S1D10605 Epson Electronics America, Inc., S1D10605 Datasheet
S1D10605
Related parts for S1D10605
S1D10605 Summary of contents
Page 1
MF424 - 21 IEEE1394 Controller LCD driver with RAM S1R75801F00A S1D15000 Series Technical Manual Technical Manual ...
Page 2
NOTICE No parts of this material may be reproduced or duplicated in any form or by any means without the written permission of Seiko Epson. Seiko Epson reserves the right to make changes to this material without notice. Seiko Epson ...
Page 3
The information of the product number change Starting April 1, 2001 the product number will be changed as listed below. To order from April 1, 2001 please use the new product number. For further information, please contact Epson sales representative. ...
Page 4
Previous number New number SED1569D S1D15609D11B BB SED1570D S1D15700D00A 0A SED1570D S1D15700D00B 0B SED1575D S1D15705D00B 0B SED1575D S1D15705D03B 3B SED1575D S1D15705D10B AB SED1575T S1D15705T00 0 * SED1575T S1D15705T00A 0A SED1575T S1D15705T03 3 * SED1577D S1D15707D00B 0B SED1577D S1D15707D03B 3B SED1577T ...
Page 5
S1D15100 Series S1D15200 Series S1D15210 Series S1D15206 Series S1D15300 Series S1D15400 Series S1D15600/601/602 Series S1D15605 Series S1D15700 Series S1D15705 Series S1D15710 Series S1D15A06 Series S1D15B01 Series ...
Page 6
CONTENTS Selection Guide 1. S1D15100 Series 2. S1D15200 Series 3. S1D15210 Series 4. S1D15206 Series 5. S1D15300 Series 6. S1D15400 Series 7. S1D15600/601/602 Series 8. S1D15605 Series 9. S1D15700 Series 10. S1D15705 Series 11. S1D15710 Series 12. S1D15A06 Series 13. ...
Page 7
S1D15000 Series Selection Guide ...
Page 8
LCD drivers with RAM for small- and medium-sized displays S1D15000 (SED1500) series Supply voltage LCD voltage Part number range (V) range (V) S1D15100D00C * (SED1510D ) 0C 0.9 to 6.0 1.8 to 6.0 S1D15100F00C * (SED1510F ) 0C S1D15200 ***** ...
Page 9
Supply voltage LCD voltage Part number range (V) range (V) S1D15303D15B * 2.4 to 6.0 4 (SED1533D ) FB S1D15400D00A * (SED1540D ) 0A S1D15400D00B * 2.4 to 7.0 3 (SED1540D ) 0B S1D15400F00A * (SED1540F ...
Page 10
Supply voltage LCD voltage Part number range (V) range (V) S1D15606D11B * (SED1566D ) BB S1D15606D00B * (SED1566D ) 0B S1D15606D01B * 1.8 to 5.5 4 (SED1566D ) (1/6,1/8 bias) 1B S1D15606D02B * (SED1566D ) 2B S1D15606T00A * ...
Page 11
S1D15100 Series Rev. 1.0 ...
Page 12
DESCRIPTION ................................................................................................................................................ 1-1 2. FEATURES ...................................................................................................................................................... 1-1 3. BLOCK DIAGRAM .......................................................................................................................................... 1-1 4. PAD LAYOUT AND COORDINATES .............................................................................................................. 1-2 5. PIN LAYOUT (S1D1500F00C * 6. PIN DESCRIPTION ......................................................................................................................................... 1-3 7. FUNCTIONAL DESCRIPTION ........................................................................................................................ 1-4 8. COMMANDS ................................................................................................................................................... 1-7 9. ...
Page 13
DESCRIPTION The S1D15100Series is a segment driver IC for 1/4-duty LCD panels. It features 150 W maximum power dissipation and a wide operating supply voltage range, making it ideal for use in battery-powered devices. The S1D15100 series incorporates an ...
Page 14
S1D15100 Series 4. PAD LAYOUT AND COORDINATES (S1D15100D00C ) * 2500 D1510D Chip size: 2500 m Chip pitch: 525 m Pad center coordinates No. Pin name X coordinate Y coordinate 1 ...
Page 15
PINOUT (S1D15100F00C 36 37 Index PIN DESCRIPTION Pin Name I/O V Power supply DD V Power supply Power supply C OSC1 ...
Page 16
S1D15100 Series 7. FUNCTIONAL DESCRIPTION Command/Data Register The command/data register consists of an 8-bit serial register and a 3-bit CK counter. When CS input changes from the HIGH level to the LOW level, S1D15100 Serise comes to accept SI inputs. ...
Page 17
A single 4-bit word can be written to memory using the Data Memory Write command as shown in the following figure. The lower four bits are stored at the location specified by the address counter. The address counter is automatically ...
Page 18
S1D15100 Series Segment and Common Drivers The 32 segment drivers and the four common drivers are 4-level outputs that switch between V and V3 LCD driver voltage levels. The output states are determined by the display data values and the ...
Page 19
COMMANDS The S1D15100F00C samples C/D on every eighth * rising edge of CK. If C/D is HIGH, the command/data register contents are latched into the command decoder. The command decoder executes the following six com- mands. Address Set Set ...
Page 20
S1D15100 Series 9. SUPPLY VOLTAGES In addition there are three LCD supply voltages and supplied externally, whereas are generated internally ...
Page 21
ABSOLUTE MAXIMUM RATINGS Parameter Symbol Rating Supply voltage range V –7 –7.0 to 0.3 LCD supply voltage range 3 Input voltage range V V –0 Output voltage range V V –0.3 ...
Page 22
S1D15100 Series 12. AC ELECTRICAL CHARACTERISTICS –5.0 0 – Parameter CK period CK LOW-level pulsewidth CK HIGH-level pulsewidth setup time ...
Page 23
Timing Chart CS t DW2 CK t PWL1 t DW1 SI C/D Timing measurement Rev. 1.0 t PWL2 t CYC t PWH1 DH1 t DW3 0.2V 0. 0.8V 0. EPSON S1D15100 ...
Page 24
S1D15200 Series Rev. 1.1 ...
Page 25
DESCRIPTION ................................................................................................................................................2-1 2. FEATURES ......................................................................................................................................................2-1 3. BLOCK DIAGRAM ........................................................................................................................................... 2-2 4. PIN LAYOUT ................................................................................................................................................... 2-3 5. PAD .................................................................................................................................................................2-4 6. PIN DESCRIPTION ......................................................................................................................................... 2-6 7. FUNCTION DESCRIPTION .............................................................................................................................2-8 8. COMMANDS ................................................................................................................................................. 2-14 9. ABSOLUTE MAXIMUM RATINGS ................................................................................................................ 2-20 10. ELECTRICAL ...
Page 26
DESCRIPTION The S1D15200 series of dot matrix LCD drivers are designed for the display of characters and graphics. The drivers generate LCD drive signals derived from bit mapped data stored in an internal RAM. The drivers are available in ...
Page 27
S1D15200 Series 3. BLOCK DIAGRAM An example of S1D15200 * Common counter CL FR 2–2 10A : * LCD drive circuit Display data latch circuit Display data RAM (2560-bit) Column address decoder Display timing Column address counter generator circuit Column ...
Page 28
PIN LAYOUT QFP5 SEG 41 SEG 40 SEG 39 SEG 38 SEG 37 35 SEG 36 SEG 35 SEG 34 SEG 33 SEG 32 40 SEG 31 SEG 30 SEG 29 SEG 28 SEG 27 45 SEG 26 SEG ...
Page 29
S1D15200 Series 5. PAD Pad Layout Chip specifications of AL pad package Chip size: 4.80 7.04 0.400 mm Pad pitch: 100 100 m 100 Note: An example of S1D15200D10A package. 2–4 Chip specifications ...
Page 30
Pad Center Coordinates An example of S1D15200D10 pin names is given. ** The asterisk ( ) can be A for AL pad package or B for * gold bump package. S1D15200D10B Pad Center Coordinates * Pad Pin X Y No. ...
Page 31
S1D15200 Series 6. PIN DESCRIPTION (1) Power Supply Pins Name V Connected to the +5Vdc power. Common to the Vdc pin connected to the system ground ...
Page 32
LCD Drive Circuit Signals Name CL Input. Effective for an external clock operation model only. This is a display data latch signal to count up the line counter and common counter at each signal falling and rising edges. If ...
Page 33
S1D15200 Series 7. FUNCTION DESCRIPTION System Bus MPU interface 1. Selecting an interface type The S1D15200 series transfers data via 8-bit bidirec- tional data buses (D0 to D7). As its Reset pin has the MPU interface select function, the 80-series ...
Page 34
WRITE WR MPU DATA N Bus Internal timing hold WR READ WR RD MPU DATA N Address set WR RD Internal timing Column address Bus hold (2) Busy flag When the Busy flag is logical 1, the S1D15200 series is ...
Page 35
S1D15200 Series (7) Common Timing Generator Circuit Generates common timing signals and FR frame signals from the CL basic clock. The 1/16 or 1/32 duty (for S1D15200) or 1/8 or 1/16 duty (for S1D15202) can be selected by the Duty ...
Page 36
Oscillator Circuit (S1D15200 A low power-consumption CR oscillator for adjusting the oscillation frequency using Rf oscillation resistor only. This circuit generates a display timing signal. Some of S1D15200 and S1D15202 series models have a built-in oscillator and others use ...
Page 37
S1D15200 Series Column address ADC = "1" "0" D SEG pin 0 0 SEG ...
Page 38
COM0 COM1 COM2 COM3 COM4 COM5 COM6 COM7 COM8 COM9 COM10 COM11 COM12 COM13 COM14 COM15 Figure 4 LCD drive waveforms example Rev. 1 ...
Page 39
S1D15200 Series 8. COMMANDS Command (1) Display On/OFF (2) Display start line (3) Set page address (4) Set column (segment) address (5) Read status 0 ...
Page 40
Command Description Table 3 is the command table. The S1D15200 series identifies a data bus using a combination of A0 and R/W (RD or WR) signals. As the MPU translates a command in the internal timing only (independent from the ...
Page 41
S1D15200 Series (4) Set Column Address This command specifies a column address of the display data RAM. When the display data RAM is accessed by the MPU continuously, the column address is incremented by 1 each time it is accessed ...
Page 42
Read Display Data R Reads 8-bits of data from the data I/O latch, updates the contents of the I/O latch with display data from the display data RAM location specified ...
Page 43
S1D15200 Series (11) Read-Modify-Write R This command defeats column address register auto-increment after data reads. The current conetents of the column address register are saved. This mode remains active until an End ...
Page 44
Reset R This command clears • the display start line register. • and set page address register to 3 page. It does not affect the contents of the display ...
Page 45
S1D15200 Series 9. ABSOLUTE MAXIMUS RATINGS Parameter Supply voltage (1) Supply voltage (2) Supply voltage (3) Input voltage Output voltage Power dissipation Operating temperature Storage temperature Soldering temperature time at lead Notes: 1. All voltages are specified relative to V ...
Page 46
Parameter Symbol V OLT V OLC1 V OLC2 Low-level output voltage V OLT V OLC1 V OLC2 Input leakage current I LI Output leakage current I LO LCD driver ON resistance R ON Static current dissipation I DDQ I (1) ...
Page 47
S1D15200 Series Relationship between OSC FR *9 • Relationship between oscillation frequency, frames and Rf (S1D15200F00A ), (S1D15202F00A * =- =- 0.5 1.0 Rf Figure 5 (a) • ...
Page 48
AC Characteristics • MPU Bus Read/Write I (80-family MPU) A0,CS t AW8 WR, (WRITE (READ – ˚ –5.0 V 10% unless stated otherwise SS Parameter Symbol ...
Page 49
S1D15200 Series • MPU Bus Read/Write II (68-family MPU) E R/W A0, (WRITE (READ – ˚ – unless stated otherwise SS Parameter Symbol System cycle time ...
Page 50
Display Control Signal Timing CL FR Input Ta = – –5.0 V 10% unless stated otherwise SS Parameter Symbol Low-level pulsewidth t WLCL High-level pulsewidth t WHCL Rise time t r Fall time t ...
Page 51
S1D15200 Series 11. MPU INTERFACE CONFIGURATION 80 Family MPU IOQR MPU RES GND 68 Family MPU (Reference A15 MPU GND * Refer ...
Page 52
LCD DRIVE INTERGFACE CONFIGURATION S1D15200F00A –S1D15200F00A * S1D15202F00A –S1D15202F00A * To LCD SEG To LCD COM S1D15200F00A V DD Master M/S OSC1 OSC2 R f S1D15200F10A –S1D15200F10A * S1D15202F10A –S1D15202F10A * To LCD SEG To LCD COM S1D15200F10A V ...
Page 53
S1D15200 Series S1D15200F10A –S1D15201F10A * To LCD COM V DD M/S Notes: 1. The duty cycle of the slave must be the same as that for the master system has two or more slave drivers a CMOS ...
Page 54
LCD PANEL WIRING EXAMPLE (THE FULL-DOT LCD PANEL DISPLAYS A CHARACTER DOTS.) 1/16 duty: • 10 characters 2 lines 1/16 duty: • 23 characters 2 lines 1 16 COM 1/32 duty: • 33 characters 4 lines ...
Page 55
S1D15200 Series Package Dimensions • Plastic QFP5–100 pin Dimensions: inches (mm) 81 100 • Plastic QFP15–100 pin 2–30 0.016 1.008 0.4 (25.6 ) 0.004 0.1 0.787 ( Index 0.004 0.026 1 0.1 (0.65 ) 0.012 (0.30 0.016 0.4 ...
Page 56
TCP Dimensions Rev. 1.1 area) marking (Mold, EPSON S1D15200 Series 2–31 ...
Page 57
S1D15210 Series Rev. 1.1 ...
Page 58
DESCRIPTION ................................................................................................................................................ 3-1 2. FEATURES ...................................................................................................................................................... 3-1 3. BLOCK DIAGRAM ........................................................................................................................................... 3-2 4. PAD LAYOUT .................................................................................................................................................. 3-3 5. PAD CENTER COORDINATES ...................................................................................................................... 3-4 6. PIN DISCRIPTION........................................................................................................................................... 3-5 7. FUNCTION DESCRIPTION ............................................................................................................................. 3-7 8. COMMANDS .................................................................................................................................................3-12 9. ABSOLUTE MAXIMUM RATINGS ...
Page 59
DESCRIPTION The S1D15210 Series of dot matrix LCD drivers are designed for the display of characters and graphics. The drivers generate LCD drive signals derived from bit mapped data stored in an internal RAM. The S1D15210 Series drivers incorporate ...
Page 60
S1D15210 Series 3. BLOCK DIAGRAM 3–2 LCD drive circuit Display data latch circuit Display data RAM (2560-bit) Column address decoder Display timing Column address counter generator circuit Column ...
Page 61
PAD LAYOUT (1) Al-pad chip Chip size : 4.80 7.04 0.400 mm Pad pitch (Typ.) : 100 100 m 100 Rev. 1.1 (2)Au-bump chip Bump size : Bump height ...
Page 62
S1D15210 Series 5. PAD CENTER COORDINATES Pad Pin X Y No. Name 1 SEG71 159 6507 2 SEG70 159 6308 3 SEG69 159 6108 4 SEG68 159 5909 5 SEG67 159 5709 6 SEG66 159 5510 7 SEG65 159 5310 ...
Page 63
PIN DESCRIPTION (1) Power Supply Pins Name V Connected to the +5Vdc power. Common to the Vdc pin connected to the system ground Multi-level power supplies for LCD driving. ...
Page 64
S1D15210 Series (3) LCD Drive Circuit Signals Name CL Input. Effective for an external clock operation model only. This is a display data latch signal to count up the line counter and common counter at each signal falling and rising ...
Page 65
FUNCTION DESCRIPTION System Bus (1) MPU interface Selecting an interface type The S1D15210 series transfers data via 8-bit bidirec- tional data buses (D0 to D7). As its Reset pin has the MPU interface select function, the 80-series MPU or ...
Page 66
S1D15210 Series WRITE WR MPU DATA Bus Intermal timing hold WR READ WR RD MPU DATA WR RD Internal timing Column address Bus hold (2) Busy flag When the Busy flag is logical 1, the S1D15200 series is executing its ...
Page 67
Column address ADC D = "1" "0" SEG pin 0 0 SEG ...
Page 68
S1D15210 Series (7) Display Timing Generation Circuit The master clock CL and the frame signal FR generate internal timing. The master clock CL causes the line counter to operate, which synchronizes with the line Common driver CL FR (8) Display ...
Page 69
COM0 COM1 COM2 COM3 COM4 COM5 COM6 COM7 COM8 COM9 COM10 COM11 COM12 COM13 COM14 COM15 * The S1D15210 doesn't have pins Figure 4 LCD drive waveforms example Rev. 1 ...
Page 70
S1D15210 Series 8. COMMANDS Command (1)Display On/OFF (2)Display start line (3)Set page address (4) Set column (segment) address (5) Read status (6) ...
Page 71
Table 3 is the command table. The S1D15210 identifies a data bus using a combination of A0 and R/W (RD or WR) signals. As the MPU translates a command in the internal timing only (independent from the external clock), its ...
Page 72
S1D15210 Series (4) Set Column Address This command specifies a column address of the display data RAM. When the display data RAM is accessed by the MPU continuously, the column address is incremented by 1 each time it is accessed ...
Page 73
Read Display Data (E) (R/ Reads 8-bits of data from the data I/O latch, updates the contents of the I/O latch with display data from the display data RAM location ...
Page 74
S1D15210 Series (10) Read-Modify-Write (E) (R/ This command defeats column address register auto-increment after data reads. The current conetents of the column address register are saved. This mode remains active until an ...
Page 75
Reset (E) (R/ This command clears • the display start line register. • and set page address register to 3 page. It does not affect the contents of the ...
Page 76
S1D15210 Series 9. ABSOLUTE MAXIMUM RATINGS Parameter Supply voltage (1) Supply voltage (2) Supply voltage (3) Input voltage Output voltage Operating temperature Storage temperature Notes: 1. All voltages are specified relative The following relation must be always ...
Page 77
Parameter Symbol Static current dissipation I SSQ During I (1) SS Dynamic current display dissipation During I (2) SS access Input pin capacitance C IN Notes: 1. Although this equipment is capable of withstanding a wide range of operating voltage, ...
Page 78
S1D15210 Series Timing Characteristics • System Bus Read/Write Characteristic 1 (80-system MPU (Write (Read) Parameter Address hold time Address set-up time System cycle time Control pulse Write width Read Data ...
Page 79
System Bus Read/Write Characteristic 2 (68-system MPU (Write (Read) Parameter Signal System cycle time *1 Address set-up time R/W Address hold time Data set-up time Data hold time D0 ...
Page 80
S1D15210 Series • Display Control Input Timing CL FR Parameter Signal Low-level pulse width High-level pulse width CL Rise time Fall time FR delay time FR Parameter Signal Low-level pulse width Highlevel pulse width CL Rise time Fall time FR ...
Page 81
Reset Input Timing (80-system MPU) RES Internal status Parameter Signal Reset time Reset HIGH pulse width RES Parameter Signal Reset time Reset HIGH pulse width RES Note: * The rise time (tr) and fall time (tf) of the input ...
Page 82
S1D15210 Series 11. EXAMPLE OF CONNECTION MPU Interface (MPU example: S1C88316) CE0 to CE3(R30 to R33) 1 S1C88316 D0 to D7(P00 to P07) Notes: 1 See S1C88316 technical Manual for the signals of S1C88316. 2 The reset input for 80-system ...
Page 83
S1D15206 Series Rev. 3.5 ...
Page 84
DESCRIPTION ................................................................................................................................................ 4-1 2. FEATURES ...................................................................................................................................................... 4-1 3. BLOCK DIAGRAM (S1D15206 4. PIN LAYOUT ................................................................................................................................................... 4-3 5. PIN DESCRIPTION ......................................................................................................................................... 4-6 6. FUNCTION DESCRIPTION ............................................................................................................................. 4-8 7. COMMANDS .................................................................................................................................................4-18 8. ABSOLUTE MAXIMUM RATINGS ................................................................................................................ 4-22 9. ELECTRICAL CHARACTERISTICS ..............................................................................................................4-23 ...
Page 85
DESCRIPTION The S1D15206 series is a single-chip LCD driver for dot-matrix liquid crystal displays (LCD’s). It accepts serial or 8-bit parallel display data directly from a microprocessor and stores data in an on- chip display RAM. It can generate ...
Page 86
S1D15206 Series 3. BLOCK DIAGRAM (S1D15206 CAP1+ CAP1– CAP2+ CAP2– Power circuit V OUT Page address register Bus holder Microprocessor interface SR2 SR1 WR RD CS2 CS1 A0 4–2 ...
Page 87
PIN LAYOUT Package Pin Assignment SEG54 SEG55 103 SEG56 SEG57 SEG58 SEG59 SEG60 SEG61 110 SEG62 SEG63 SEG64 (COM15) SEG65 (COM14) SEG66 (COM13) SEG67 (COM12) SEG68 (COM11) SEG69 (COM10) SEG70 (COM 9) 120 SEG71 (COM 8) SEG72 (COM 7) ...
Page 88
S1D15206 Series Pad Layout 102 SEG54 103 SEG55 SEG56 SEG57 SEG58 SEG59 SEG60 SEG61 110 SEG62 SEG63 SEG64 (COM15) SEG65 (COM14) SEG66 (COM13) SEG67 (COM12) SEG68 (COM11) SEG69 (COM10) SEG70 (COM9) SEG71 (COM8) 120 SEG72 (COM7) SEG73 (COM6) SEG74 (COM5) ...
Page 89
Pad Center Coordinates PAD No. PIN Name OUT 9 CAP2– 10 CAP2+ 11 CAP1– 12 CAP1+ 13 ...
Page 90
S1D15206 Series 5. PIN DESCRIPTION Power Supply Name I/O V Supply +5VDC power supply. Common to microprocessor power supply pin Supply Ground Supply LCD driver supply voltages. The Set Power Control command can ...
Page 91
Name I/O SR1, I Microprocessor interface select, and parallel/serial data input select. SR2 When set for the 68 family MPU, the SR1 and SR2 timing must match or SR1 must rise first. LCD Driver Outputs Name I/O M/S I Normally ...
Page 92
S1D15206 Series 6. FUNCTION DESCRIPTION MPU Interface Parallel/Serial Interface The S1D15206 series can transfer data via 8-bit bidirectional data buses via serial data input D7 (SI). The 8-bit parallel data input or serial data input, 8080/6800-series ...
Page 93
CS1 CS2 D7(S1) D6(SCL Chip Select Inputs The S1D15206 series can interface to microprocessor when CS1 is LOW and CS2 is HIGH. When these pins are set to any other combination are high impedance. A0, ...
Page 94
S1D15206 Series Busy Flag The Busy flag is set when the S1D15206 series starts to operate. During operating, it accepts Read Status instruction only. The busy flag signal is output at pin D7 when Read Status is issued. If the ...
Page 95
Relationship between display data RAM and addresses (if initial display line is 08): Page Data address D2,D1,D0 D3 =0,0 0,0 0,1,0 ...
Page 96
S1D15206 Series • Dual-frame AC driver waveforms (If S1D15206 is used in 1/16 duty Display clock COM0 COM1 RAM data V ...
Page 97
Set Power Control command] D2 turns on when triple booster control bit goes HIGH, and D2 turns off when this bit goes LOW. D1 turns on when voltage regulator control bit goes HIGH, and D1 turns off when ...
Page 98
S1D15206 Series Voltage regulator The boosting voltage occurring at V OUT V voltage can be determined by the following equation when resistors Ra and Rb (R1, R2 and R3) are adjusted within the range =(1+ ...
Page 99
Setup example of constants when Electronic Volume Control Function is used: V maximum voltage –6.2 V (Electronic volume control 5 5 register values (D4,D3,D2,D1,D0)=(0,0,0,0,0)) V minimum voltages –8.6 V (Electronic volume control 5 5 register values ...
Page 100
S1D15206 Series When turning off the built-in power circuit, observe the following command sequence to mainyain power save status. When turning off the built-in power supply: Display “OFF” Static drive “ON” Built-in power supply “OFF” * Precautions when installing the ...
Page 101
Reset Circuit The S1D15206 series chip parameters are initialized when both SR1 and SR2 are set to low. Initial parameter setup 1. Display : Off 2. Duty cycle : 1/16 (S1D15206) 3. ADC select : Normal (D0 ADC com mand ...
Page 102
S1D15206 Series 7. COMMANDS Page 4–21 lists available commands. The S1D15206 series uses a combination of A0, RD and WR (or R/W) signals to identify data bus signals. As the chip analyzes and executes each command using internal timing clock ...
Page 103
R When D is low, the right rotation (normal direction). When D is HIGH, the left rotation (reverse direction). (9) Static Drive ON/OFF Forcibly turns ...
Page 104
S1D15206 Series (13) End Cancels Read-Modify-Write mode and returns column address to the original address (when Read-Modify-Write was issued Column address (14) Reset Resets the Initial Display Line register, Column Address coun- ter, Page Address ...
Page 105
Command (1) Display ON/OFF 0 1 (2) Initial Display Line 0 1 (3) Set Page Address 0 1 (4) Set Column Address 0 1 (5) Read Status 0 0 (6) Write Display Data 1 1 (7) Read ...
Page 106
S1D15206 Series 8. ABSOLUTE MAXIMUM RATINGS Parameter Supply voltage range Triple voltage conversion Driver supply voltage range (1) Driver supply voltage range (2) Input voltage range Output voltage range Allowable loss Operating temperature range Storage temperature range QFP • TCP ...
Page 107
ELECTRICAL CHARACTERISTICS DC Characteristics Item Symbol Power voltage (1) Operational V Operating voltage Operational (2) Operational V Operational V HIGH-level input voltage V LOW-level input voltage V HIGH-level output voltage V LOW-level output voltage V HIGH-level input voltage V ...
Page 108
S1D15206 Series Dynamic current consumption (2) when the built-in power supply is ON (Display all white) 1.7 times of normal products apply to Item Symbol S1D15206 I ( 5.0V 3.0V S1D15208 ...
Page 109
Current consumption I during access (2) during MPU access cycle DD 10 (mA) S1D15206 1 I (2) DD 0.1 0.01 0 0.01 0.1 f (MHz) CYC Item Symbol Input voltage V DD Booster output voltage V OUT Voltage regulator ...
Page 110
S1D15206 Series • Operating voltage range on V and V DD -20 -15 [V] - -7 • I measuring circuits S1D152 V 3 ...
Page 111
AC Characteristics (1) System buses A0 t AW8 CS1 (CS2="1") WR,RD D0~D7 (WRITE) D0~D7 (READ) Parameter Signal Address hold time Address setup time System cycle time Control LOW pulse width (WR) Control LOW pulse width (RD) Control HIGH pulse width ...
Page 112
S1D15206 Series (2) System buses A0 CS1 (CS2="1") RD (E) WR (R/W) D0~D7 (WR1TE) D0~D7 (READ) Parameter System cycle time Address setup time WR (R/W) Address hold time Data setup time Data hold time Output disable time ...
Page 113
Serial interface CS1 (CS2="1") A0 Serial clock (D6) Serial data (D7) D1 data Parameter Signal Serial clock cycle Serial clock Serial clock HIGH pulse width Serial clock LOW pulse width Address setup time A0 Address hold time Data setup ...
Page 114
S1D15206 Series (4) Display control timing CL FR Parameter Signal LOW level pulse width CL HIGH level pulse width Rise time Fall time FR delay time FR Parameter Signal LOW level pulse width CL HIGH level pulse width Rise time ...
Page 115
Reset timing Reset input (SR1 and SR2 are LOW.) Internal circuit status Parameter Signal Reset time Reset LOW pulse width Reset input Parameter Signal Reset time Reset LOW pulse width Reset input t Notes: 1. (reset time) represents the ...
Page 116
S1D15206 Series 10. EXTERNAL WIRINGS Power Supply and LCD Power Circuit If a single S1D15206 series chip is used and if on-board power supply is used and not used If on-chip power supply is used V OUT CAP1+ C1 CAP1 ...
Page 117
Microprocessor Interface The S1D15206 series chips can directly connect to 8080 and 6800-series microprocessors. Also, serial interfacing requires less signal lines between them. 8080-series microprocessors Wiring example IORQ MPU RES GND ...
Page 118
S1D15206 Series 6800-series microprocessors Wiring example A15 MPU GND Wiring example A15 MPU GND 4–34 A0 Decoder VMA E R/W RES RESET A0 Decoder ...
Page 119
Serial interface Wiring example Port 1 Port 2 MPU Port 3 Port 4 RES GND Wiring example Port 1 Port 2 MPU Port 3 Port 4 RES GND Rev.3 CS1 CS2 ...
Page 120
S1D15206 Series LCD Panel and Wiring Examples Single-chip configuration S1D15206 : 80 17dot S1D15206 COM 17 4–36 S1D15208 : 64 33dot SEG 80 COM 17 EPSON SEG 64 S1D15208 COM 16 Rev.3.5 ...
Page 121
DIMENSIONS Plastic 128-Pin QFP5 Package 102 103 128 1 The package dimensions are subject to change without notice. Rev.3.5 0.4 23.6 0.1 20 Index 39 38 0.1 0.5 0.2 1.8 EPSON S1D15206 Series 4–37 ...
Page 122
S1D15206 Series TPC shape S1D15206T (Reference drawing) 00A * This dimensional outline drawing is subject to change for improvements without prior notice 4–38 area) (Marking area) (Mold EPSON Rev.3.5 ...
Page 123
S1D15300 Series Rev. 1.4 ...
Page 124
DESCRIPTION ................................................................................................................................................ 5-1 2. FEATURES ...................................................................................................................................................... 5-1 3. BLOCK DIAGRAM (S1D15300D00B 4. PAD LAYOUT .................................................................................................................................................. 5-3 5. PIN DESCRIPTION ......................................................................................................................................... 5-5 6. FUNCTIONAL DESCRIPTION ........................................................................................................................ 5-8 7. COMMANDS .................................................................................................................................................5-19 8. COMMAND SETTING (For Refrence) ...........................................................................................................5-24 9. ABSOLUTE MAXIMUM RATINGS ...
Page 125
DESCRIPTION The S1D15300 series is a single-chip LCD driver for dot-matrix liquid crystal displays (LCD’s) which is directly connectable to a microcomputer bus. It accepts 8-bit serial or parallel display data directly sent from a microcomputer and stores it ...
Page 126
S1D15300 Series 3. BLOCK DIAGRAM (S1D15300D00B CAP1+ CAP1– Power supply CAP2+ circuit CAP2– CAP3– V OUT V R Page address register Bus holder Microprocessor interface CS1 ...
Page 127
PAD LAYOUT S1D15300 series chips 51 52 Die No Chip Size: Pad Pitch: S1D1530 Pad Center Size: Chip Thickness: S1D1530 Bump Size: Bump Height: Chip Thickness: Rev.1.4 6.65x4.57 mm ...
Page 128
S1D15300 Series Pad Center Coordinates Unit: m PAD PIN PAD PIN No. Name X Y No. Name 1 O127 2986 2142 O128 2862 O129 2738 O130 2614 O131 ...
Page 129
PIN DESCRIPTION Power Supply Name I/O V Supply +5V power supply. Connect to microprocessor power supply pin Supply Ground Supply LCD driver supply voltages. The voltage determined by LCD cell is 1 ...
Page 130
S1D15300 Series Name I • Write enable input. When interfacing to an 8080-series microprocessor, (R/ active LOW. • When interfacing to an 6800-series microprocessor, it will be read mode when R/W is HIGH and it will ...
Page 131
Name I LCD drive output. The following assignment is made depending on (SEG n) the model. (Com n) S1D15300D00 S1D15300D10 S1D15300D15 S1D15301D00 S1D15302D00 S1D15302D14 S1D15302D11 S1D15303D15 S1D15304D14 S1D15305D10 SEG output. LCD segment drive output. One ...
Page 132
S1D15300 Series 6. FUNCTIONAL DESCRIPTION Microprocessor Interface Interface type selection The S1D15300 series can transfer data via 8-bit bi-directional data buses (D7 to D0) or via serial data input (SI). When HIGH or LOW is selected for the polarity of ...
Page 133
Chip Select Inputs The S1D15300 series has two chip select pins, CS1 and CS2 and can interface to a microprocessor when CS1 is low and CS2 is high. When these pins are set to any other combination ...
Page 134
S1D15300 Series Column Address Counter This bit presettable counter that provides column address to the display RAM (refer to Figure 4 incremented by 1 when a Read/ Write command is entered. However, the counter is ...
Page 135
Relationship between display data RAM and addresses (if initial display line is 1CH): Page Data address D3, D2, D3 D1,D0 D4 0,0,0 0,0,0 ...
Page 136
S1D15300 Series Output Status Selector The S1D15300 series except S1D15301 can set a COM output scan direction to reduce restrictions at LCD module assembly. This scan direction is set by setting “1” or “0” in the output status register D3. ...
Page 137
Example of S1D15300D00B * 1/33 duty • Dual-frame AC driver waveforms DYO COM0 COM1 RAM data SEGn Display Data Latch Circuit. This circuit temporarily stores (or latches) display data (during a single common signal ...
Page 138
S1D15300 Series Booster circuit If capacitors C1 are inserted between CAP1+ and CAP1-, between CAP2+ and CAP2-, CAP1+ and CAP3- and VSS and VOUT, the potential between VDD and VSS is boosted to quadruple toward the negative side and it ...
Page 139
The minimum setup voltage of the V absolute value is determined 5 by the ratio of external Ra and Rb, and the increased voltage by the Electronic Volume Control Function is determined by resistor Rb. Therefore, the resistors must be ...
Page 140
S1D15300 Series Voltage generator circuit 1–1 Power set command when the built-in power supply is used (triple boosting) (D2, D1, D0 CAP3 CAP1 CAP1- CAP2+ C1 CAP2- V ...
Page 141
Reference setup value: S1D15300 S1D15301 V -11 to -13 V (variable S1D15302 V -11 to -13 V (variable) 5 SED1530 SED1531 C1 1.0~4.7 uF 1.0~4 0.22~0.47 uF 0.47~1.0 ...
Page 142
S1D15300 Series Exemplary connection diagram COM 0 ...
Page 143
COMMANDS The S1D15300 series uses a combination of A0, RD (E) and WR (R/ W) signals to identify data bus signals. As the chip analyzes and executes each command using internal timing clock only regardless of external clock, its ...
Page 144
S1D15300 Series (7) Read Display Data Reads 8-bit data from display RAM area specified by column address and page address. As the column address is incremented by 1 automatically after each write, the microprocessor can continue to read data of ...
Page 145
End Cancels Read-Modify-Write mode and returns column address to the original address (when Read-Modify-Write was issued Column address (14) Reset Resets the Initial Display Line register, Column Address coun- ter, Page Address register, and ...
Page 146
S1D15300 Series Sleep mode This mode stops every operation of the LCD display system, and can reduce current consumption nearly to a static current value if no access is made from the microprocessor. The internal status in the sleep mode ...
Page 147
Command (1) Display ON/OFF 0 1 (2) Initial Display Line 0 1 (3) Set Page Address 0 1 (4) Set Column Address higher bits (4) Set Column Address lower bits (5) ...
Page 148
S1D15300 Series 8. COMMAND SETTING (For Refrence) Instruction Setup Examples Initial setup Note: As power is turned on, this IC outputs non-LCD-drive potentials V and V – V from COM terminal (also used for generating the LCD drive output). If ...
Page 149
When the built-in power supply is not used immediately after the main power is turned on: Turn V and V DD RES terminal being set to LOW. Wait until the power supply is stabilized. Cancel the reset mode (RES ...
Page 150
S1D15300 Series • Data Display Notes: *8: Refer to the “Display Line Set” in the Command Description (2). *9: Refer to the “Page Address Set” in the Command Description (3). *10: Refer to the “Column Address Set” in the Command ...
Page 151
ABSOLUTE MAXIMUM RATINGS Parameter Supply voltage range Triple boosting Quadruple boosting Supply voltage range (1) (V Level) DD Supply voltage range (2) (V Level) DD Input voltage range Output voltage range Operating temperature range TCP Storage temperature range Bear ...
Page 152
S1D15300 Series 10. ELECTRICAL CHARACTERISTICS DC Characteristics Item Recommended Power voltage (1) Operation Operational Operating voltage Operational (2) Operational Operational HIGH-level input voltage LOW-level input voltage HIGH-level output voltage LOW-level output voltage HIGH-level input voltage LOW-level input voltage Input leakage ...
Page 153
Dynamic current consumption (1) when the built-in power supply is OFF Item Symbol S1D15300 5.0V S1D15305 V = 3.0V S1D15301 V = 5.0V 3.0V S1D15302 (1) ...
Page 154
S1D15300 Series • Dynamic current consumption (2) when the LCD built-in power circuit lamp is ON 200 (uA) 150 I (1) DD 100 50 S1D15303, S1D15304 Though the wide range of operating voltages is guaranteed, a ...
Page 155
V and V operating voltage range SS 5 -20 [V] -15 V5-V DD -10 • Current consumption at access IDD (2) - Microprocessor access cycle [mA] I (2) DD 0.1 0.01 Rev.1.4 -16 -11 Operating range -5 2.4 3.5 ...
Page 156
S1D15300 Series AC Characteristics (1) System buses A0 CS1 (CS2="1") WR,RD D0~D7 (WRITE) D0~D7 (READ) Parameter Address hold time Address setup time System cycle time Control LOW pulse width(WR) Control LOW pulse width(RD) Control HIGH pulse width (WR) Control HIGH ...
Page 157
System buses A0 R/W t AW6 CS1 (CS2="1") E D0~D7 (WR1TE) D0~D7 (READ) Parameter Signal System cycle time Address setup time A0 Address hold time W/R Data setup time Data hold time Output disable time Access ...
Page 158
S1D15300 Series (3) Serial interface CS1 (CS2="1") A0 SCL SI Parameter Serial clock cycle Serial clock HIGH pulse width Serial clock LOW pulse width Address setup time Address hold time Data setup time Data hold time CS serial clock time ...
Page 159
Display control timing CL (OUT) FR DYO Output timing Parameter Signal FR delay time FR DYO HIGH delay time DYO DYO LOW delay time Output timing Parameter Signal FR delay time FR DYO HIGH delay time DYO DYO LOW ...
Page 160
S1D15300 Series 11. MPU INTERFACE (For Reference) The S1D15300 series chips can directly connect to 8080 and 6800-series microprocessors. Also, serial interfacing requires less signal lines between them. When multiple chips are used in the S1D15300 series they can be ...
Page 161
CONNECTION BETWEEN LCD DRIVERS The LCD panel display area can easily be expanded by use of multiple S1D15300 series chips. The S1D15300 series can also be connected to the common driver (S1D16305). S1D15301 to S1D16305 (S1D16305) S11D16305 DOFF DIO ...
Page 162
S1D15300 Series S1D15300 : 100 33dot S1D15300D00A COM (33) S1D16700 DOFF DIO YSCL FR COM(33) M/S VDD 5–38 SEG (100) * <Master> COM (17) COM(65) 132 65 dot FR S1D15301 CL DYO DOF S1D15302 : 200 65 dot SEG(100) S1D15302 ...
Page 163
Dimensional outline drawing of the flexible substrate (an example) The dimensions are subject to change without prior notice. area) Rev.1.4 marking (Mold, area) marking (Mold, EPSON S1D15300 Series 5–39 ...
Page 164
S1D15400 Series Rev. 1.0 ...
Page 165
DESCRIPTION ................................................................................................................................................ 6-1 2. FEATURES ...................................................................................................................................................... 6-1 3. BLOCK DIAGRAM ........................................................................................................................................... 6-2 4. PIN LAYOUT ................................................................................................................................................... 6-3 5. PAD ................................................................................................................................................................. 6-5 6. PIN DESCRIPTION ......................................................................................................................................... 6-6 7. BLOCK DESCRIPTION ................................................................................................................................... 6-8 8. COMMANDS .................................................................................................................................................6-13 9. ABSOLUTE MAXIMUM RATINGS ................................................................................................................ ...
Page 166
DESCRIPTION The S1D15400 is a segment LCD driver intended for use with medium size LCD panels. The driver generates LCD drive signals from data sup- plied by an MPU over a high speed, 8-bit bus, 4-bit bus and stored ...
Page 167
S1D15400 Series 3. BLOCK DIAGRAM OSC2 OSC1 FR 6–2 LCD driver circuit Common counter Display data latch circuit Display data RAM 2560bit Column address decoder Display Column address counter timing generator Column address register Command decoder MPU Interface EPSON Status ...
Page 168
PIN LAYOUT For chip pad locations see section 4.3, Mechanical Specifications. Number Name Number 26 1 SEG71 2 SEG70 27 3 SEG69 28 4 SEG68 29 5 SEG67 SEG66 7 SEG65 32 8 SEG64 33 9 ...
Page 169
S1D15400 Series Mechanical Specifications S1D15400F00A Flat Pack * Dimensions: inches (mm) 81 100 6–4 0.016 1.008 0.4 (25.6 ) 0.004 0.1 0.787 ( Index 0.004 1 0.026 0.1 (0.65 ) 0.012 0.1 (0.30 EPSON ...
Page 170
PAD S1D15400D Pad Layout Al-pad chip • Die size: 4.80 mm 7.04 mm 0.525 mm • Pad size: 100 100 m Au-bump chip • Minimum bump pitch: 199 m • Bump height +10/–5 m • Bump size: ...
Page 171
S1D15400 Series 6. PIN DESCRIPTION Power Terminals Terminal name V Connects to a +5-V power supply. Used in common with the MPU power terminal 0-V terminal connected to the system GND Multi-level power ...
Page 172
LCD Panel Driving Circuit Terminals Terminal name OSC1 A terminal for connecting a resistor for internal oscillation. OSC2 When M internal oscillation is prohibited, making OCS2 serve as a clock input terminal in the opposite phase to OCS1. ...
Page 173
S1D15400 Series 7. BLOCK DESCRIPTION System Bus Data transfer The S1D15400 driver uses the A0, E (or RD) and R/W (or WR) signals to transfer data between the system MPU and internal registers. The combinations used are given in the ...
Page 174
WRITE WR MPU DATA N Latch Internal timing WR READ WR RD MPU DATA N Address set Internal timing Column address Latch Busy flag When the Busy flag is logical 1, the S1D15400 is execut- ing ...
Page 175
S1D15400 Series Display Start Line and Line Count Registers The contents of this register form a pointer to a line of data in display data RAM corresponding to the first line of the display (COM0), and are set by the ...
Page 176
Column address ADC ="1" D ="0" SEG SEG ...
Page 177
S1D15400 Series Common Timing Generator This circuit generates common timing and frame (FR) signals from the basic clock CL. The “Select Duty Cycle” command selects a duty cycle of 1/3 or 1/4. Display Data Latch Circuit This latch stores one ...
Page 178
COMMANDS Command (1)Display On/OFF (2)Display start line (3)Set page address (4)Set column (segment) address (5)Read status 0 0 ...
Page 179
S1D15400 Series (1) Display ON/OFF This command turns the display on and off. D=1: Display ON D=0: Display OFF R (2) Display Start Line This command specifies the line address shown in ...
Page 180
Set Column Address This command specifies a column address of the display data RAM. When the display data RAM is accessed by the MPU continuously, the column address is incremented by 1 each time it is accessed from the ...
Page 181
S1D15400 Series (7) Read Display Data R Reads 8-bits of data from the data I/O latch, updates the contents of the I/O buffer with display data from the display data RAM location ...
Page 182
Read-Modify-Write This command is used in combination with the End command. Once the Read-Modify-Write command is entered, the column address is incremented by 1 only by the display data write command but not incremented by the display data read ...
Page 183
S1D15400 Series (12) End R Column address Cancels read-modify-write mode and restores the contents of the column address register to their value prior to the receipt of the read-modify-write command. (13) Reset This command ...
Page 184
ABSOLUTE MAXIMUM RATINGS Parameter Supply voltage (1) Supply voltage (2) Supply voltage (3) Input voltage Output voltage Power dissipation Operating temperature QFP Storage temperature chip Soldering temperature time (at lead) Notes: 1. All voltages are specified relative to V ...
Page 185
S1D15400 Series 10. DC CHARACTERISTICS (Ta = – Parameter Symbol Operating Recommended voltage ( See note 1. Allowable Recommended V 3 Operating Allowable voltage (2) Allowable V 1 Allowable V ...
Page 186
Relationship between and R OSC OSC OSC 20 [kHz 0.5 1 Relationship between f and FR CL Frame [Hz] Operating ...
Page 187
S1D15400 Series 11. AC CHARACTERISTICS • MPU Bus Read/Write I (80-family MPU) A0,CS t AW8 WR, (WRITE (READ) (Ta = – –5.0 V 10%) SS Signal Parameters Address hold ...
Page 188
MPU Bus Read/Write II (68-family MPU) E R/W A0, (WRITE (READ) (Ta = – –5 V 10%) SS Signal Parameters System cycle time A0, CS,R/W Address setup time ...
Page 189
S1D15400 Series • Display Control Signal Timing CL FR Input (Ta = – –5.0 V 10%) SS Signal Parameters LOW-level pulse width CL HIGH-level pulse width Rise time Fall time FR FR delay time Output ...
Page 190
Example Drive Waveforms (1/3 Bias, 1/4 duty) COM0 COM1 COM2 COM3 COM4 COM5 COM6 COM7 COM14 COM15 SEG COM3 to SEGn COM0 to SEGn Rev. 1.0 FR COM0 COM1 COM2 COM3 SEGn EPSON S1D15400 Series ...
Page 191
S1D15400 Series 12. MPU INTERFACE CONFIGURATION 80 Family MPU IOQR MPU RES GND 68 Family MPU A15 VMA MPU R/W ...
Page 192
LCD DRIVE INTERFACE CONFIGURATION S1D15400 - S1D15400 (Internal Oscillator) To LCD SEG To LCD COM S1D15400 V DD Master M/S OSC1 R f S1D15400 - S1D15400 (External clock) To LCD SEG To LCD COM S1D15400 V DD M/S OSC1 ...
Page 193
S1D15400 Series 14. PANEL INTERFACE CONFIGURATION COM 6–28 LCD Segment type SEG S1D15400 S1D15400 Master Slave EPSON SEG Rev. 1.0 ...
Page 194
S1D15600/601/602 Series Rev. 4.6 ...
Page 195
DESCRIPTION ................................................................................................................................................ 7-1 2. FEATURES ...................................................................................................................................................... 7-1 3. BLOCK DIAGRAM ........................................................................................................................................... 7-2 4. PAD ................................................................................................................................................................. 7-3 5. PIN DESCRIPTION ......................................................................................................................................... 7-5 6. ABSOLUTE MAXIMUM RATINGS .................................................................................................................. 7-9 7. FUNCTIONAL DESCRIPTION ......................................................................................................................7-21 8. COMMANDS .................................................................................................................................................7-40 9. COMMAND DISCRIPTION-INSTRUCTION SETUP EXAMPLES ...
Page 196
DESCRIPTION The S1D15600/601/602 series is a single-chip LCD driver for dot-matrix liquid crystal displays. It accepts serial or 8-bit parallel display data directly from a micro- processor and stores data in an on-chip 166 RAM. The S1D15600/601/602 series features ...
Page 197
S1D15600/601/602 Series 3. BLOCK DIAGRAM CAP1+ Supply CAP1– voltage generator1 CAP2+ CAP2– Output T1, T2 status select Page address register Bus holder CS1 CS2 ...
Page 198
PAD Pad layout 49 O0 O45 95 • Au-Bump • Al-pad Rev. 4.6 D156 D0B * Chip size : 8.08 5.28 mm Pad pitch : 100 m (Min.) Chip thickness : 625 m : 300 m (Al-pad) Bump size ...
Page 199
S1D15600/601/602 Series S1D15600/601/602 Series PAD Center Coordinates PAD PIN PAD X Y No. Name No. Name 1 V 3640 2487 3489 3339 3188 58 08 ...
Page 200
PIN DESCRIPTION Power Supply Name I/O V Supply 5V supply. Common to MPU power supply pin Ground Supply LCD driver supply voltages. The voltage determined by the 1 5 LCD cellis impedance-converted ...