EPSON S1D15605 service manual

S1D15607D00B

8. S1D15605 Series

Rev. 2.4a

	Contents
1.	DESCRIPTION ................................................................................................................................................	8-1
2.	FEATURES......................................................................................................................................................	8-1
3.	BLOCK DIAGRAM ...........................................................................................................................................	8-3
4.	PAD .................................................................................................................................................................	8-4
5.	PIN DESCRIPTIONS .....................................................................................................................................	8-20
6.	DESCRIPTION OF FUNCTIONS ..................................................................................................................	8-24
7.	COMMANDS .................................................................................................................................................	8-49
8.	COMMAND DESCRIPTION ..........................................................................................................................	8-58
9.	ABSOLUTE MAXIMUM RATINGS ................................................................................................................	8-64
10.	DC CHARACTERISTICS ...............................................................................................................................	8-65
11.	TIMING CHARACTERISTICS .......................................................................................................................	8-73
12.	THE MPU INTERFACE (REFERENCE EXAMPLES) ...................................................................................	8-81
13.	CONNECTIONS BETWEEN LCD DRIVERS (REFERENCE EXAMPLE) .....................................................	8-82
14.	CONNECTIONS BETWEEN LCD DRIVERS (REFERENCE EXAMPLES) ..................................................	8-83
15.	A SAMPLE TCP PIN ASSIGNMENT .............................................................................................................	8-84
16.	EXTERNAL VIEW OF TCP PINS ..................................................................................................................	8-85

– i –

Rev. 2.4a

“1” Display on “0” Display off

(during normal display)

/S1D15607D11B*

/S1D15606D11B*

/S1D15605D11B*

S1D15605 Series

1. DESCRIPTION

The S1D15605 Series is a series of single-chip dot matrix liquid crystal display drivers that can be connected directly to a microprocessor bus. 8-bit parallel or serial display data sent from the microprocessor is stored in the internal display data RAM and the chip generates a liquid crystal drive signal independent of the microprocessor. Because the chips in the S1D15605*****

contain 65 × 132 bits of display data RAM and there is a 1-to-1 correspondence between the liquid crystal panel pixels and the internal RAM bits, these chips enable displays with a high degree of freedom.

The S1D15606***** chips contain 49 common output circuits and 132 segment output circuits, so that a single chip can drive a 49 × 132 dot display (capable of displaying 8 columns × 4 rows of a 16 × 16 dot kanji font). The S1D15607***** chips contain 33 common output circuits and 132 segment output circuits, so that a single chip can drive 33 × 132 dot display (capable of displaying 8 columns × 2 rows of 16 × 16 dot kanji fonts). Thanks to the built-in 55 common output circuits and 132 segment output circuits, the S1D15608*****

is capable of displaying 55 × 132 dots (11 columns × 4 lines using 11 × 12 dots Kanji font) with a single chip. The S1D15609***** chips contain 53 common output circuits and 132 segment output circuits, so that a single chip can drive 53 × 132 dot display (capable of displaying 11 columns × 4 rows of 11 × 12 dot kanji fonts). Moreover, the capacity of the display can be extended through the use of master/slave structures between chips.

The chips are able to minimize power consumption because no external operating clock is necessary for the display data RAM read/write operation. Furthermore, because each chip is equipped internally with a lowpower liquid crystal driver power supply, resistors for liquid crystal driver power voltage adjustment and a display clock CR oscillator circuit, the S1D15605 Series chips can be used to create the lowest power display system with the fewest components for highperformance portable devices.

2. FEATURES

• Direct display of RAM data through the display data RAM.

RAM bit data:

• RAM capacity

65 × 132 = 8580 bits

• Display driver circuits

S1D15605*****:65 common output and 132 segment outputs

S1D15606*****:49 common output and 132 segment outputs

S1D15607*****:33 common outputs and 132 segment outputs

S1D15608*****:55 common outputs and 132 segment outputs

S1D15609*****:53 common outputs and 132 segment outputs

•High-speed 8-bit MPU interface (The chip can be connected directly to the both the 80x86 series MPUs and the 68000 series MPUs)

/Serial interfaces are supported.

•Abundant command functions

Display data Read/Write, display ON/OFF, Normal/ Reverse display mode, page address set, display start line set, column address set, status read, display all points ON/OFF, LCD bias set, electronic volume, read/modify/write, segment driver direction select, power saver, static indicator, common output status select, V5 voltage regulation internal resistor ratio set.

•Static drive circuit equipped internally for indicators. (1 system, with variable flashing speed.)

•Low-power liquid crystal display power supply circuit equipped internally.

Booster circuit (with Boost ratios of Double/Triple/ Quad, where the step-up voltage reference power supply can be input externally)

High-accuracy voltage adjustment circuit (Thermal gradient –0.05%/C° or –0.2%/C° or external input) V5 voltage regulator resistors equipped internally, V1 to V4 voltage divider resistors equipped internally, electronic volume function equipped internally, voltage follower.

•CR oscillator circuit equipped internally (external clock can also be input)

•Extremely low power consumption

Operating power when the built-in power supply is used (an example)

S1D15605D00B* 81 μA (VDD – VSS = VDD – VSS2= 3.0 V, Quad voltage, V5 – VDD =

–11.0 V)

S1D15606D00B* 43 μA (VDD – VSS = VDD – VSS2 = 3.0 V, Triple voltage, V5 – VDD =

–8.0 V)

S1D15607D00B* 29 μA (VDD – VSS = VDD – VSS2 = 3.0 V, Triple voltage, V5 – VDD =

–8.0 V) S1D15608D00B*/S1D15608D11B*

/S1D15609D00B*/S1D15609D11B*

46μA (VDD – VSS = VDD – VSS2 = 3.0 V, Triple voltage, V5 – VDD =

– 8.0 V)

Conditions: When all displays are in white and the normal mode is selected (see page 60 *12 for details of the conditions).

• Power supply

Operable on the low 1.8 voltage

Logic power supply VDD – VSS = 1.8 V to 5.5 V Boost reference voltage: VDD – VSS2 = 1.8 V to 6.0 V

Liquid crystal drive power supply: V5 – VDD = –4.5 V to –16.0 V

•Wide range of operating temperatures: –40 to 85°C

•CMOS process

•Shipping forms include bare chip and TCP.

•These chips not designed for resistance to light or resistance to radiation.

Rev. 2.4a

EPSON

8–1

S1D15605 Series

Series Specifications

Bare chip

Product Name	Duty	Bias	SEG Dr	COM Dr	VREG Temperature		Chip
					Gradient		Thickness
S1D15605D00B*	1/65	1/9, 1/7	132	65	–0.05%/°C		625 μm
S1D15605D11B*	1/65	1/9, 1/7	132	65	–0.05%/°C		625 μm
S1D15605D11E*	1/65	1/9, 1/7	132	65	–0.05%/°C		300 μm
S1D15605D01B*	1/65	1/9, 1/7	132	65	–0.2%/°C		625 μm
S1D15605D02B*	1/65	1/9, 1/7	132	65	External Input		625 μm
S1D15606D00B*	1/49	1/8, 1/6	132	49	–0.05%/°C		625 μm
S1D15606D01B*	1/49	1/8, 1/6	132	49	–0.2%/°C		625 μm
S1D15606D02B*	1/49	1/8, 1/6	132	49	External Input		625 μm
S1D15606D11B*	1/49	1/8, 1/6	132	49	–0.05%/°C		625 μm
S1D15607D00B*	1/33	1/6, 1/5	132	33	–0.05%/°C		625 μm
S1D15607D01B*	1/33	1/6, 1/5	132	33	–0.2%/°C		625 μm
S1D15607D02B*	1/33	1/6, 1/5	132	33	External Input		625 μm
S1D15607D11B*	1/33	1/6, 1/5	132	33	–0.05%/°C		625 μm
S1D15608D00B*	1/55	1/8, 1/6	132	55	–0.05%/°C		625 μm
S1D15609D00B*	1/53	1/8, 1/6	132	53	–0.05%/°C		625 μm
TCP
Product Name	Duty	Bias	SEG Dr	COM Dr	VREG Temperature Gradient
S1D15605T00**	1/65	1/9, 1/7	132	65	–0.05%/°C
S1D15606T00**	1/49	1/8, 1/6	132	49	–0.05%/°C
S1D15607T00**	1/33	1/6, 1/5	132	33	–0.05%/°C

Product name of custom TCP can be coped with specially.

8–2

EPSON

Rev. 2.4a

S1D15605 Series

3. BLOCK DIAGRAM

Example: S1D15605*****

SEG131

COM63

SEG0

• • • • • • • • • • • • • • • • • • • • • • • • •

COM0

COMS

• • • • • • • • • •

VSS

VDD

V1

COMS

V3

V2

SEG Drivers

COM Drivers

V4

V5

Shift register

CAP1+

Display data latch circuit

CAP1–

circuit

CAP2+

FRS

CAP2–

circuitaddressPage

circuitaddressLine

generationtimingDisplay

bufferI/O

FR

CAP3+

CL

VOUT

Power

Display data RAM

supply

DOF

circuit

132 x 65

M/S

VSS2

VR

VRS

IRS

HPM

Column address circuit

Oscillator circuit

CLS

Bus holder

Command decoder

Status

MPU interface

CS1

CS2

A0

RD (E)

WR (R/W)

P/S

RES

D7 (SI)

D6 (SCL)

D5

D4

D3

D2

D1

D0

Rev. 2.4a

EPSON

8–3

S1D15605 Series

4. PAD

Pad Layout

99

100 S1D15605 Series

(0, 0)

134

135

Chip Size	10.82 mm × 2.81 mm
Chip Thickness	0.625 mm
Bump Pitch	71 μm (Min.)
Bump Size	PAD No. 1~24
	PAD No. 25~82
	PAD No. 83~99
	PAD No. 100
	PAD No. 101~133
	PAD No. 134
	PAD No. 135
	PAD No. 136~273
	PAD No. 274
	PAD No. 275
	PAD No. 276~308
	PAD No. 309
Bump Height	17 μm (Typ.)

1 309

Die No. D1565D

0B

275 274

85 μm × 85 μm

64 μm × 85 μm

85 μm × 85 μm

85 μm × 73 μm

85 μm × 47 μm

85 μm × 73 μm

73 μm × 85 μm

47 μm × 85 μm

73 μm × 85 μm

86 μm × 73 μm

85 μm × 47 μm

85 μm × 73 μm

8–4

EPSON

Rev. 2.4a

S1D15605 Series

S1D15605***** Pad Center Coordinates

																									Units: μm
PAD			PIN							X	Y			PAD	PIN	X	Y			PAD		PIN		X		Y
No.	Name													No.	Name					No.	Name
1	(NC)									4973	1246			41	CAP3–	695	1246			81	TEST4			–2867		1246
2		FRS								4853				42	(NC)	605				82		(NC)		–2957
3			FR							4734				43	CAP1+	516				83		VDD		–3059
4			CL							4614				44	CAP1+	427				84		M/S		–3179
5		DOF								4494				45	CAP1–	338				85		CLS		–3298
6	TEST0									4375				46	CAP1–	249				86		VSS		–3418
7			VSS							4255				47	CAP2–	160				87		C86		–3538
8										4136				48	CAP2–	71				88		P/S		–3657
			CS1
9		CS2								4016				49	CAP2+	–18				89		VDD		–3777
10			VDD							3896				50	CAP2+	–107				90				–3896
																						HPM
11			RES							3777				51	VSS	–196				91		VSS		–4016
12			A0							3657				52	VSS	–285				92		IRS		–4136
13			VSS							3538				53	VRS	–374				93		VDD		–4255
14										3418				54	VRS	–463				94	TEST5			–4375
	WR, R/W
15	RD, E									3298				55	VDD	–552				95	TEST6			–4494
16			VDD							3179				56	VDD	–641				96	TEST7			–4614
17			D0							3059				57	V1	–730				97	TEST8			–4734
18			D1							2940				58	V1	–819				98	TEST9			–4853
19			D2							2820				59	V2	–908				99		(NC)		–4973
20			D3							2700				60	V2	–997				100	(NC)			–5252		1248
21			D4							2581				61	(NC)	–1086				101	COM31					1163
22			D5							2461				62	V3	–1176				102	COM30					1090
23	D6, SCL									2342				63	V3	–1265				103	COM29					1017
24	D7, SI									2222				64	V4	–1354				104	COM28					945
25	(NC)									2119				65	V4	–1443				105	COM27					872
26			VDD							2030				66	V5	–1532				106	COM26					799
27			VDD							1941				67	V5	–1621				107	COM25					727
28			VDD							1852				68	(NC)	–1710				108	COM24					654
29			VDD							1763				69	VR	–1799				109	COM23					581
30			VSS							1674				70	VR	–1888				110	COM22					509
31			VSS							1585				71	VDD	–1977				111	COM21					436
32			VSS							1496				72	VDD	–2066				112	COM20					363
33	VSS2									1407				73	TEST1	–2155				113	COM19					291
34	VSS2									1318				74	TEST1	–2244				114	COM18					218
35	VSS2									1229				75	TEST2	–2333				115	COM17					145
36	VSS2									1140				76	TEST2	–2422				116	COM16					73
37	(NC)									1051				77	(NC)	–2511				117	COM15					0
38	VOUT									962				78	TEST3	–2600				118	COM14					–73
39	VOUT									873				79	TEST3	–2689				119	COM13					–145
40	CAP3–									784				80	TEST4	–2778				120	COM12					–218

Rev. 2.4a

EPSON

8–5

S1D15605 Series

																		Units: μm
PAD	PIN	X		Y				PAD	PIN	X	Y				PAD	PIN	X		Y
No.	Name							No.	Name						No.	Name
121	COM11	–5252		–291				161	SEG22	–3127	–1246				201	SEG62	–252		–1246
122	COM10			–363				162	SEG23	–3055					202	SEG63	–180
123	COM9			–436				163	SEG24	–2983					203	SEG64	–108
124	COM8			–509				164	SEG25	–2912					204	SEG65	–36
125	COM7			–581				165	SEG26	–2840					205	SEG66	36
126	COM6			–654				166	SEG27	–2768					206	SEG67	108
127	COM5			–727				167	SEG28	–2696					207	SEG68	180
128	COM4			–800				168	SEG29	–2624					208	SEG69	252
129	COM3			–872				169	SEG30	–2552					209	SEG70	324
130	COM2			–945				170	SEG31	–2480					210	SEG71	395
131	COM1			–1018				171	SEG32	–2408					211	SEG72	467
132	COM0			–1090				172	SEG33	–2336					212	SEG73	539
133	COMS			–1163				173	SEG34	–2265					213	SEG74	611
134	(NC)			–1248				174	SEG35	–2193					214	SEG75	683
135	(NC)	–5009		–1246				175	SEG36	–2121					215	SEG76	755
136	(NC)	–4924						176	SEG37	–2049					216	SEG77	827
137	(NC)	–4853						177	SEG38	–1977					217	SEG78	899
138	(NC)	–4781						178	SEG39	–1905					218	SEG79	971
139	SEG0	–4709						179	SEG40	–1833					219	SEG80	1042
140	SEG1	–4637						180	SEG41	–1761					220	SEG81	1114
141	SEG2	–4565						181	SEG42	–1689					221	SEG82	1186
142	SEG3	–4493						182	SEG43	–1618					222	SEG83	1258
143	SEG4	–4421						183	SEG44	–1546					223	SEG84	1330
144	SEG5	–4349						184	SEG45	–1474					224	SEG85	1402
145	SEG6	–4277						185	SEG46	–1402					225	SEG86	1474
146	SEG7	–4206						186	SEG47	–1330					226	SEG87	1546
147	SEG8	–4134						187	SEG48	–1258					227	SEG88	1618
148	SEG9	–4062						188	SEG49	–1186					228	SEG89	1689
149	SEG10	–3990						189	SEG50	–1114					229	SEG90	1761
150	SEG11	–3918						190	SEG51	–1042					230	SEG91	1833
151	SEG12	–3846						191	SEG52	–971					231	SEG92	1905
152	SEG13	–3774						192	SEG53	–899					232	SEG93	1977
153	SEG14	–3702						193	SEG54	–827					233	SEG94	2049
154	SEG15	–3630						194	SEG55	–755					234	SEG95	2121
155	SEG16	–3559						195	SEG56	–683					235	SEG96	2193
156	SEG17	–3487						196	SEG57	–611					236	SEG97	2265
157	SEG18	–3415						197	SEG58	–539					237	SEG98	2336
158	SEG19	–3343						198	SEG59	–467					238	SEG99	2408
159	SEG20	–3271						199	SEG60	–395					239	SEG100	2480
160	SEG21	–3199						200	SEG61	–324					240	SEG101	2552

8–6

EPSON

Rev. 2.4a

S1D15605 Series

	PAD	PIN	X		Y
	No.	Name
	241	SEG102	2624		–1246
	242	SEG103	2696
	243	SEG104	2768
	244	SEG105	2840
	245	SEG106	2912
	246	SEG107	2983
	247	SEG108	3055
	248	SEG109	3127
	249	SEG110	3199
	250	SEG111	3271
	251	SEG112	3343
	252	SEG113	3415
	253	SEG114	3487
	254	SEG115	3558
	255	SEG116	3630
	256	SEG117	3702
	257	SEG118	3774
	258	SEG119	3846
	259	SEG120	3918
	260	SEG121	3990
	261	SEG122	4062
	262	SEG123	4134
	263	SEG124	4206
	264	SEG125	4277
	265	SEG126	4349
	266	SEG127	4421
	267	SEG128	4493
	268	SEG129	4565
	269	SEG130	4637
	270	SEG131	4709
	271	(NC)	4781
	272	(NC)	4853
	273	(NC)	4924
	274	(NC)	5009
	275	(NC)	5252		–1248
	276	COM32			–1163
	277	COM33			–1090
	278	COM34			–1018
	279	COM35			–945
	280	COM36			–872

Units: μm

PAD	PIN	X		Y
No.	Name
281	COM37	5252		–800
282	COM38			–727
283	COM39			–654
284	COM40			–581
285	COM41			–509
286	COM42			–436
287	COM43			–363
288	COM44			–291
289	COM45			–218
290	COM46			–145
291	COM47			–73
292	COM48			0
293	COM49			73
294	COM50			145
295	COM51			218
296	COM52			291
297	COM53			363
298	COM54			436
299	COM55			509
300	COM56			581
301	COM57			654
302	COM58			727
303	COM59			799
304	COM60			872
305	COM61			945
306	COM62			1017
307	COM63			1090
308	COMS			1163
309	(NC)			1248

Rev. 2.4a

EPSON

8–7

S1D15605 Series

S1D15606***** Pad Center Coordinates

																									Units: μm
PAD				PIN						X	Y				PAD	PIN	X	Y				PAD	PIN	X		Y
No.		Name													No.	Name						No.	Name
1		(NC)								4973	1246				41	CAP3–	695	1246				81	TEST4	–2867		1246
2			FRS							4853					42	(NC)	605					82	(NC)	–2957
3				FR						4734					43	CAP1+	516					83	VDD	–3059
4				CL						4614					44	CAP1+	427					84	M/S	–3179
5										4494					45	CAP1–	338					85	CLS	–3298
			DOF
6	TEST0									4375					46	CAP1–	249					86	VSS	–3418
7				VSS						4255					47	CAP2–	160					87	C86	–3538
8										4136					48	CAP2–	71					88	P/S	–3657
				CS1
9			CS2							4016					49	CAP2+	–18					89	VDD	–3777
10				VDD						3896					50	CAP2+	–107					90	HPM	–3896
11										3777					51	VSS	–196					91	VSS	–4016
			RES
12				A0						3657					52	VSS	–285					92	IRS	–4136
13				VSS						3538					53	VRS	–374					93	VDD	–4255
14										3418					54	VRS	–463					94	TEST5	–4375
	WR, R/W
15						E				3298					55	VDD	–552					95	TEST6	–4494
		RD,
16				VDD						3179					56	VDD	–641					96	TEST7	–4614
17				D0						3059					57	V1	–730					97	TEST8	–4734
18				D1						2940					58	V1	–819					98	TEST9	–4853
19				D2						2820					59	V2	–908					99	(NC)	–4973
20				D3						2700					60	V2	–997					100	(NC)	–5252		1248
21				D4						2581					61	(NC)	–1086					101	(NC)			1163
22				D5						2461					62	V3	–1176					102	(NC)			1090
23	D6, SCL									2342					63	V3	–1265					103	COM23			1017
24	D7, SI									2222					64	V4	–1354					104	(NC)			945
25		(NC)								2119					65	V4	–1443					105	COM22			872
26				VDD						2030					66	V5	–1532					106	(NC)			799
27				VDD						1941					67	V5	–1621					107	COM21			727
28				VDD						1852					68	(NC)	–1710					108	COM20			654
29				VDD						1763					69	VR	–1799					109	COM19			581
30				VSS						1674					70	VR	–1888					110	COM18			509
31				VSS						1585					71	VDD	–1977					111	COM17			436
32				VSS						1496					72	VDD	–2066					112	COM16			363
33		VSS2								1407					73	TEST1	–2155					113	COM15			291
34		VSS2								1318					74	TEST1	–2244					114	COM14			218
35		VSS2								1229					75	TEST2	–2333					115	COM13			145
36		VSS2								1140					76	TEST2	–2422					116	COM12			73
37		(NC)								1051					77	(NC)	–2511					117	COM11			0
38		VOUT								962					78	TEST3	–2600					118	COM10			–73
39		VOUT								873					79	TEST3	–2689					119	COM9			–145
40	CAP3–									784					80	TEST4	–2778					120	COM8			–218

8–8

EPSON

Rev. 2.4a

S1D15605 Series

																	Units: μm
PAD	PIN	X		Y				PAD	PIN	X	Y			PAD	PIN	X		Y
No.	Name							No.	Name					No.	Name
121	COM7	–5252		–291				161	SEG22	–3127	–1246			201	SEG62	–252		–1246
122	COM6			–363				162	SEG23	–3055				202	SEG63	–180
123	COM5			–436				163	SEG24	–2983				203	SEG64	–108
124	COM4			–509				164	SEG25	–2912				204	SEG65	–36
125	COM3			–581				165	SEG26	–2840				205	SEG66	36
126	COM2			–654				166	SEG27	–2768				206	SEG67	108
127	COM1			–727				167	SEG28	–2696				207	SEG68	180
128	(NC)			–800				168	SEG29	–2624				208	SEG69	252
129	COM0			–872				169	SEG30	–2552				209	SEG70	324
130	(NC)			–945				170	SEG31	–2480				210	SEG71	395
131	COMS			–1018				171	SEG32	–2408				211	SEG72	467
132	(NC)			–1090				172	SEG33	–2336				212	SEG73	539
133	(NC)			–1163				173	SEG34	–2265				213	SEG74	611
134	(NC)			–1248				174	SEG35	–2193				214	SEG75	683
135	(NC)	–5009		–1246				175	SEG36	–2121				215	SEG76	755
136	(NC)	–4924						176	SEG37	–2049				216	SEG77	827
137	(NC)	–4853						177	SEG38	–1977				217	SEG78	899
138	(NC)	–4781						178	SEG39	–1905				218	SEG79	971
139	SEG0	–4709						179	SEG40	–1833				219	SEG80	1042
140	SEG1	–4637						180	SEG41	–1761				220	SEG81	1114
141	SEG2	–4565						181	SEG42	–1689				221	SEG82	1186
142	SEG3	–4493						182	SEG43	–1618				222	SEG83	1258
143	SEG4	–4421						183	SEG44	–1546				223	SEG84	1330
144	SEG5	–4349						184	SEG45	–1474				224	SEG85	1402
145	SEG6	–4277						185	SEG46	–1402				225	SEG86	1474
146	SEG7	–4206						186	SEG47	–1330				226	SEG87	1546
147	SEG8	–4134						187	SEG48	–1258				227	SEG88	1618
148	SEG9	–4062						188	SEG49	–1186				228	SEG89	1689
149	SEG10	–3990						189	SEG50	–1114				229	SEG90	1761
150	SEG11	–3918						190	SEG51	–1042				230	SEG91	1833
151	SEG12	–3846						191	SEG52	–971				231	SEG92	1905
152	SEG13	–3774						192	SEG53	–899				232	SEG93	1977
153	SEG14	–3702						193	SEG54	–827				233	SEG94	2049
154	SEG15	–3630						194	SEG55	–755				234	SEG95	2121
155	SEG16	–3559						195	SEG56	–683				235	SEG96	2193
156	SEG17	–3487						196	SEG57	–611				236	SEG97	2265
157	SEG18	–3415						197	SEG58	–539				237	SEG98	2336
158	SEG19	–3343						198	SEG59	–467				238	SEG99	2408
159	SEG20	–3271						199	SEG60	–395				239	SEG100	2480
160	SEG21	–3199						200	SEG61	–324				240	SEG101	2552

Rev. 2.4a

EPSON

8–9

S1D15605 Series

Units: μm

	PAD	PIN	X		Y
	No.	Name
	241	SEG102	2624		–1246
	242	SEG103	2696
	243	SEG104	2768
	244	SEG105	2840
	245	SEG106	2912
	246	SEG107	2983
	247	SEG108	3055
	248	SEG109	3127
	249	SEG110	3199
	250	SEG111	3271
	251	SEG112	3343
	252	SEG113	3415
	253	SEG114	3487
	254	SEG115	3558
	255	SEG116	3630
	256	SEG117	3702
	257	SEG118	3774
	258	SEG119	3846
	259	SEG120	3918
	260	SEG121	3990
	261	SEG122	4062
	262	SEG123	4134
	263	SEG124	4206
	264	SEG125	4277
	265	SEG126	4349
	266	SEG127	4421
	267	SEG128	4493
	268	SEG129	4565
	269	SEG130	4637
	270	SEG131	4709
	271	(NC)	4781
	272	(NC)	4853
	273	(NC)	4924
	274	(NC)	5009
	275	(NC)	5252		–1248
	276	(NC)			–1163
	277	(NC)			–1090
	278	COM24			–1018
	279	(NC)			–945
	280	COM25			–872

	PAD	PIN	X		Y
	No.	Name
	281	(NC)	5252		–800
	282	COM26			–727
	283	COM27			–654
	284	COM28			–581
	285	COM29			–509
	286	COM30			–436
	287	COM31			–363
	288	COM32			–291
	289	COM33			–218
	290	COM34			–145
	291	COM35			–73
	292	COM36			0
	293	COM37			73
	294	COM38			145
	295	COM39			218
	296	COM40			291
	297	COM41			363
	298	COM42			436
	299	COM43			509
	300	COM44			581
	301	COM45			654
	302	COM46			727
	303	(NC)			799
	304	COM47			872
	305	(NC)			945
	306	COMS			1017
	307	(NC)			1090
	308	(NC)			1163
	309	(NC)			1248

8–10

EPSON

Rev. 2.4a

S1D15605 Series

S1D15607***** Pad Center Coordinates

																												Units: μm
PAD					PIN							X	Y			PAD	PIN	X	Y			PAD		PIN		X			Y
No.			Name													No.	Name					No.	Name
1			(NC)									4973	1246			41	CAP3–	695	1246			81	TEST4			–2867			1246
2				FRS								4853				42	(NC)	605				82		(NC)		–2957
3					FR							4734				43	CAP1+	516				83		VDD		–3059
4					CL							4614				44	CAP1+	427				84		M/S		–3179
5												4494				45	CAP1–	338				85		CLS		–3298
				DOF
6		TEST0										4375				46	CAP1–	249				86		VSS		–3418
7					VSS							4255				47	CAP2–	160				87		C86		–3538
8					CS1							4136				48	CAP2–	71				88		P/S		–3657
9				CS2								4016				49	CAP2+	–18				89		VDD		–3777
10					VDD							3896				50	CAP2+	–107				90				–3896
																								HPM
11			RES									3777				51	VSS	–196				91		VSS		–4016
12					A0							3657				52	VSS	–285				92		IRS		–4136
13					VSS							3538				53	VRS	–374				93		VDD		–4255
14												3418				54	VRS	–463				94	TEST5			–4375
		WR,					R/W
15			RD,				E					3298				55	VDD	–552				95	TEST6			–4494
16					VDD							3179				56	VDD	–641				96	TEST7			–4614
17					D0							3059				57	V1	–730				97	TEST8			–4734
18					D1							2940				58	V1	–819				98	TEST9			–4853
19					D2							2820				59	V2	–908				99		(NC)		–4973
20					D3							2700				60	V2	–997				100		(NC)		–5252			1248
21					D4							2581				61	(NC)	–1086				101	COM15						1163
22					D5							2461				62	V3	–1176				102	COM15						1090
23		D6, SCL										2342				63	V3	–1265				103	COM14						1017
24		D7, SI										2222				64	V4	–1354				104	COM14						945
25			(NC)									2119				65	V4	–1443				105	COM13						872
26					VDD							2030				66	V5	–1532				106	COM13						799
27					VDD							1941				67	V5	–1621				107	COM12						727
28					VDD							1852				68	(NC)	–1710				108	COM12						654
29					VDD							1763				69	VR	–1799				109	COM11						581
30					VSS							1674				70	VR	–1888				110	COM11						509
31					VSS							1585				71	VDD	–1977				111	COM10						436
32					VSS							1496				72	VDD	–2066				112	COM10						363
33			VSS2									1407				73	TEST1	–2155				113	COM9						291
34			VSS2									1318				74	TEST1	–2244				114	COM9						218
35			VSS2									1229				75	TEST2	–2333				115	COM8						145
36			VSS2									1140				76	TEST2	–2422				116	COM8						73
37			(NC)									1051				77	(NC)	–2511				117	COM7						0
38			VOUT									962				78	TEST3	–2600				118	COM7						–73
39			VOUT									873				79	TEST3	–2689				119	COM6						–145
40		CAP3–										784				80	TEST4	–2778				120	COM6						–218

Rev. 2.4a

EPSON

8–11

S1D15605 Series

																		Units: μm
PAD	PIN	X		Y				PAD	PIN	X	Y				PAD	PIN	X		Y
No.	Name							No.	Name						No.	Name
121	COM5	–5252		–291				161	SEG22	–3127	–1246				201	SEG62	–252		–1246
122	COM5			–363				162	SEG23	–3055					202	SEG63	–180
123	COM4			–436				163	SEG24	–2983					203	SEG64	–108
124	COM4			–509				164	SEG25	–2912					204	SEG65	–36
125	COM3			–581				165	SEG26	–2840					205	SEG66	36
126	COM3			–654				166	SEG27	–2768					206	SEG67	108
127	COM2			–727				167	SEG28	–2696					207	SEG68	180
128	COM2			–800				168	SEG29	–2624					208	SEG69	252
129	COM1			–872				169	SEG30	–2552					209	SEG70	324
130	COM1			–945				170	SEG31	–2480					210	SEG71	395
131	COM0			–1018				171	SEG32	–2408					211	SEG72	467
132	COM0			–1090				172	SEG33	–2336					212	SEG73	539
133	COMS			–1163				173	SEG34	–2265					213	SEG74	611
134	(NC)			–1248				174	SEG35	–2193					214	SEG75	683
135	(NC)	–5009		–1246				175	SEG36	–2121					215	SEG76	755
136	(NC)	–4924						176	SEG37	–2049					216	SEG77	827
137	(NC)	–4853						177	SEG38	–1977					217	SEG78	899
138	(NC)	–4781						178	SEG39	–1905					218	SEG79	971
139	SEG0	–4709						179	SEG40	–1833					219	SEG80	1042
140	SEG1	–4637						180	SEG41	–1761					220	SEG81	1114
141	SEG2	–4565						181	SEG42	–1689					221	SEG82	1186
142	SEG3	–4493						182	SEG43	–1618					222	SEG83	1258
143	SEG4	–4421						183	SEG44	–1546					223	SEG84	1330
144	SEG5	–4349						184	SEG45	–1474					224	SEG85	1402
145	SEG6	–4277						185	SEG46	–1402					225	SEG86	1474
146	SEG7	–4206						186	SEG47	–1330					226	SEG87	1546
147	SEG8	–4134						187	SEG48	–1258					227	SEG88	1618
148	SEG9	–4062						188	SEG49	–1186					228	SEG89	1689
149	SEG10	–3990						189	SEG50	–1114					229	SEG90	1761
150	SEG11	–3918						190	SEG51	–1042					230	SEG91	1833
151	SEG12	–3846						191	SEG52	–971					231	SEG92	1905
152	SEG13	–3774						192	SEG53	–899					232	SEG93	1977
153	SEG14	–3702						193	SEG54	–827					233	SEG94	2049
154	SEG15	–3630						194	SEG55	–755					234	SEG95	2121
155	SEG16	–3559						195	SEG56	–683					235	SEG96	2193
156	SEG17	–3487						196	SEG57	–611					236	SEG97	2265
157	SEG18	–3415						197	SEG58	–539					237	SEG98	2336
158	SEG19	–3343						198	SEG59	–467					238	SEG99	2408
159	SEG20	–3271						199	SEG60	–395					239	SEG100	2480
160	SEG21	–3199						200	SEG61	–324					240	SEG101	2552

8–12

EPSON

Rev. 2.4a

S1D15605 Series

Units: μm

	PAD	PIN	X		Y
	No.	Name
	241	SEG102	2624		–1246
	242	SEG103	2696
	243	SEG104	2768
	244	SEG105	2840
	245	SEG106	2912
	246	SEG107	2983
	247	SEG108	3055
	248	SEG109	3127
	249	SEG110	3199
	250	SEG111	3271
	251	SEG112	3343
	252	SEG113	3415
	253	SEG114	3487
	254	SEG115	3558
	255	SEG116	3630
	256	SEG117	3702
	257	SEG118	3774
	258	SEG119	3846
	259	SEG120	3918
	260	SEG121	3990
	261	SEG122	4062
	262	SEG123	4134
	263	SEG124	4206
	264	SEG125	4277
	265	SEG126	4349
	266	SEG127	4421
	267	SEG128	4493
	268	SEG129	4565
	269	SEG130	4637
	270	SEG131	4709
	271	(NC)	4781
	272	(NC)	4853
	273	(NC)	4924
	274	(NC)	5009
	275	(NC)	5252		–1248
	276	COM16			–1163
	277	COM16			–1090
	278	COM17			–1018
	279	COM17			–945
	280	COM18			–872

PAD	PIN	X		Y
No.	Name
281	COM18	5252		–800
282	COM19			–727
283	COM19			–654
284	COM20			–581
285	COM20			–509
286	COM21			–436
287	COM21			–363
288	COM22			–291
289	COM22			–218
290	COM23			–145
291	COM23			–73
292	COM24			0
293	COM24			73
294	COM25			145
295	COM25			218
296	COM26			291
297	COM26			363
298	COM27			436
299	COM27			509
300	COM28			581
301	COM28			654
302	COM29			727
303	COM29			799
304	COM30			872
305	COM30			945
306	COM31			1017
307	COM31			1090
308	COMS			1163
309	(NC)			1248

Rev. 2.4a

EPSON

8–13

S1D15605 Series

S1D15608***** Pad Center Coordinates

																														Units: μm
PAD				PIN								X	Y				PAD	PIN	X	Y				PAD		PIN		X			Y
No.		Name															No.	Name						No.	Name
1			(NC)									4973	1246				41	CAP3–	695	1246				81	TEST4			–2867			1246
2			FRS									4853					42	(NC)	605					82		(NC)		–2957
3				FR								4734					43	CAP1+	516					83		VDD		–3059
4				CL								4614					44	CAP1+	427					84		M/S		–3179
5												4494					45	CAP1–	338					85		CLS		–3298
			DOF
6	TEST0											4375					46	CAP1–	249					86		VSS		–3418
7				VSS								4255					47	CAP2–	160					87		C86		–3538
8												4136					48	CAP2–	71					88		P/S		–3657
				CS1
9			CS2									4016					49	CAP2+	–18					89		VDD		–3777
10				VDD								3896					50	CAP2+	–107					90				–3896
																										HPM
11												3777					51	VSS	–196					91		VSS		–4016
				RES
12				A0								3657					52	VSS	–285					92		IRS		–4136
13				VSS								3538					53	VRS	–374					93		VDD		–4255
14												3418					54	VRS	–463					94	TEST5			–4375
	WR,					R/W
15						E						3298					55	VDD	–552					95	TEST6			–4494
		RD,
16				VDD								3179					56	VDD	–641					96	TEST7			–4614
17				D0								3059					57	V1	–730					97	TEST8			–4734
18				D1								2940					58	V1	–819					98	TEST9			–4853
19				D2								2820					59	V2	–908					99		(NC)		–4973
20				D3								2700					60	V2	–997					100		(NC)		–5252			1248
21				D4								2581					61	(NC)	–1086					101		(NC)					1163
22				D5								2461					62	V3	–1176					102	COM26						1090
23	D6, SCL											2342					63	V3	–1265					103		(NC)					1017
24	D7, SI											2222					64	V4	–1354					104	COM25						945
25			(NC)									2119					65	V4	–1443					105	COM25						872
26				VDD								2030					66	V5	–1532					106	COM23						799
27				VDD								1941					67	V5	–1621					107	COM22						727
28				VDD								1852					68	(NC)	–1710					108	COM21						654
29				VDD								1763					69	VR	–1799					109	COM20						581
30				VSS								1674					70	VR	–1888					110	COM19						509
31				VSS								1585					71	VDD	–1977					111	COM18						436
32				VSS								1496					72	VDD	–2066					112	COM17						363
33			VSS2									1407					73	TEST1	–2155					113	COM16						291
34			VSS2									1318					74	TEST1	–2244					114	COM15						218
35			VSS2									1229					75	TEST2	–2333					115	COM14						145
36			VSS2									1140					76	TEST2	–2422					116	COM13						73
37			(NC)									1051					77	(NC)	–2511					117	COM12						0
38		VOUT										962					78	TEST3	–2600					118	COM11						–73
39		VOUT										873					79	TEST3	–2689					119	COM10						–145
40	CAP3–											784					80	TEST4	–2778					120	COM9						–218

8–14

EPSON

Rev. 2.4a

S1D15605 Series

																Units: μm
PAD	PIN	X		Y			PAD	PIN	X	Y			PAD	PIN	X		Y
No.	Name						No.	Name					No.	Name
121	COM8	–5252		–291			161	SEG22	–3127	–1246			201	SEG62	–252		–1246
122	COM7			–363			162	SEG23	–3055				202	SEG63	–180
123	COM6			–436			163	SEG24	–2983				203	SEG64	–108
124	COM5			–509			164	SEG25	–2912				204	SEG65	–36
125	COM4			–581			165	SEG26	–2840				205	SEG66	36
126	COM3			–654			166	SEG27	–2768				206	SEG67	108
127	COM2			–727			167	SEG28	–2696				207	SEG68	180
128	COM1			–800			168	SEG29	–2624				208	SEG69	252
129	(NC)			–872			169	SEG30	–2552				209	SEG70	324
130	COM0			–945			170	SEG31	–2480				210	SEG71	395
131	(NC)			–1018			171	SEG32	–2408				211	SEG72	467
132	COMS			–1090			172	SEG33	–2336				212	SEG73	539
133	(NC)			–1163			173	SEG34	–2265				213	SEG74	611
134	(NC)			–1248			174	SEG35	–2193				214	SEG75	683
135	(NC)	–5009		–1246			175	SEG36	–2121				215	SEG76	755
136	(NC)	–4924					176	SEG37	–2049				216	SEG77	827
137	(NC)	–4853					177	SEG38	–1977				217	SEG78	899
138	(NC)	–4781					178	SEG39	–1905				218	SEG79	971
139	SEG0	–4709					179	SEG40	–1833				219	SEG80	1042
140	SEG1	–4637					180	SEG41	–1761				220	SEG81	1114
141	SEG2	–4565					181	SEG42	–1689				221	SEG82	1186
142	SEG3	–4493					182	SEG43	–1618				222	SEG83	1258
143	SEG4	–4421					183	SEG44	–1546				223	SEG84	1330
144	SEG5	–4349					184	SEG45	–1474				224	SEG85	1402
145	SEG6	–4277					185	SEG46	–1402				225	SEG86	1474
146	SEG7	–4206					186	SEG47	–1330				226	SEG87	1546
147	SEG8	–4134					187	SEG48	–1258				227	SEG88	1618
148	SEG9	–4062					188	SEG49	–1186				228	SEG89	1689
149	SEG10	–3990					189	SEG50	–1114				229	SEG90	1761
150	SEG11	–3918					190	SEG51	–1042				230	SEG91	1833
151	SEG12	–3846					191	SEG52	–971				231	SEG92	1905
152	SEG13	–3774					192	SEG53	–899				232	SEG93	1977
153	SEG14	–3702					193	SEG54	–827				233	SEG94	2049
154	SEG15	–3630					194	SEG55	–755				234	SEG95	2121
155	SEG16	–3559					195	SEG56	–683				235	SEG96	2193
156	SEG17	–3487					196	SEG57	–611				236	SEG97	2265
157	SEG18	–3415					197	SEG58	–539				237	SEG98	2336
158	SEG19	–3343					198	SEG59	–467				238	SEG99	2408
159	SEG20	–3271					199	SEG60	–395				239	SEG100	2480
160	SEG21	–3199					200	SEG61	–324				240	SEG101	2552

Rev. 2.4a

EPSON

8–15

S1D15605 Series

Units: μm

	PAD	PIN	X		Y
	No.	Name
	241	SEG102	2624		–1246
	242	SEG103	2696
	243	SEG104	2768
	244	SEG105	2840
	245	SEG106	2912
	246	SEG107	2983
	247	SEG108	3055
	248	SEG109	3127
	249	SEG110	3199
	250	SEG111	3271
	251	SEG112	3343
	252	SEG113	3415
	253	SEG114	3487
	254	SEG115	3558
	255	SEG116	3630
	256	SEG117	3702
	257	SEG118	3774
	258	SEG119	3846
	259	SEG120	3918
	260	SEG121	3990
	261	SEG122	4062
	262	SEG123	4134
	263	SEG124	4206
	264	SEG125	4277
	265	SEG126	4349
	266	SEG127	4421
	267	SEG128	4493
	268	SEG129	4565
	269	SEG130	4637
	270	SEG131	4709
	271	(NC)	4781
	272	(NC)	4853
	273	(NC)	4924
	274	(NC)	5009
	275	(NC)	5252		–1248
	276	(NC)			–1163
	277	COM27			–1090
	278	(NC)			–1018
	279	COM28			–945
	280	(NC)			–872

	PAD	PIN	X		Y
	No.	Name
	281	COM29	5252		–800
	282	COM30			–727
	283	COM31			–654
	284	COM32			–581
	285	COM33			–509
	286	COM34			–436
	287	COM35			–363
	288	COM36			–291
	289	COM37			–218
	290	COM38			–145
	291	COM39			–73
	292	COM40			0
	293	COM41			73
	294	COM42			145
	295	COM43			218
	296	COM44			291
	297	COM45			363
	298	COM46			436
	299	COM47			509
	300	COM48			581
	301	COM48			654
	302	COM50			727
	303	COM51			799
	304	COM52			872
	305	COM53			945
	306	(NC)			1017
	307	COMS			1090
	308	(NC)			1163
	309	(NC)			1248

8–16

EPSON

Rev. 2.4a

S1D15605 Series

S1D15609***** Pad Center Coordinates

																													Units: μm
PAD					PIN								X	Y			PAD	PIN	X	Y			PAD		PIN		X			Y
No.			Name														No.	Name					No.	Name
1			(NC)										4973	1246			41	CAP3–	695	1246			81	TEST4			–2867			1246
2				FRS									4853				42	(NC)	605				82		(NC)		–2957
3					FR								4734				43	CAP1+	516				83		VDD		–3059
4					CL								4614				44	CAP1+	427				84		M/S		–3179
5													4494				45	CAP1–	338				85		CLS		–3298
				DOF
6		TEST0											4375				46	CAP1–	249				86		VSS		–3418
7					VSS								4255				47	CAP2–	160				87		C86		–3538
8													4136				48	CAP2–	71				88		P/S		–3657
					CS1
9				CS2									4016				49	CAP2+	–18				89		VDD		–3777
10					VDD								3896				50	CAP2+	–107				90				–3896
																									HPM
11					RES								3777				51	VSS	–196				91		VSS		–4016
12					A0								3657				52	VSS	–285				92		IRS		–4136
13					VSS								3538				53	VRS	–374				93		VDD		–4255
14													3418				54	VRS	–463				94	TEST5			–4375
		WR,					R/W
15			RD,				E						3298				55	VDD	–552				95	TEST6			–4494
16					VDD								3179				56	VDD	–641				96	TEST7			–4614
17					D0								3059				57	V1	–730				97	TEST8			–4734
18					D1								2940				58	V1	–819				98	TEST9			–4853
19					D2								2820				59	V2	–908				99		(NC)		–4973
20					D3								2700				60	V2	–997				100		(NC)		–5252			1248
21					D4								2581				61	(NC)	–1086				101		(NC)					1163
22					D5								2461				62	V3	–1176				102	COM25						1090
23		D6, SCL											2342				63	V3	–1265				103		(NC)					1017
24		D7, SI											2222				64	V4	–1354				104	COM24						945
25			(NC)										2119				65	V4	–1443				105		(NC)					872
26					VDD								2030				66	V5	–1532				106	COM23						799
27					VDD								1941				67	V5	–1621				107	COM22						727
28					VDD								1852				68	(NC)	–1710				108	COM21						654
29					VDD								1763				69	VR	–1799				109	COM20						581
30					VSS								1674				70	VR	–1888				110	COM19						509
31					VSS								1585				71	VDD	–1977				111	COM18						436
32					VSS								1496				72	VDD	–2066				112	COM17						363
33			VSS2										1407				73	TEST1	–2155				113	COM16						291
34			VSS2										1318				74	TEST1	–2244				114	COM15						218
35			VSS2										1229				75	TEST2	–2333				115	COM14						145
36			VSS2										1140				76	TEST2	–2422				116	COM13						73
37			(NC)										1051				77	(NC)	–2511				117	COM12						0
38			VOUT										962				78	TEST3	–2600				118	COM11						–73
39			VOUT										873				79	TEST3	–2689				119	COM10						–145
40		CAP3–											784				80	TEST4	–2778				120	COM9						–218

Rev. 2.4a

EPSON

8–17

S1D15605 Series

																		Units: μm
PAD	PIN	X		Y				PAD	PIN	X	Y				PAD	PIN	X		Y
No.	Name							No.	Name						No.	Name
121	COM8	–5252		–291				161	SEG22	–3127	–1246				201	SEG62	–252		–1246
122	COM7			–363				162	SEG23	–3055					202	SEG63	–180
123	COM6			–436				163	SEG24	–2983					203	SEG64	–108
124	COM5			–509				164	SEG25	–2912					204	SEG65	–36
125	COM4			–581				165	SEG26	–2840					205	SEG66	36
126	COM3			–654				166	SEG27	–2768					206	SEG67	108
127	COM2			–727				167	SEG28	–2696					207	SEG68	180
128	COM1			–800				168	SEG29	–2624					208	SEG69	252
129	(NC)			–872				169	SEG30	–2552					209	SEG70	324
130	COM0			–945				170	SEG31	–2480					210	SEG71	395
131	(NC)			–1018				171	SEG32	–2408					211	SEG72	467
132	COMS			–1090				172	SEG33	–2336					212	SEG73	539
133	(NC)			–1163				173	SEG34	–2265					213	SEG74	611
134	(NC)			–1248				174	SEG35	–2193					214	SEG75	683
135	(NC)	–5009		–1246				175	SEG36	–2121					215	SEG76	755
136	(NC)	–4924						176	SEG37	–2049					216	SEG77	827
137	(NC)	–4853						177	SEG38	–1977					217	SEG78	899
138	(NC)	–4781						178	SEG39	–1905					218	SEG79	971
139	SEG0	–4709						179	SEG40	–1833					219	SEG80	1042
140	SEG1	–4637						180	SEG41	–1761					220	SEG81	1114
141	SEG2	–4565						181	SEG42	–1689					221	SEG82	1186
142	SEG3	–4493						182	SEG43	–1618					222	SEG83	1258
143	SEG4	–4421						183	SEG44	–1546					223	SEG84	1330
144	SEG5	–4349						184	SEG45	–1474					224	SEG85	1402
145	SEG6	–4277						185	SEG46	–1402					225	SEG86	1474
146	SEG7	–4206						186	SEG47	–1330					226	SEG87	1546
147	SEG8	–4134						187	SEG48	–1258					227	SEG88	1618
148	SEG9	–4062						188	SEG49	–1186					228	SEG89	1689
149	SEG10	–3990						189	SEG50	–1114					229	SEG90	1761
150	SEG11	–3918						190	SEG51	–1042					230	SEG91	1833
151	SEG12	–3846						191	SEG52	–971					231	SEG92	1905
152	SEG13	–3774						192	SEG53	–899					232	SEG93	1977
153	SEG14	–3702						193	SEG54	–827					233	SEG94	2049
154	SEG15	–3630						194	SEG55	–755					234	SEG95	2121
155	SEG16	–3559						195	SEG56	–683					235	SEG96	2193
156	SEG17	–3487						196	SEG57	–611					236	SEG97	2265
157	SEG18	–3415						197	SEG58	–539					237	SEG98	2336
158	SEG19	–3343						198	SEG59	–467					238	SEG99	2408
159	SEG20	–3271						199	SEG60	–395					239	SEG100	2480
160	SEG21	–3199						200	SEG61	–324					240	SEG101	2552

8–18

EPSON

Rev. 2.4a

S1D15605 Series

Units: μm

	PAD	PIN	X		Y
	No.	Name
	241	SEG102	2624		–1246
	242	SEG103	2696
	243	SEG104	2768
	244	SEG105	2840
	245	SEG106	2912
	246	SEG107	2983
	247	SEG108	3055
	248	SEG109	3127
	249	SEG110	3199
	250	SEG111	3271
	251	SEG112	3343
	252	SEG113	3415
	253	SEG114	3487
	254	SEG115	3558
	255	SEG116	3630
	256	SEG117	3702
	257	SEG118	3774
	258	SEG119	3846
	259	SEG120	3918
	260	SEG121	3990
	261	SEG122	4062
	262	SEG123	4134
	263	SEG124	4206
	264	SEG125	4277
	265	SEG126	4349
	266	SEG127	4421
	267	SEG128	4493
	268	SEG129	4565
	269	SEG130	4637
	270	SEG131	4709
	271	(NC)	4781
	272	(NC)	4853
	273	(NC)	4924
	274	(NC)	5009
	275	(NC)	5252		–1248
	276	(NC)			–1163
	277	COM26			–1090
	278	(NC)			–1018
	279	COM27			–945
	280	(NC)			–872

PAD	PIN	X		Y
No.	Name
281	COM28	5252		–800
282	COM29			–727
283	COM30			–654
284	COM31			–581
285	COM32			–509
286	COM33			–436
287	COM34			–363
288	COM35			–291
289	COM36			–218
290	COM37			–145
291	COM38			–73
292	COM39			0
293	COM40			73
294	COM41			145
295	COM42			218
296	COM43			291
297	COM44			363
298	COM45			436
299	COM46			509
300	COM47			581
301	COM48			654
302	COM49			727
303	COM50			799
304	(NC)			872
305	COM51			945
306	(NC)			1017
307	COMS			1090
308	(NC)			1163
309	(NC)			1248

Rev. 2.4a

EPSON

8–19

S1D15605 Series

5. PIN DESCRIPTIONS

Power Supply Pins

Pin Name

I/O

Function

No. of

Pins

VDD

Power

Shared with the MPU power supply terminal VCC.

13

Supply

VSS

Power

This is a 0V terminal connected to the system GND.

9

Supply

VSS2

Power

This is the reference power supply for the step-up voltage circuit for the

4

Supply

liquid crystal drive.

VRS

Power

This is the externally-input VREG power supply for the LCD power supply

2

Supply

voltage regulator.

These are only enabled for the models with the VREG external input option.

V1, V2,

Power

This is a multi-level power supply for the liquid crystal drive. The voltage

10

V3, V4,

Supply

applied is determined by the liquid crystal cell, and is changed through the

V5

use of a resistive voltage divided or through changing the impedance using

an op. amp. Voltage levels are determined based on VDD, and must

maintain the relative magnitudes shown below.

VDD (= V0) ³ V1 ³ V2 ³ V3 ³ V4 ³ V5

Master operation: When the power supply turns ON, the internal power

supply circuits produce the V1 to V4 voltages shown below. The voltage

settings are selected using the LCD bias set command.

S1D15605*****

S1D15606*****

S1D15607*****

S1D15608*****

S1D15609*****

V1

1/9•V5 1/7•V5

1/8•V5

1/6•V5

1/6•V5

1/5•V5

1/8•V5

1/6•V5

1/8•V5

1/6•V5

V2

2/9•V5 2/7•V5

2/8•V5

2/6•V5

2/6•V5

2/5•V5

2/8•V5

2/6•V5

2/8•V5

2/6•V5

V3

7/9•V5 5/7•V5

6/8•V5

4/6•V5

4/6•V5

3/5•V5

6/8•V5

4/6•V5

6/8•V5

4/6•V5

V4

8/9•V5 6/7•V5

7/8•V5 5/6•V5

5/6•V5 4/5•V5

7/8•V5 5/6•V5

7/6•V5 5/6•V5

LCD Power Supply Circuit Terminals

Pin Name

I/O

Function

No. of

Pins

CAP1+

O

DC/DC voltage converter. Connect a capacitor between this terminal and

2

the CAP1terminal.

CAP1–

O

DC/DC voltage converter. Connect a capacitor between this terminal and

2

the CAP1+ terminal.

CAP2+

O

DC/DC voltage converter. Connect a capacitor between this terminal and

2

the CAP2terminal.

CAP2–

O

DC/DC voltage converter. Connect a capacitor between this terminal and

2

the CAP2+ terminal.

CAP3–

O

DC/DC voltage converter. Connect a capacitor between this terminal and

2

the CAP1+ terminal.

VOUT

I/O

DC/DC voltage converter. Connect a capacitor between this terminal and

2

VSS2.

VR

I

Output voltage regulator terminal. Provides the voltage between VDD and

2

V5 through a resistive voltage divider.

These are only enabled when the V5 voltage regulator internal resistors are

not used (IRS = LOW).

These cannot be used when the V5 voltage regulator internal resistors are

used (IRS = HIGH).

8–20

EPSON

Rev. 2.4a

S1D15605 Series

System Bus Connection Terminals

Pin Name

I/O

Function

No. of

Pins

D7 to D0

I/O

This is an 8-bit bi-directional data bus that connects to an 8-bit or 16-bit

8

standard MPU data bus.

(SI)

When the serial interface is selected (P/S = LOW), then D7 serves as the

(SCL)

serial data input terminal (SI) and D6 serves as the serial clock input

terminal (SCL). At this time, D0 to D5 are set to high impedance.

When the chip select is inactive, D0 to D7 are set to high impedance.

A0

I

This is connect to the least significant bit of the normal MPU address bus,

1

and it determines whether the data bits are data or a command.

A0 = HIGH: Indicates that D0 to D7 are display data.

A0 = LOW: Indicates that D0 to D7 are display control data.

I

When

is set to LOW, the settings are initialized.

1

RES

RES

The reset operation is performed by the RES signal level.

I

This is the chip select signal. When

= LOW and CS2 = HIGH, then the

2

CS1

CS1

CS2

chip select becomes active, and data/command I/O is enabled.

I

•

When connected to an 8080 MPU, this is active LOW.

1

RD

(E)

This pin is connected to the RD signal of the 8080 MPU, and the

S1D15605 series data bus is in an output status when this signal is LOW.

•

When connected to a 6800 Series MPU, this is active HIGH.

This is the 6800 Series MPU enable clock input terminal.

I

• When connected to an 8080 MPU, this is active LOW.

1

WR

This terminal connects to the 8080 MPU WR signal. The signals on

(R/W)

the data bus are latched at the rising edge of the WR signal.

• When connected to a 6800 Series MPU:

This is the read/write control signal input terminal.

When R/W = HIGH: Read.

When R/W = LOW: Write.

C86

I

This is the MPU interface switch terminal.

1

C86 = HIGH: 6800 Series MPU interface.

C86 = LOW: 8080 MPU interface.

P/S

I

This is the parallel data input/serial data input switch terminal.

1

P/S = HIGH: Parallel data input.

P/S = LOW: Serial data input.

The following applies depending on the P/S status:

P/S

Data/Command

Data

Read/Write

Serial Clock

HIGH

A0

D0 to D7

RD,

WR

LOW

A0

SI (D7)

Write only

SCL (D6)

When P/S = LOW, D0 to D5 are HZ. D0 to D5 may be HIGH, LOW or Open.

RD (E) and WR (P/W) are fixed to either HGIH or LOW.

With serial data input, RAM display data reading is not supported.

CLS

I

Terminal to select whether or enable or disable the display clock internal

1

oscillator circuit.

CLS = HIGH: Internal oscillator circuit is enabled

CLS = LOW: Internal oscillator circuit is disabled (requires external input)

When CLS = LOW, input the display clock through the CL terminal.

When using the S1D15605 Series as a master or slave, set respective

CLS pins at the same level.

Display clock

Master

Slave

Built-in oscillator circuit used

HIGH

HIGH

External input

LOW

LOW

Rev. 2.4a

EPSON

8–21

S1D15605 Series

Pin Name

I/O

Function

No. of

Pins

M/S

I

This terminal selects the master/slave operation for the S1D15605 Series

1

chips. Master operation outputs the timing signals that are required for the

LCD display, while slave operation inputs the timing signals required for the

liquid crystal display, synchronizing the liquid crystal display system.

M/S = HIGH: Master operation

M/S = LOW: Slave operation

The following is true depending on the M/S and CLS status:

Oscillator

Power

M/S

CLS

Supply

CL

FR

FRS

DOF

Circuit

Circuit

HIGH

HIGH

Enabled

Enabled

Output

Output

Output

Output

LOW

Disabled

Enabled

Input

Output

Output

Output

LOW

HIGH

Disabled

Disabled

Input

Input

Output

Input

LOW

Disabled

Disabled

Input

Input

Output

Input

CL

I/O

This is the display clock input terminal

1

The following is true depending on the M/S and CLS status.

M/S

CLS

CL

HIGH

HIGH

Output

LOW

Input

LOW

HIGH

Input

LOW

Input

When the S1D15605 Series chips are used in master/slave mode, the

various CL terminals must be connected.

FR

I/O

This is the liquid crystal alternating current signal I/O terminal.

1

M/S = HIGH: Output

M/S = LOW: Input

When the S1D15605 Series chip is used in master/slave mode, the various

FR terminals must be connected.

I/O

This is the liquid crystal display blanking control terminal.

1

DOF

M/S = HIGH: Output

M/S = LOW: Input

When the S1D15605 Series chip is used in master/slave mode, the various

DOF terminals must be connected.

FRS

O

This is the output terminal for the static drive.

1

This terminal is only enabled when the static indicator display is ON when

in master operation mode, and is used in conjunction with the FR terminal.

IRS

I

This terminal selects the resistors for the V5 voltage level adjustment.

1

IRS = HIGH: Use the internal resistors

IRS = LOW: Do not use the internal resistors. The V5 voltage level is

regulated by an external resistive voltage divider attached to the VR

terminal.

This pin is enabled only when the master operation mode is selected.

It is fixed to either HIGH or LOW when the slave operation mode is selected.

I

This is the power control terminal for the power supply circuit for liquid

1

HPM

crystal drive.

HPM = HIGH: Normal mode

HPM = LOW: High power mode

This pin is enabled only when the master operation mode is selected.

It is fixed to either HIGH or LOW when the slave operation mode is selected.

8–22

EPSON

Rev. 2.4a

S1D15605 Series

Liquid Crystal Drive Terminals

	Pin Name	I/O	Function	No. of
				Pins
	SEG0	O	These are the liquid crystal segment drive outputs. Through a combination 132
	to		of the contents of the display RAM and with the FR signal, a single level is
	SEG131		selected from VDD, V2, V3, and V5.

RAM DATA

FR

Output Voltage

Normal Display

Reverse Display

HIGH

HIGH

VDD

V2

HIGH

LOW

V5

V3

LOW

HIGH

V2

VDD

LOW

LOW

V3

V5

Power save

—

VDD

COM0

O

These are the liquid crystal common drive outputs.

to

Part No.

COM

Part No.

No. of pins

COMn

S1D15605*****

COM 0 ~ COM 63

S1D15605*****

64

S1D15606*****

COM 0 ~ COM 47

S1D15606*****

48

S1D15607*****

COM 0 ~ COM 31

S1D15607*****

32

S1D15608*****

COM 0 ~ COM 53

S1D15608*****

54

S1D15609*****

COM 0 ~ COM 51

S1D15609*****

52

Through a combination of the contents of the scan data and with the

FR signal, a single level is selected from VDD, V1, V4, and V5.

Scan Data

FR

Output Voltage

HIGH

HIGH

V5

HIGH

LOW

VDD

LOW

HIGH

V1

LOW

LOW

V4

Power Save

—

VDD

COMS

O

These are the COM output terminals for the indicator. Both terminals

2

output the same signal.

Leave these open if they are not used.

When in master/slave mode, the same signal is output by both master and

slave.

Test Terminals

Pin Name

I/O

Function

No. of

Pins

TEST0 to 9

I/O

These are terminals for IC chip testing.

14

TEST0 to 4 and 7 to 9 should be open, TEST 5 and 6 should be fixed to

HIGH.

Total: 288 pins for the S1D15605*****. 272 pins for the S1D15606*****. 256 pins for the S1D15607*****. 278 pins for the S1D15608*****. 276 pins for the S1D15609*****.

Rev. 2.4a

EPSON

8–23

S1D15605 Series

6. DESCRIPTION OF FUNCTIONS

The MPU Interface

Selecting the Interface Type

With the S1D15605 Series chips, data transfers are done through an 8-bit bi-directional data bus (D7 to D0) or

through a serial data input (SI). Through selecting the P/ S terminal polarity to the HIGH or LOW it is possible to select either parallel data input or serial data input as shown in Table 1.

Table 1

P/S

CS1

CS2

A0

RD

WR

C86

D7

D6

D5~D0

HIGH: Parallel Input

CS2

A0

C86

D7

D6

D5~D0

CS1

RD

WR

LOW: Serial Input

CS1

CS2

A0

—

—

—

SI

SCL

(HZ)

“—” indicates fixed to either HIGH or to LOW. HZ is in the state of High Impedance.

The Parallel Interface

When the parallel interface has been selected (P/S = HIGH), then it is possible to connect directly to either an

8080-system MPU or a 6800 Series MPU (as shown in Table 2) by selecting the C86 terminal to either HIGH or to LOW.

Table 2

P/S

CS1

CS2

A0

RD

WR

D7~D0

HIGH: 6800 Series MPU Bus

CS2

A0

E

D7~D0

CS1

R/W

LOW: 8080 MPU Bus

CS2

A0

D7~D0

CS1

RD

WR

Moreover, data bus signals are recognized by a combination of A0, RD (E), WR (R/W) signals, as shown in Table 3.

Table 3

Shared	6800 Series					8080 Series				Function
A0	R/W				RD		WR
1	1			0			1			Reads the display data
1	0			1			0			Writes the display data
0	1			0			1			Status read
0	0			1			0			Write control data (command)

8–24

EPSON

Rev. 2.4a

S1D15605 Series

The Serial Interface

When the serial interface has been selected (P/S = LOW) then when the chip is in active state (CS1 = LOW and CS2 = HIGH) the serial data input (SI) and the serial clock input (SCL) can be received. The serial data is read from the serial data input pin in the rising edge of the serial clocks D7, D6 through D0, in this order. This data is converted to 8 bits parallel data in the rising edge

of the eighth serial clock for the processing.

The A0 input is used to determine whether or the serial data input is display data or command data; when A0 = HIGH, the data is display data, and when A0 = LOW then the data is command data. The A0 input is read and used for detection every 8th rising edge of the serial clock after the chip becomes active.

Figure 1 is a serial interface signal chart.

CS1

CS2

SI	D7		D6	D5	D4	D3	D2	D1	D0	D7	D6	D5	D4	D3	D2
SCL			2	3	4	5	6	7	8	9	10	11	12	13	14
	1

A0

Figure 1

*When the chip is not active, the shift registers and the counter are reset to their initial states.

*Reading is not possible while in serial interface mode.

*Caution is required on the SCL signal when it comes to line-end reflections and external noise. We recommend that operation be rechecked on the actual equipment.

The Chip Select

The S1D15605 Series chips have two chip select terminals: CS1 and CS2. The MPU interface or the serial interface is enabled only when CS1 = LOW and CS2 = HIGH.

When the chip select is inactive, D0 to D7 enter a high impedance state, and the A0, RD, and WR inputs are inactive. When the serial interface is selected, the shift register and the counter are reset.

Accessing the Display Data RAM and the

Internal Registers

Data transfer at a higher speed is ensured since the MPU is required to satisfy the cycle time (tCYC) requirement alone in accessing the S1D15605 Series. Wait time may not be considered.

And, in the S1D15605 Series chips, each time data is sent from the MPU, a type of pipeline process between

LSIs is performed through the bus holder attached to the internal data bus.

For example, when the MPU writes data to the display data RAM, once the data is stored in the bus holder, then it is written to the display data RAM before the next data write cycle. Moreover, when the MPU reads the display data RAM, the first data read cycle (dummy) stores the read data in the bus holder, and then the data is read from the bus holder to the system bus at the next data read cycle.

There is a certain restriction in the read sequence of the display data RAM. Please be advised that data of the specified address is not generated by the read instruction issued immediately after the address setup. This data is generated in data read of the second time. Thus, a dummy read is required whenever the address setup or write cycle operation is conducted.

This relationship is shown in Figure 2.

Rev. 2.4a

EPSON

8–25