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R61509V Wiring Example & Recommended Wiring Resistance
(Pad Arrangement Rev0.6) 2008.04.21 Rev0.5
VCOM
R61509V Pad name
□ DUMMYR4
1 DUMMYR1 □ DUMMYR3
2 DUMMYR2 □ TESTO15
3 AGNDDUM1 □ VGLDMY4
4 VPP3B Connect to AGNDDUM1/2 □G1
5 VPP3B Connect to AGNDDUM1/2 □G3
6 VPP3B Connect to AGNDDUM1/2 □G5
7 VPP3B Connect to AGNDDUM1/2 □G7
8 AGNDDUM2 □G9
VPP3A p 9 VPP3A
10 VPP3A
11 VPP1
12 VPP1
13 VPP1
VPP1 p 14 VPP1
15 VPP1
16 VPP1
17 VPP1
18 GNDDUM1
19 VDDTEST Connect to GNDDUM1
20 VREFC Connect to GNDDUM1
21 VREFD □ Open
22 VREF □ Open
23 VCCDUM1
24 DUMMYA □ Open
25 DUMMYA □ Open
26 DUMMYA □ Open
27 DUMMYA □ Open
28 DUMMYA □ Open
29 GNDDUM2
30 AGND
31 AGND
32 AGND
33 AGND
34 AGND
35 AGND
36 GND
37 GND
38 GND
39 GND
40 GND
GND p 41 VCC
42 VCC
43 VCC
44 VCC
45 VCC
46 VCC
47 VCC
48 TS8 □ Open
49 TS7 □ Open
50 TS6 □ Open
51 TS5 □ Open
52 TS4 □ Open
53 TS3 □ Open
54 TS2 □ Open
55 TS1 □ Open
56 TS0 □ Open
57 TEST5 Connect to GNDDUM3
58 TEST4 Connect to GNDDUM3
59 TEST3 Connect to GNDDUM3 □ G427
60 TEST2 Connect to GNDDUM3 □ G429
61 TEST1 Connect to GNDDUM3 □ G431
62 GNDDUM3 □ VGLDMY3
63 TSC Connect to GNDDUM3
IM2 in
60
64 IM2 Connect to IOVCCDUM1/GNDDUM3
IM1 in
60
65 IM1 Connect to IOVCCDUM1/GNDDUM3
IM0 in
60
66 IM0_ID Connect to IOVCCDUM1/GNDDUM3
67 IOVCCDUM1 VCOM
PROTECT in
60
68 PROTECT
RESX in
60
69 RESETX
60
70 GNDDUM4
LEDON out
60
71 DUMMYB □ Open
LEDPWM out
60
72 DUMMYB □ Open
VSYNC in
60
73 VSYNCX
HSYNC in
60
74 HSYNCX
75 IOVCCDUM2
DE in
60
76 ENABLE □ TESTO14
PCLK in
60
77 DOTCLK □S1
DB17 io
60
78 DB17 □S2
DB16 io
60
79 DB16 □S3
80 GNDDUM5 □S4
DB15 io
60
81 DB15 □S5
DB14 io
60
82 DB14
DB13 io
60
83 DB13
DB12 io
60
84 DB12
85 GNDDUM6
DB11 io
60
86 DB11
DB10 io
60
87 DB10
DB9 io
60
88 DB9
89 IOVCC
90 IOVCC
91 IOVCC
IOVCC p 92 IOVCC
(MIPI name: VDDI) 93 IOVCC
94 IOVCC
DB8 io
60
95 DB8
96 GNDDUM7
DB7 io
60
97 DB7
DB6 io
60
98 DB6
DB5 io
60
99 DB5
DB4 io
60
100 DB4
101 GNDDUM8
DB3 io
60
102 DB3
DB2 io
60
103 DB2
DB1 io
60
104 DB1
DB0 io
60
105 DB0
106 GNDDUM9
CSX in
60
107 CSX
DCX in
60
108 RS
WRX/SCL in
60
109 WRX_SCL
RDX in
60
110 RDX
111 GNDDUM10
TE out
60
112 FMARK
DIN in
60
113 SDI
DOUT out
60
114 SDO
115 VDD
116 VDD
1uF/6V/B
117 VDD
118 VDD
119 VDD
120 VDD
121 VDD
122 VDD □ S356
123 VDD □ S357
124 VMON □ Open □ S358
125 VCOM □ S359
126 VCOM □ S360
127 VCOM □ TESTO13
128 VCOM □ TESTO12
129 VCOM □ TESTO11
130 VCOM □ TESTO10
131 VCOM
132 VCOM
133 VCOMH
1uF/6V/B
134 VCOMH
135 VCOMH
136 VCOMH □ TESTO9
137 VCOMH □ TESTO8
138 VCOMH □ TESTO7
139 VCOML □ TESTO6
1uF/6V/B
140 VCOML □ S361
141 VCOML □ S362
142 VCOML □ S363
143 VCOML □ S364
144 VCOML □ S365
145 GND
146 GND
147 GND
148 GND
149 GND
150 GND
151 GND
152 GND
153 GND
60
154 VGS
155 AGND
156 AGND
157 AGND
158 AGND
159 AGND
160 AGND
161 AGND
162 AGND
163 AGND
1uF/6V/B
164 VTEST □ Open
165 VCIR □ Open
60
166 VREG1OUT
60
167 VCOMR
> 200kΩ 168 C11M
169 C11M
170 C11M
171 C11M
1uF/6V/B
172 C11M
173 C11P
174 C11P
175 C11P
176 C11P
177 C11P
1uF/6V/B
178 C12M
179 C12M
180 C12M
181 C12M
182 C12M □ S716
183 C12P □ S717
184 C12P □ S718
185 C12P □ S719
186 C12P □ S720
187 C12P □ TESTO5
188 DDVDH
189 DDVDH
1uF/6V/B
190 DDVDH
191 DDVDH
192 DDVDH VCOM
193 DDVDH
194 DDVDH
195 DDVDH
196 DDVDH
197 VCI1
198 VCI1
199 VCI1
1uF/6V/B
200 VCI1
201 VCI □ VGLDMY2
0ohm 202 VCI □ G432
VCI p 203 VCI □ G430
(MIPI name: VDDI) 204 VCI □ G428
205 VCI
206 VCI
60
207 VCILVL
208 DUMMYC □ Open
209 DUMMYC □ Open
210 DUMMYC □ Open
211 DUMMYC □ Open
212 DUMMYC □ Open
213 GND
214 GND
215 GND
216 GND
217 GND
218 AGND
219 AGND
220 AGND
221 AGND
222 AGND
223 VGL
224 VGL
1uF/25V/B
225 VGL
226 VGL
227 VGL
228 VGL
229 VGL
VF<0.38V/5mA@25℃, VR≧25V
230 VGL
231 VGL
232 AGNDDUM3
233 AGNDDUM4
234 VGH
1uF/25V/B
235 VGH
236 VGH
237 VGH
238 VGH
239 VGH
VF<0.38V/5mA@25℃, VR≧25V
240 AGNDDUM5
241 VCL
242 VCL
1uF/6V/B
243 VCL
244 C13M
245 C13M
246 C13M
1uF/6V/B
247 C13P
248 C13P
249 C13P
250 C21M
251 C21M
252 C21M
1uF/10V/B
253 C21P
254 C21P
255 C21P □G10
256 C22M □G8
257 C22M □G6
258 C22M □G4
1uF/10V/B
259 C22P □G2
260 C22P □ VGLDMY1
261 C22P □ TESTO4
262 TESTO1 □ Open □ TESTO3
□ TESTO2
FPC VCOM
Glass substrate
When VCOMH is adjusted
using variable resisrance
When VCI1 is adjusted by register
Capacitor is not required when VCI voltage is directly applied to VCI1 pin
30
10
10
8
7
7
9
8
7
10
10
12
20
20
20
10
20
20
20
20
12
12
Pad No.
Recommended
max.Rcog [ohm]
6
6
15
7
12
12
12
12
Chip
BUMP
Top View
TP
TP
30um
30um
30um
30um
30um_Space
30um_Space
30um_Space
840um
30um_Space
1
R61517 outline
R61509V outline
Rev0.1 2008.02.14 Made for PR
Rev0.11 2008.02.19 VPP3C-->VPP3B, VPP2-->VPP1
Rev0.2 2008.02.28 Pad names changed.
Rev0.3 2008.0314 Instruction changed.
Rev0.4 2008.0402 R61517's EEPROM IF deleted.
R61509V VPP2--> VPP1
Rev0.5 2008.04.21 Pad names changed.
Pad No66 IM0/ID→IM0_ID
Pad No69 RESET→RESETX
Pad No73 VSYNC→VSYNCX
Pad No74 HSYNC→HSYNCX
Pad No107 CS→CSX
Pad No109 WR/SCL→WRX_SCL
Pad No110 RD→RDX
Note: When using same glass substrate for the R61517 and
the R61509V, make sure that the R61517's VCOMA and
VCOMB for VCOM drive mode are same polarity.
The R61509V does not have VCOM output pin on the output
side (the area is just flat surface). When supplying voltage to
panel from four corners of it, draw wires from VCOM pins on the
I/O side.