byte not received default RD2B is set to 1 when the second byte of data is loaded into the receive data buffer and is re...

Page 118: ...buffer The receive data buffer is a 2 byte FIFO that allows proper data reception until it fills even if data is not read out If the buffer is full and the shift register also contains received data...

Page 119: ...ive error int enable 1 Enable 0 Disable 0 R W D5 RIEN Receive buffer full int enable 1 Enable 0 Disable 0 R W D4 TIEN Transmit buffer empty int enable 1 Enable 0 Disable 0 R W D3 2 reserved 0 when bei...

Page 120: ...s the transmit data buffer UART Ch x Expansion Register UART_EXPx Register name address Bit name Function Setting init R W Remarks UART Ch x Expansion Register UART_EXPx 0x4105 8 bits D7 1 reserved 0...

Page 121: ...0x6 D D D D D D 0x7 D D D D D D D 0x8 D D D D D D D D 0x9 D D D D D D D D D 0xa D D D D D D D D D D 0xb D D D D D D D D D D D 0xc D D D D D D D D D D D D 0xd D D D D D D D D D D D D D 0xe D D D D D D...

Page 122: ...1 Default 0x0 D 3 2 UTCLKSRC 1 0 Clock Source Select Bits Selects the count clock source for the baud rate generator 9 4 Clock Source Selection Table 14 uTClKSRC 1 0 Clock source 0x3 External clock SC...

Page 123: ...uffer 1 byte SDIx PCLK Internal bus ITC SPI Ch x Bus I F and control registers SPICLKx SPISSx Shift register Transmit data buffer 1 byte Clock transfer control SDOx T8 Ch 0 output clock Interrupt cont...

Page 124: ...rmation on T8 control see the 8 bit timer T8 chapter PCLK 8 bit timer Ch 0 output clock or PCLK 4 SPI clock SPICLKx output 3 1 Master Mode SPI Clock Figure 15 In slave mode the SPI clock is input via...

Page 125: ...gister is shifted in sequence at the clock rising or falling edge as determined by CPHA SPI_CTLx register and CPOL SPI_CTLx register see Figure 15 4 1 and sent from the SDOx pin Note Make sure that SP...

Page 126: ...in sequence in the shift register at the rising or falling edge of the clock determined by CPHA SPI_CTLx register and CPOL SPI_CTLx register See Figure 15 4 1 The received data is loaded into the rec...

Page 127: ...ause will not be sent to the ITC When transmit data written to the transmit data buffer is transferred to the shift register the SPI module sets SPTBE SPI_STx register to 1 indicating that the transmi...

Page 128: ...he SPI transfer status 1 R Operating 0 R Standby default SPBSY is set to 1 when the SPI starts data transfer in master mode and is maintained at 1 while transfer is underway It is cleared to 0 once th...

Page 129: ...SPRDB7 MSB SPRDB0 LSB 0x0 to 0xff 0x0 R D 15 8 Reserved D 7 0 SPRDB 7 0 SPI Receive Data Buffer Bits Contains the received data Default 0x0 SPRBF SPI_STx register is set to 1 data full as soon as dat...

Page 130: ...e Bit Enables or disables SPI transmit data buffer empty interrupts 1 R W Enabled 0 R W Disabled default Setting SPTIE to 1 enables the output of SPI interrupt requests to the ITC due to a transmit da...

Page 131: ...nal clock In slave mode data is transferred by inputting the clock from the master device D0 SPEN SPI Enable Bit Enables or disables SPI module operation 1 R W Enabled 0 R W Disabled default Setting S...

Page 132: ...functions LFRO signal output frame interrupt Figure 16 1 1 shows the LCD driver and drive power supply configuration COMx SEGx LFRO DSPAR DSPC 1 0 LDUTY 2 0 FRMCNT 1 0 DSPREV To ITC Frame interrupt r...

Page 133: ...SC1A clock is used as LCLK after dividing by 64 typ 512 Hz When the clock source is OSC3B When OSC3B is selected for the clock source use LCDTCLKD 1 0 LCD_TCLK register to select the di vision ratio 3...

Page 134: ...duty 0x2 fOSC3B LCDTCLKD 6 fOSC3B LCDTCLKD 9 fOSC3B LCDTCLKD 12 fOSC3B LCDTCLKD 15 1 2 duty 0x1 fOSC3B LCDTCLKD 4 fOSC3B LCDTCLKD 8 fOSC3B LCDTCLKD 12 fOSC3B LCDTCLKD 16 Static 0x0 fOSC3B LCDTCLKD 4...

Page 135: ...ding to the duty selections 0 1 2 3 0 1 2 3 LFRO COM0 COM1 VDD VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS COM2 VC3 VC2 VC1 VSS COM3 VC3 VC2 VC1 VSS COM0 1 2 3 SEGx VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS VC3 VC2 VC1...

Page 136: ...RO COM0 COM1 VDD VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS COM2 VC3 VC2 VC1 VSS COM0 1 2 SEGx VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS SEGx 1 frame Fra...

Page 137: ...VC2 VC1 VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS VC3 VC2 VC1 VSS SEGx 1 frame Frame interrupt Frame interrupt LCD display status Off On 4 2 3 1 2 Duty Drive Waveform Figure 16 0 0 LFRO COM0 1 frame Frame i...

Page 138: ...G13 SEG14 SEG15 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG27 SEG28 SEG29 SEG30 SEG31 5 1 Display Memory Map 1 4 duty Figure 16 Bit Address COM pin 0x53c0 0x53c1 0x53c2 0x53c...

Page 139: ...For normal display set DSPC 1 0 to 0x1 Note that the clock must be supplied See Section 16 3 If Display off is selected the drive voltage supplied from the LCD power supply circuit stops and the VC1...

Page 140: ...Table 16 address Register name Function 0x5070 LCD_TCLK LCD Clock Select Register Selects the LCD clock 0x50a0 LCD_DCTL LCD Display Control Register Controls the LCD display 0x50a2 LCD_CCTL LCD Clock...

Page 141: ...required stop the clock to reduce current consumption LCD Display Control Register LCD_DCTL Register name address Bit name Function Setting init R W Remarks LCD Display Control Register LCD_DCTL 0x50...

Page 142: ...0x2 0x1 0x0 1 16 1 12 1 8 1 4 D5 3 reserved 0 when being read D2 0 LDUTY 2 0 LCD duty select LDUTY 2 0 Duty 0x3 R W 0x7 0x4 0x3 0x2 0x1 0x0 reserved 1 4 1 3 1 2 Static D 7 6 FRMCNT 1 0 Frame Frequenc...

Page 143: ...e Power Supply chapter LCD Interrupt Mask Register LCD_IMSK Register name address Bit name Function Setting init R W Remarks LCD Interrupt Mask Register LCD_IMSK 0x50a5 8 bits D7 1 reserved 0 when bei...

Page 144: ...output pin Outputs the buzzer signal generated by the sound generator BZ O 1 Buzzer inverted output pin Outputs the inverted buzzer signal generated by the sound generator The SND module output pins...

Page 145: ...ted from among eight types using BZDT 2 0 SND_BZDT register 4 2 1 Volume Level Settings Table 17 Volume level BZDT 2 0 Duty ratio by buzzer frequency hz 4096 0 3276 8 2730 7 2340 6 2048 0 1638 4 1365...

Page 146: ...uzzer output and setting it to 0 stops the output The buzzer frequency setting with BZFQ 2 0 and volume setting with BZDT 2 0 are both effective BZEN BZ output BZ output 1 0 0 5 2 1 Buzzer Output in N...

Page 147: ...sted in Table 17 4 2 1 attenuation time selection The envelope attenuation time time to change the duty ratio can be selected from among four types using BZTM 1 0 SND_CTL register 5 4 1 Envelope Atten...

Page 148: ...name Function Setting init R W Remarks SND Clock Control Register SND_CLK 0x506e 8 bits D7 1 reserved 0 when being read D0 SNDCLKE SND clock enable 1 Enable 0 Disable 0 R W D 7 1 Reserved D0 SNDCLKE S...

Page 149: ...x0 Normal mode Buzzer output is turned on and off via software Default 0x0 D1 Reserved D0 BZEN Buzzer Output Control Bit Controls buzzer output 1 R W On Trigger 0 R W Off default Normal mode Setting B...

Page 150: ...unction Setting init R W Remarks Buzzer Duty Ratio Control Register SND_BZDT 0x5182 8 bits D7 3 reserved 0 when being read D2 0 BZDT 2 0 Buzzer duty ratio select BZDT 2 0 Duty volume 0x0 R W 0x7 0x0 L...

Page 151: ...18 Comparison Voltage Setting 18 2 The SVD circuit compares the power supply voltage VDD against the comparison voltage set by software and out puts results indicating whether the power supply voltag...

Page 152: ...Register name Function 0x5100 SVD_EN SVD Enable Register Enables disables the SVD operation 0x5101 SVD_CMP SVD Comparison Voltage Register Sets the comparison voltage 0x5102 SVD_RSLT SVD Detection Re...

Page 153: ...one of 13 comparison voltages for detecting voltage drops 4 2 Comparison Voltage Settings Table 18 SVDC 4 0 Comparison Voltage SVDC 4 0 Comparison Voltage 0x1f Reserved 0xf 2 08 V 0x1e 0xe 1 98 V 0x1d...

Page 154: ...Reserved D0 SVDDT SVD Detection Result Bit Indicates the power supply voltage detection results 1 R Power supply voltage VDD comparison voltage 0 R Power supply voltage VDD comparison voltage The SVD...

Page 155: ...t Flag output Operation result 1 1 Multiplier Divider Block Diagram Figure 19 Operation Mode and Output Mode 19 2 The Multiplier divider operates according to the operation mode specified by the appli...

Page 156: ...n mode Performs unsigned multiplication 0x5 Signed multiplication mode Performs signed multiplication 0x6 Reserved 0x7 Signed MAC mode Performs signed MAC operation 0x8 Unsigned division mode Performs...

Page 157: ...ation mode to 0x8 unsigned division or 0x9 signed division Then send the 16 bit dividend B and 16 bit divisor C to the multiplier divider using a ld ca instruction The quotient and the residue will be...

Page 158: ...elector Argument 2 Argument 1 16 bits 32 bits Coprocessor output 16 bits Flag output 5 1 Data Path in Initialize Mode Figure 19 5 1 Initializing the Operation Result Register Table 19 Mode setting val...

Page 159: ...operation result read mode and 16 high order bits output mode ld ca r1 r0 Loads the 16 high order bits of the result to r1 Conditions to set the overflow V flag An overflow occurs in a MAC operation a...

Page 160: ...to operation result read mode The operation result register keeps the loaded operation result until it is rewritten by other operation S1C17 Core Operation result register Selector Argument 2 Argument...

Page 161: ...ave the VC1 to VC3 CA and CB pins open Current Consumption 20 3 Unless otherwise specified VDD 2 0 to 3 6V VSS 0V Ta 25 C PCKEN 1 0 0x3 ON RDWAIT 1 0 0x0 no wait CCLKGR 1 0 0x0 gear ratio 1 1 RTCRUN 0...

Page 162: ...mption temperature characteristic Current consumption temperature characteristic during execution with OSC1a clock gear during execution with OSC3B clock gear OSC1A 32 768kHz crystal OSC3B OFF OSC3B O...

Page 163: ...y accuracy per 1 C change in temperature with reference to 25 C 0 05 0 07 C 1 Reference value external Clock input Characteristics 20 5 EXCLx tECH tECL tCF tCR VIH VIL SCLKx tCF tCR VIH VIL Unless oth...

Page 164: ...c Ta 85 C Max value Ta 85 C Min value 0 0 0 2 4 6 8 10 12 14 16 18 0 2 0 4 0 6 0 8 1 0 VDD VOH V I OH mA VDD 2 0 V VDD 3 6 V 0 0 10 9 8 7 6 5 4 3 2 1 0 I OL mA VOL V 0 2 0 4 0 6 0 8 1 0 VDD 2 0 V VDD...

Page 165: ...Unless otherwise specified VDD 2 2 to 3 6V VSS 0V Ta 25 C C2 C5 0 1 F Checker pattern displayed No panel load VCSEL 1 VC2 reference voltage LCD_BCLK 1 0 0x1 2kHz OSC1A 32kHz source clock FRMCNT 1 0 0x...

Page 166: ...0 3 5 4 0 lCD drive voltage temperature characteristic lCD drive voltage load characteristic VDD 3 0V LCD_BCLK 1 0 0x1 2kHz OSC1A 32kHz VDD 2 2V VC2 reference VDD 1 8V VC1 reference source clock FRMC...

Page 167: ...frame frequency dependence current consumption characteristic VDD 3 0V Ta 25 C LCD_BCLK 1 0 0x1 2kHz OSC1A 32kHz source clock FRMCNT 1 0 0x0 to 0x3 128 to 32Hz OSC1A 32kHz LCLK 512Hz LDUTY 2 0 0x3 1...

Page 168: ...0 0x14 2 58 V SVDC 4 0 0x15 2 68 V SVDC 4 0 0x16 2 78 V SVDC 4 0 0x17 2 88 V SVDC 4 0 0x18 2 98 V SVDC 4 0 0x19 3 08 V SVDC 4 0 0x1a 3 18 V SVDC 4 0 0x1b V SVDC 4 0 0x1c V SVDC 4 0 0x1d V SVDC 4 0 0x...

Page 169: ...illator circuit Symbol name Recommended part X tal1 32 kHz crystal resonator C 002RX R1 50 kW Max CL 7 pF manufactured by SEIKO EPSON Other Symbol name Recommended value CP Capacitor for power supply...

Page 170: ...COM1 7 SEG27 39 COM0 8 SEG26 40 N C 9 SEG25 41 VC3 10 SEG24 42 VC2 11 SEG23 43 VC1 12 SEG22 44 CB 13 SEG21 45 CA 14 SEG20 46 VSS 15 SEG19 47 VDD 16 SEG18 48 VD1 17 SEG17 49 OSC1 18 SEG16 50 OSC2 19 SE...

Page 171: ...1 CT_CNT Clock Timer Counter Register Counter data 0x5002 CT_IMSK Clock Timer Interrupt Mask Register Enables disables interrupt 0x5003 CT_IFLG Clock Timer Interrupt Flag Register Indicates resets int...

Page 172: ...ister Selects the P1 3 0 port functions MISC registers 16 bit device 0x5324 MISC_PROT MISC Protect Register Enables writing to the MISC registers 0x5328 MISC_TTBRL Vector Table Address Low Register Se...

Page 173: ...PMD Parity mode select 1 Odd 0 Even 0 R W D1 STPB Stop bit select 1 2 bits 0 1 bit 0 R W D0 reserved 0 when being read UART Ch 0 Control Register UART_CTL0 0x4104 8 bits D7 TEIEN End of transmission...

Page 174: ...4314 Interrupt Controller Register name address Bit name Function Setting init R W Remarks Interrupt Level Setup Register 0 ITC_LV0 0x4306 16 bits D15 3 reserved 0 when being read D2 0 ILV0 2 0 P0 int...

Page 175: ...rrupt Mask Register CT_IMSK 0x5002 8 bits D7 4 reserved 0 when being read D3 CTIE32 32 Hz interrupt enable 1 Enable 0 Disable 0 R W D2 CTIE8 8 Hz interrupt enable 1 Enable 0 Disable 0 R W D1 CTIE2 2 H...

Page 176: ...CLG_WAIT 0x507d 8 bits D7 6 OSC3BWT 1 0 OSC3B stabilization wait cycle select OSC3BWT 1 0 Wait cycle 0x0 R W 0x3 0x2 0x1 0x0 8 cycles 16 cycles 32 cycles 64 cycles D5 2 reserved 0 when being read D1 0...

Page 177: ...n being read D2 0 LDUTY 2 0 LCD duty select LDUTY 2 0 Duty 0x3 R W 0x7 0x4 0x3 0x2 0x1 0x0 reserved 1 4 1 3 1 2 Static LCD Voltage Regulator Control Register LCD_VREG 0x50a3 8 bits D7 5 reserved 0 whe...

Page 178: ...0 Frequency 0x0 R W 0x7 0x6 0x5 0x4 0x3 0x2 0x1 0x0 1170 3 Hz 1365 3 Hz 1638 4 Hz 2048 0 Hz 2340 6 Hz 2730 7 Hz 3276 8 Hz 4096 0 Hz Buzzer Duty Ratio Control Register SND_BZDT 0x5182 8 bits D7 3 rese...

Page 179: ...1 Port Input Data Register P1_IN 0x5210 8 bits D7 4 reserved 0 when being read D3 0 P1IN 3 0 P1 3 0 port input data 1 1 H 0 0 L R P1 Port Output Data Register P1_OUT 0x5211 8 bits D7 4 reserved 0 when...

Page 180: ...0 R W 0x3 0x2 0x1 0x0 reserved BZ P11 reserved D1 0 P10MUX 1 0 P10 port function select P10MUX 1 0 Function 0x0 R W 0x3 0x2 0x1 0x0 reserved SPICLK0 FOUTB P10 0x5324 0x532c MISC Registers Register nam...

Page 181: ...0 W 0 when being read D0 PRUN Counter run stop control 1 Run 0 Stop 0 R W T16A Counter Ch 0 Data Register T16A_TC0 0x5402 16 bits D15 0 T16ATC 15 0 Counter data T16ATC15 MSB T16ATC0 LSB 0x0 to 0xffff...

Page 182: ...BCDMD BCD mode select 1 BCD mode 0 Binary mode 0 R W D4 RTC24H 24H 12H mode select 1 12H 0 24H 0 R W D3 1 reserved 0 when being read D0 RTCRUN RTC run stop control 1 Run 0 Stop 0 R W RTC Interrupt Ena...

Page 183: ...echnical Manual Seiko Epson Corporation AP A 13 Rev 1 0 0xffff84 S1C17 Core I O Register name address Bit name Function Setting init R W Remarks Processor ID Register IDIR 0xffff84 8 bits D7 0 IDIR 7...

Page 184: ...k source You can reduce current consumption by selecting the OSC1A clock when low speed processing is possible Disable unnecessary oscillator circuits CLG module Operate the oscillator comprising the...

Page 185: ...top Run Stop Execute slp instruction 1 2 Oscillation for RTC Stop Stop Stop Run Stop Execute halt instruction 1 2 Oscillation system CLK Stop Stop Stop Run Run Execute halt instruction 1 2 3 Oscillati...

Page 186: ...rn on only if operations are unstable lCD power supply circuit Setting VCSEL to 0 VC1 reference voltage will increase current consumption Set VCSEL to 1 VC2 reference voltage if the power supply volta...

Page 187: ...ated wiring including wiring for adjacent circuit board lay ers Layers wired should be adequately shielded as much as possible Fully ground adjacent layers where possible At minimum shield the area at...

Page 188: ...olatile memory data retention characteristics before prod uct delivery if the product is subjected to heat stress exceeding regular reflow conditions during mounting processes unused pins 1 I O port P...

Page 189: ...perly taking noise measures into consideration For the recommended patterns on the circuit board see Mounting Precautions in Appendix noise Measures for interrupt input Pins This product is able to ge...

Page 190: ..._0_handler 0x0b 0x2c T16A2 ch0 long int0c_handler 0x0c 0x30 long int0d_handler 0x0d 0x34 long t8_0_handler 0x0e 0x38 T8 ch0 long int0f_handler 0x0f 0x3c long uart_0_handler 0x10 0x40 UART ch0 long int...

Page 191: ...section is declared to locate the vector table in the vector section 2 Interrupt handler routine addresses are defined as vectors intXX_handler can be used for software interrupts 3 The program code...

Page 192: ...fferences in the detection voltage Typ values Electrical characteristics The characteristic values are not the same due to dif ferences in manufacturing process Package chip TQFP14 80pin Aluminum pad...

Page 193: ...ReViSiOn hiSTORY Revision history Code no Page Contents 412495700 All New establishment...

Page 194: ...henzhen 518057 CHINA Phone 86 755 2699 3828 Fax 86 755 2699 3838 EPSON HONG KONG LTD Unit 715 723 7 F Trade Square 681 Cheung Sha Wan Road Kowloon Hong Kong Phone 852 2585 4600 Fax 852 2827 4346 EPSON...

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