NV3035C Data Sheet

NV3035C Data Sheet
960X240 TFT LCD Single Chip Digital Driver
Version 0.4
March.13.2013
NewVision Microelectronics, Inc.
Confidential Information
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
Contents
1. GENERAL DESCRIPTION .............................................................................................................................................1
2. FEATURES ........................................................................................................................................................................1
3. BLOCK DIAGRAM ..........................................................................................................................................................2
4. PAD DESCRIPTION.........................................................................................................................................................3
4.1. PAD SEQUENCE (BUMP SIDE).............................................................................................................................................3
4.2. PAD DESCRIPTION:.............................................................................................................................................................4
5. FUNCTION DESCRIPTIONS .........................................................................................................................................7
5.1. POWER SUPPLY CIRCUITS ..................................................................................................................................................7
5.2. INPUT DATA VS OUTPUT ...................................................................................................................................................8
5.3. GAMMA ADJUSTMENT FUNCTION ......................................................................................................................................8
5.4. INPUT VIDEO FORMATS ................................................................................................................................................... 10
5.4.1. RGB (NTSC) input timing .................................................................................................................... 10
5.4.2. CCIR601 input timing.......................................................................................................................... 11
5.5.CCIR601/656 INPUT VIDEO RESIZING.............................................................................................................................. 14
5.5.1. Horizontal (X-direction) scale down method ............................................................................................ 14
5.5.2. PAL Decimation for CCIR601/656 mode ................................................................................................ 16
5.5.3. Display mode for CCIR601/656............................................................................................................. 16
5.6. 3-WIRE SPI...................................................................................................................................................................... 18
6. COMMAND DESCRIPTION ........................................................................................................................................... 19
6.1 REGISTERS TABLE............................................................................................................................................................. 19
6.2 COMMAND DESCRIPTIONS ................................................................................................................................................ 21
7. POWER ON/OFF SEQUENCE ..................................................................................................................................... 28
7.1. POWER-ON TIMING SEQUENCE ....................................................................................................................................... 28
7.2. POWER-OFF TIMING SEQUENCE ...................................................................................................................................... 28
8. DC ELECTRICAL CHARACTERISTICS................................................................................................................... 29
9. AC ELECTRICAL CHARACTERISTICS................................................................................................................... 30
9.1. INPUT DATA FORMAT ..................................................................................................................................................... 30
9.2. TIME DIAGRAM ................................................................................................................................................................ 30
9.3. SPECIFICATIONS .............................................................................................................................................................. 34
10. ABSOLUTE MAXIMUM RATINGS .......................................................................................................................... 35
11. CHIP BUMP INFORMATION .................................................................................................................................... 36
11.1. PAD LOCATION .............................................................................................................................................................. 36
11.2. PAD COORDINATION....................................................................................................................................................... 38
REVISION HISTORY ........................................................................................................................................................ 47
NewVision Microelectronics, Inc.
Confidential Information
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
1. General Description
NV3035C is a single chip digital driver for 320RGB×240 dot color TFT-LCD panels. It contains 960 channels
source driver and 240 channels gate driver with timing controller and build-in power circuits.
NV3035C incorporates 8-bit serial and 24-bit parallel RGB interface to receive digital display data. It generates 64level gamma-corrected gray scale voltages and supports maximum 16M colors display with dithering function. The
system function control commands can be set by using 3-wire serial peripheral interface.
NV3035C is designed for wide voltage supply range and small output deviation for better display quality. With
advanced design, the NV3035C incorporates special designed architecture to achieve lower power dissipation,
making this driver best suitable for small or mid sized portable devices such as cell phones, PDAs, mobile TV
devices, etc.
2. Features
¾
One-Chip solution for 960×240 dot TFT LCD Driver
¾
8-bit resolution 256 gray scale with Dithering
¾
8-bit/24-bit digital(RGB) data interface
¾
3-Wire SPI for parameters programming
¾
1.8~3.6V power supply for I/O circuits
¾
3.0~3.6V power supply for charge pump circuits
¾
Build-in 1.8V LDO for internal circuits
¾
Build-In DC-DC for power circuits (VGH/VGL/VCOMAC/VCOMDC voltage supply)
¾
Configurable color filter type for both Delta and Stripe type
¾
Operating frequency: 30MHz(max)
¾
Right/Left shift, Up and Down scan function selectable
¾
One Line / Two Line / Frame Inversion driving method selectable
¾
Support Cs on Common structure
¾
Build-In PWM circuit for LED Back-light
¾
Stand-by mode for super low power consumption
¾
Built-in Auto Test Pattern
¾
OTP trimming for VCOMAC/VCOMDC with internal burning supply
¾
COG package
NewVision Microelectronics, Inc.
Ver. 0.4
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©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
3. Block Diagram
V1~V7
DIN[23:0]
CLKIN
HSD
VSD
DEN
7
Gamma
Reference
24
Data
Decoder
SPENB
SPDA
SPCK
SPSW
SPI
Decoder
DATSEQ
POL
PINCTLB
RSTB
STBYB
Source Driver
Control
Interface
UPDN,SHLR, 9
SEL[0:3], FPOL,
PWMPDB, ATPE
VGH
VGL
VCOMAC
VCOMOUT
VCOM
VCIP
VSSP
Vint1/2
C1P/M
C1AP/M
C2P/M
C3P/M
C4P/M
VDDIO
VDD
VCI
VSS
VDDA
GNDA
VPSW
SO1
SO2
SO3
Gamma
Table
SO958
SO959
SO960
GO1
GO2
GO3
Timing
Controller
GO238
GO239
3
2
2
2
2
2
Gate Driver
Power
Supply
Circuit
PWM
Controller
NV3035C
GO240
DRV
FB
VCOMDC/
VCOMAC Trim
Fig1.Block diagram
NewVision Microelectronics, Inc.
Ver. 0.4
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
4. Pad Description
4.1. Pad Sequence (Bump Side)
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Ver. 0.4
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
4.2. Pad Description:
Designation
I/O
DIN[23..0]
I
CLKIN
I
HSD
VSD
I
I
I
(Pull
Low)
DEN
DATSEQ
O
POL
O
V1~V7
I/O
SPENB
SPDA
SPCK
SPSW
RSTB
I
(Pull
High)
I/O
I
I
(Pull
Low)
I
(Pull
High)
PINCTLB
I
(Pull
High)
SO1~SO960
GO1~GO240
ALIGN_T/B
O
O
M
TP15
I
TP0~14
TP16~18
T
I
Description
Data Input.
8-bit mode: DIN7:MSB; DIN0:LSB; the remainder should be connect to GND.
24-bit mode: DIN[7:0]=R[7:0] data; DIN[15:8]=G[7:0] data; DIN[23:16]=B[7:0] data.
For 18bit RGB interface, connect two LSB bits of all the R/G/B data bus to GND.
Clock for Input Data. Data latched at rising/falling edge of this signal. Default positive
edge latch data.
Horizontal Sync input. Default Negative polarity, can be change by HSDPOL register.
Vertical Sync input. Default Negative polarity, can be change by VSDPOL register.
Data Input Enable. Active High to enable the data input Bus under “DE Mode”.
Normally pull low.
Data sequence control pin for external T-CON.
Output “1”: for Odd line, “0”: for Even line
Frame polarity output. Amplitude of signal is from 0V to 3.3V
Gamma correction reference voltage.
When VSET=”1” is used. The voltage of pins V1~V7 must be swing and must be
AVDD-0.1V>V1>V2>V3 V5>V6>V7>AGND+0.1V when POL=”1” and
AGND+0.1V<V1’<V2’<V3’ V5’<V6’<V7’<AVDD-0.1V when POL=”0”,
Where V1-V2=V2’-V1’, V2-V3=V3’-V2’,…V5-V6=V6’-V5’,V6-V7=V7’-V6’.
Note: V1~V7 must be supplied voltage external when VSET=”1”. Vx is external power
of positive polarity and Vx’ is external power of negative polarity
3-Wire Communication Enable. Active Low. Normally pull high.
Please pull high or floating under PINCTLB=0 mode.
3-Wire Communication Data input/output.
3-Wire Communication Clock input. Rising edge latch.
3-Wire register map select.
“0” for default 3-Wire register map, “1” for optional 3-Wire register map.
Global reset pin. Active Low to enter Reset State. Suggest connecting with a RC reset
circuit for stability. Normally pull high.
Enable pin control function. Normally pull high
PINCTLB=”0”, Enable pin control function. TP0~14 and TP16~18 active as input pin
for function control propose. Refer to the TP0~18 description for more information.
PINCTLB=”1”, Default mode. TP0~14 and TP16~18 active as unknown state; Don’t
connect TP0~14 and TP16~18 to any state under this mode.
Note: The 3-wire control register will be disabled under PINCTLB=0 mode.
Source Driver Output Signals.
Gate Driver Output Signals.
For assembly alignment.
Charge pump on/off control pin. TP15=CPMPDB
CPMPDB=”0”, internal charge pump will be shut down
CPMPDB=”1”, internal charge pump normal operating
TP15 active as input pin under any state of PINCTLB.
If floating this pin, the charge pump will turn off
TEST Pin/Function control pin.
When PINCTLB=“1”, TP0~14, TP16~18 act as test pin. Floaating those pins for normal
operation.
When PINCTLB=“0”, TP0~14, TP16~18 act as function control input pin. All the input
pin should be connect to GND or VDD. Floating those pins will result in input unknown
problem.
NewVision Microelectronics, Inc.
Ver. 0.4
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Designation
I/O
VPSW
I
(Pull Low)
VGH
VGL
VCOMAC
VCOM
VCOMOU
T
VDDA
GNDA
VCI
VSS
VCIP
VSSP
PO
PI
PI
PI
PI
PI
VDD
C
C1P/M
C1AP/M
C2P/M
C3P/M
C4P/M
Vint1/2
C
FB_P
I
FB_N
O
FB
DRV
COM1_L/
R
COM2_L/
R
TOSC,
TVREF,
T-1U
DUM
Note:
PS
PS
PS
PS
O
©2013
Description
Voltage control switch. Normally pull low.
VPSW=”0”. Default mode. VGH、VGL、VCOMAC and VCOMDC active as
normal use and control by 3-wire.
VPSW=”1”. Voltage fix mode. VGH=15V,VGL=-7V, VCOMAC=5.0V and
VCOMDC=1.86V. Under the mode voltage can’t control by 3-wire
Capacitor pin. Positive power supply for Gate Driver output
Capacitor pin. Negative power supply for Gate Driver ouput
Capacitor pin. Power supply for VCOMOUT output
VCOM DC voltage output pin for DC re-construction
Frame polarity output for panel VCOM. Amplitude of signal is from GNDA1 to VDDA1
The polarity of VCOMOUT is inversed with internal signal “POL” when “FPOL”=0
Power supply for source driver and gamma circuit
Ground pins for source driver and gamma circuit
Power supply for digital and analog circuits
Ground pins for digital circuits
Power supply for charge pump circuits
Ground pins for charge pump circuits
Capacitor connect pin for internal regulator
Refer to the section of “Power Circuit” for the application.
Capacitor connect pin for internal charge pump
Refer to the section of “Power Circuit” for the application.
VI
O
Internal power switch current input pad.
Note: Voltage on this pad should be <5.5V. Pull low in more than one LED case.
Internal power switch current output pad.
Note: Voltage on this pad should be <5.5V. Pull low in more than one LED case.
PWM controller feedback input. FB threshold is 0.6V nominal
PWM output driver signal for the boost converter
S
The internal link together between input side and Output side.
S
The internal link together between input side and Output side.
T
Test pin .Float these pins for normal operation.
D
Don’t connect to any signal or pull high/low.
I: Input, O: Output, P: Power, D: Dummy, S: Shorted line, M: Mark, PI:Power input, PO: Power output, T: Testing
I/O: Input/Output. PS: Power Setting, C: Capacitor pin.
NV3035C Align Mark:
ALIGN_T
ALIGN_B
M
M
For assembly alignment.
For assembly alignment.
NV3035C Pass Line Description:
Pass Line No:
1
2
NewVision Microelectronics, Inc.
Pad Name
COM1_L COM1_R
COM2_L COM2_R
Ver. 0.4
Page 5
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
TP0~14 and TP16~18 Function Control Pin Mapping Table (When PINCTLB=”0”):
TPX
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
16
17
18
PINCTLB=”0”
Input control function (Related to 3-wire control
register)
STBYB
UPDN
SHLR
SEL0
SEL1
SEL2
SEL3
DUM
VDDIO
VDDIO
VDDIO
VDDIO
TEST2
TEST1
FPOL
PWMPDB
DUM
Auto Test Pattern Enable
Note 1:
PINCTLB function has higher priority then the 3-wire command. The 3-wire control register will be disabled when
PINCTLB=”0”. Please pull high or floating SPENB under PINCTLB=0 mode.
Remark:
TP15=CPMPDB, Charge pump on/off control pin.
CPMPDB=”0”, internal charge pump will be shut down.
CPMPDB=”1”, internal charge pump normal operating.
TP15 active as input pin under any state of PINCTLB.
NewVision Microelectronics, Inc.
Ver. 0.4
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©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
5. Function Descriptions
5.1. Power Supply Circuits
NV3035C built in charge pump circuit for gate driver VGH/VGL voltage and panel VCOMAC/VCOMDC
voltage.Following block diagram illustrate how the charge pump circuit works.
< Value of wiring resistance and Cap. >
Pin name
C1P
C1M
C2P
C2M
C3P
C3M
C4P
C4M
C1AP
C1AM
Resistor of wiring (ohm)
<10
<10
<10
<10
<10
<10
<10
<10
<10
<10
Cap no.
CAP (uF)
C1
C2
C3
≥1uF
C4
C1A
*Note: Others Cap. Suggest value≥4.7uF
Schottky diode turn-on voltage=0.2V
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Ver. 0.4
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©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
5.2. Input Data VS Output
Source Driver data output sequence can be control by “SHLR”.
Output
SHLR=”1”
SHLR=”0”
SO1
First data
Last data
SO2
SO3
…
→
←
SO958
SO959
SO960
Last data
First data
…
→
←
GO238
GO239
GO240
Last data
First data
Gate Driver scan output sequence can be control by “UPDN”.
Scan
UPDN=”1”
UPDN=”0”
GO1
First data
Last data
GO2
GO3
5.3. Gamma Adjustment Function
The figure below shows the relationship between the input data and the output voltage. Refer to the following
pages to get the relative resistor value and voltage calculation method, please.
NewVision Microelectronics, Inc.
Ver. 0.4
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©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Input Data and Output Voltage Reference Table(VSET=”0”)
@VDDA=5V,VCOMOUT=L,POL=
Vno.
Unit=V
V1
4.610
V2
3.680
V3
3.115
V4
2.585
V5
2.185
V6
1.790
V7
0.390
@VDDA=5V,VCOMOUT=H,POL=
Vno.
Unit=V
V1
0.390
V2
1.320
V3
1.885
V4
2.415
V5
2.815
V6
3.210
V7
4.610
Data
(V1)00H
01H
02H
03H
04H
(V2)05H
06H
07H
08H
09H
0AH
0BH
(V3)0CH
0DH
0EH
0FH
10H
11H
12H
13H
14H
15H
16H
17H
18H
19H
(V4)1AH
1BH
1CH
1DH
1EH
1FH
20H
21H
22H
23H
24H
25H
26H
27H
28H
29H
(V5)2AH
2BH
2CH
2DH
2EH
2FH
30H
31H
32H
33H
34H
35H
36H
37H
(V6)38H
39H
3AH
3BH
3CH
3DH
3EH
(V7)3FH
NewVision Microelectronics, Inc.
VCOMOUT=H,POL=
VDDA×0.078
VDDA×0.107
VDDA×0.153
VDDA×0.201
VDDA×0.236
VDDA×0.264
VDDA×0.288
VDDA×0.308
VDDA×0.325
VDDA×0.340
VDDA×0.354
VDDA×0.366
VDDA×0.377
VDDA×0.388
VDDA×0.398
VDDA×0.408
VDDA×0.416
VDDA×0.424
VDDA×0.431
VDDA×0.438
VDDA×0.446
VDDA×0.453
VDDA×0.459
VDDA×0.465
VDDA×0.472
VDDA×0.478
VDDA×0.483
VDDA×0.488
VDDA×0.493
VDDA×0.499
VDDA×0.505
VDDA×0.510
VDDA×0.514
VDDA×0.519
VDDA×0.525
VDDA×0.530
VDDA×0.535
VDDA×0.540
VDDA×0.545
VDDA×0.550
VDDA×0.554
VDDA×0.558
VDDA×0.563
VDDA×0.568
VDDA×0.573
VDDA×0.578
VDDA×0.583
VDDA×0.588
VDDA×0.593
VDDA×0.598
VDDA×0.603
VDDA×0.609
VDDA×0.615
VDDA×0.621
VDDA×0.626
VDDA×0.632
VDDA×0.642
VDDA×0.648
VDDA×0.656
VDDA×0.665
VDDA×0.677
VDDA×0.693
VDDA×0.719
VDDA×0.922
Ver. 0.4
Data
(V1)00H
01H
02H
03H
04H
(V2)05H
06H
07H
08H
09H
0AH
0BH
(V3)0CH
0DH
0EH
0FH
10H
11H
12H
13H
14H
15H
16H
17H
18H
19H
(V4)1AH
1BH
1CH
1DH
1EH
1FH
20H
21H
22H
23H
24H
25H
26H
27H
28H
29H
(V5)2AH
2BH
2CH
2DH
2EH
2FH
30H
31H
32H
33H
34H
35H
36H
37H
(V6)38H
39H
3AH
3BH
3CH
3DH
3EH
(V7)3FH
VCOMOUT=L,POL=H
VDDA×0.922
VDDA×0.893
VDDA×0.847
VDDA×0.799
VDDA×0.764
VDDA×0.736
VDDA×0.712
VDDA×0.692
VDDA×0.675
VDDA×0.660
VDDA×0.646
VDDA×0.634
VDDA×0.623
VDDA×0.612
VDDA×0.602
VDDA×0.592
VDDA×0.584
VDDA×0.576
VDDA×0.569
VDDA×0.562
VDDA×0.554
VDDA×0.547
VDDA×0.541
VDDA×0.535
VDDA×0.528
VDDA×0.522
VDDA×0.517
VDDA×0.512
VDDA×0.507
VDDA×0.501
VDDA×0.495
VDDA×0.490
VDDA×0.486
VDDA×0.481
VDDA×0.475
VDDA×0.470
VDDA×0.465
VDDA×0.460
VDDA×0.455
VDDA×0.450
VDDA×0.446
VDDA×0.442
VDDA×0.437
VDDA×0.432
VDDA×0.427
VDDA×0.422
VDDA×0.417
VDDA×0.412
VDDA×0.407
VDDA×0.402
VDDA×0.397
VDDA×0.391
VDDA×0.385
VDDA×0.379
VDDA×0.374
VDDA×0.368
VDDA×0.358
VDDA×0.352
VDDA×0.344
VDDA×0.335
VDDA×0323
VDDA×0.307
VDDA×0.281
VDDA×0.078
Page 9
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
5.4. Input Video Formats
NV3035C should support 22 types of input video formats:
#
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(14)
(15)
(16)
(17)
(18)
(19)
(20)
(21)
(22)
Format
Sub-type1
8-bit serial
RGB (NTSC only)
24-bit parallel
CCIR656 (YUV)
1440 only,
NTSC
1440 only,
PAL 280 lines
1440 only,
PAL 288 lines
1440, NTSC
CCIR601 (YUV)
1440, PAL 280
lines
1440, PAL 288
lines
1280, NTSC
1280, PAL 280
lines
1280, PAL 288
lines
Sub-type2
HV mode
DE mode
HV mode
DE mode
Mode A
Mode B
Mode A
Mode B
Mode A
Mode B
Mode A
Mode B
Mode A
Mode B
Mode A
Mode B
Mode A
Mode B
Mode A
Mode B
Mode A
Mode B
Comments
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Cb/Y/Cr/Y
Cr/Y/Cb/Y
Support 2 type of color encode systems: RGB (8-8-8) and YUV (YCbCr) 4:2:2.
YUV4:2:2:
Y is the luminance (Luma) factor, it is the brightness of the pixel. Cb and Cr is the chrominance (Chroma) for
“blue” and “red” sub respectively.
5.4.1. RGB (NTSC) input timing
(1) HV mode timing: DE signal is not necessary, host float this pin.
Horizontal:
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
Vertical:
(2) DE mode: Hsync and Vsync are not needed in DE mode, host float these pins.
Notes:
(1) both CLKIN, HSD, VSD and DE supports active polarity selection. In the diagrams above, the VSD and HSD is low
active, CLKIN samples data at negedge, DE is high active, and however, other kinds of polarity of these signals are
also supported.
(2) signal relationship timing specification please refers the reference datasheet.
5.4.2. CCIR601 input timing
Features of the CCIR601 supported by this chip:
(1)
(2)
(3)
(4)
only 8-bit I/F supported
Both PAL and NTSC support. For PAL, both 280 and 288 lines supported
Both 1440 and 1280 horizontal cycles are supported
For all supported CCIR601 input format, the data sequence can be two types: mode A is Cb/Y/Cr/Y, mode
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
B is Cr/Y/Cb/Y
Horizontal signal:
For CCIR601, 1 image frame = 1 odd field + 1 even field.
The odd/even filed is recognized by the inter relationship of Hsync and Vsync signals. A coincident low
transition of both HSYNC and VSYNC inputs indicates the start of an odd field. A VSYNC low transition
when HSYNC is high indicates the start of an even field.
HSYNC
VSYNC
The width of the VSYNC pulse do
not affect the recognition of O/E
field
HSYNC
VSYNC
The width of the VSYNC pulse do
not affect the recognition of O/E
field
Vertical signal:
NewVision Microelectronics, Inc.
Ver. 0.4
Page 12
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Vertical Blank
Active Area
VSD
Even Field
Active Area
Odd Field
tvs (odd)
PAL288:
PAL280:
622
623
624
625
1
2
3
7
8
9
20
21
22
23
24
622
623
624
625
1
2
3
7
8
9
20
21
22
23
24
NTSC:
522
525
1
2
3
7
8
9
20
21
22
23
24
523
524
HSD
Valid
data
Active Area
Odd Field
PAL288:
PAL280:
NTSC:
Active Area
Vertical Blank
Even Field
tvs (even)
305
306
307
308
309
310
311
323
324
325
337
338
339
340
341
297
298
299
300
301
302
303
331
332
333
345
346
347
348
349
257
258
259
260
261
262
263
271
272
273
285
286
287
288
289
Valid
data
NTSC mode: active area=240 lines; PAL 280 mode: active area=280 lines; PAL 288 mode: active area=288
lines.
5.4.3. CCIR656 input timing
The CCIR656 use the YUV color encoding too. The difference of CCIR656 is that sync signals are embedded
into the code stream. By this mode, VSD, HSD, DEN signals are not needed.
Horizontal:
EAV/SAV Format:
the “XY” byte in EAV/SAV plays a critical role for synchronization:
XY
B7
B6
B5
B4
B3
B2
B1
EAV
1
F
V
H
Protection bits by ITU 656
SAV
1
F
V
H
Protection bits by ITU 656
B0
F: Field bit. This is for vertical timing. F=0 indicates this is the line of the 1st field (odd field). F=1 indicates this
is the line of the 2nd field (even field).
V: Vertical blanking bit. This is for vertical timing. V=1 indicates vertical blanking lines, V=0 indicates an
active video line.
H: Horizontal recognizing bit. H=0: SAV, H=1: EAV.
Vertical:
NewVision Microelectronics, Inc.
Ver. 0.4
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©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
5.5. CCIR601/656 Input Video Resizing
Input image size (1 field):
CCIR601-1440
CCIR601-1280
CCIR656-1440
NTSC
720RGB*240
640RGB*240
720RGB*240
PAL-280
720RGB*280
640RGB*280
720RGB*280
PAL-288
720RGB*288
640RGB*288
720RGB*288
Display
320RGB*240
320RGB*240
320RGB*240
5.5.1. Horizontal (X-direction) scale down method
For 640RGB (1280 clocks) source input: 640RGBÆscale down to 320RGB (2:1).
For 720RGB (1440 clocks) source input, there are four types of skip & scaling method for choice:
HDNC1-0
00
01
10
11
SnS mode
720RGBÆ(scale down) 320RGB
720RGBÆ(skip L/R 10RGB) 700RGBÆ(scale down) 320RGB
720RGBÆ(skip L/R 20RGB) 680RGBÆ(scale down) 320RGB
720RGBÆ(skip L/R 40RGB) 640RGBÆ(scale down) 320RGB
Scaling Ratio
9:4
35:16
17:8
2:1
9 HDNC[1:0]=2’b00 (1280 clocks)
1280 clk Æ 640 RGB Æ 320 RGB
Scale ratio: 2:1
No skip.
9 HDNC[1:0]=2’b00 (1440 clocks)
1440 clk Æ 720 RGB Æ 320 RGB
Scale ratio: 9:4
NewVision Microelectronics, Inc.
Ver. 0.4
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
AVGY=0, Y2n’=Y2n; AVGY=1, Y2n’=(Y2n+Y2n-1)/2.
After AVGY process, the scale ratio is 9:8 (360 Æ 320).
For direct skip, skip the 5th data every 9 counts; for weighting skip, skip the 5th data every 9 counts, and the 6th
data is the average of the 5th and 6th data. (this average include Y, Cb and Cr factors.)
9 HDNC[1:0]=2’b01
1440 clk Æ 720 RGB Æ (Skip right/left 10 RGB) 700 RGB Æ 320 RGB
Scale ratio: 35:16
1
Input
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
2'
AVGY proc.
1
Direct Skip
1
Weighting
skip
Input
1
10
'5
12
'1
14
'2
16
'3
18
'4
20
'5
22
'6
5
12
'1
14
'2
16
'3
18
'4
20
'5
22
'6
14
5
12
'1
16
' 3
18
'4
20
'5
22
'6
2
24
'7
26
'8
28
'9
30
'10
32
'
34
'
36
'
26
'8
28
'9
30
'10
32
'
34
'
36
'
(24'+26')/2 28
30
'10
32
'
34
'
36
'
'9
8
11
12
11
13
12
11
13
12
13
37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66
38
' 1
38
' 1
38
'1
AVGY proc.
Direct Skip
Weighting
skip
Input
Weighting
skip
42
'3
42
'3
42
'3
44
'4
44
'4
44
'4
46
' 5
46
' 5
46
'5
48
' 6
50
'7
50
'7
52
'8
52
'8
(48'+50')/2 52
'8
7
54
'9
54
'9
54
'9
56
' 10
56
' 10
56
' 10
67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84
AVGY proc.
Direct Skip
40
' 2
40
'2
40
'2
68
' 5
68
' 5
68
'5
70
' 6
72
'7
72
'7
(70'+72)/2
7
74
'8
74
'8
74
'8
76
' 9
76
'9
76
'9
78
' 10
78
' 10
78
' 10
80
' 11
80
'11
80
'11
82
'1
82
'1
82
'1
84
'2
84
'2
84
'2
58
'
11
58
'11
58
'11
60
'1
60
'
1
60
'1
62
'2
62
'2
62
'2
66
'
4
66
'
4
66
'4
64
'
3
64
'
3
64
'3
71 711 71
0
2
71 71 72
8 9 0
710'
718'
11
712
'
1
9
720
'
10
710'
11
710'
11
AVGY=0, Y2n’=Y2n; AVGY=1, Y2n’= (Y2n+Y2n-1)/2.
After AVGY process, the scale ratio is 35:32 (350 Æ 320).
For direct skip, skip the 6th , 19th, 30th data every 35 counts;
for weighting skip, skip the 6th , 19th, 30th data every 35 counts and the 7th, 20th, 31st data are:
D(7th) = [D(6th)+D(7th)]/2
D(20th) = [D(19th)+D(20th)]/2
D(31st) = [D(30th)+D(31st)]/2
9 HDNC[1:0]=2’b10
1440 clk Æ 720 RGB Æ (Skip right/left 20 RGB) 680 RGB Æ 320 RGB
Scale ratio: 17:8
AVGY=0, Y2n’=Y2n; AVGY=1, Y2n’=(Y2n+Y2n-1)/2.
After AVGY process, the scale ratio is 17:16 (340 Æ 320).
For direct skip, skip the 9th data every 17 counts; for weighting skip, skip the 9th data every 9 counts, and the
10th data is the average of the 9th and 10th data.
NewVision Microelectronics, Inc.
Ver. 0.4
Page 15
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
9 HDNC[1:0]=2’b11
1440 clk Æ 720 RGB Æ (Skip right/left 40 RGB) 640 RGB Æ 320 RGB
Scale ratio: 2:1
The same as HDNC[1:0]=2’b00, 1280 clk mode.
5.5.2．PAL Decimation for CCIR601/656 mode
PAL280: direct skip up/down 40 lines.
PAL288: direct skip up/down 44 lines.
5.5.3.Display mode for CCIR601/656
WNSEL1
0
0
1
1
WNSEL0
0
1
0
1
Display Mode
Normal display(Default)
Narrow display
Wide display
234-Line
Normal display:
Narrow display:
Remove the fourth column in every four columns (initial 40 columns and last 40 columns display black).
Wide display:
NewVision Microelectronics, Inc.
Ver. 0.4
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
Remove the fourth line in every four lines. (initial 30 lines and last 30 lines display black)
234-Line:
The initial 3 lines and last 3 lines are removed and display black.
NewVision Microelectronics, Inc.
Ver. 0.4
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©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
5.6. 3-Wire SPI
3-Wire Command Format
NV3035C uses the 3-wire serial port as communication interface for all the function and parameter setting.
3-Wire communication can be bi-directional controlled by the “R/W” bit in address field. NV3035C 3-Wire
engine act as a “slave mode” for all the time, and will not issue any command to the 3-Wire bus itself.
Under read mode, 3-Wire engine will return the data during “Data phase”. The returned data should be latched
at the rising edge of SPCK by external controller. Data in the “Hi-Z phase” will be ignored by 3-Wire engine
during write operation, and should be ignored during read operation also. During read operation, external
controller should float SPDA pin under “Hi-Z phase” and “Data phase”.
Refer to the section of “3-Wire Timing Diagram” for the detail timing, please.
3-Wire Command Format:
Bit
Description
D15-D10
Register Address [5:0]
D9
W/R control bit. “1” for Write; “0” for Read
D8
Hi-Z bit during read mode. Any data within this bits will be ignored during write mode
D7-D0
Data for the W/R operation to the address indicated by Address phase
3-Wire Writer Format:
MSB
D15
LSB
D14
D13
D12
D11
D10
Register Address [5:0]
D9
D8
1
X
D7
D6
D5
D4
D3
D2
D1
D0
DATA (Issue by external controller)
3-Wire Read Format:
MSB
D15
LSB
D14
D13
D12
D11
Register Address [5:0]
NewVision Microelectronics, Inc.
D10
D9
D8
0
Hi-Z
D7
Ver. 0.4
D6
D5
D4
D3
D2
D1
D0
DATA (Issue by NV3035C)
Page 18
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
6. Command Description
6.1. Registers Table
Following table list the default 3-Wire control registers and bit name definition for NV3035C. Refer to the next
section for detail register function description, please.
NV3035C 3-Wire Control Register List (Default)
3-Wire Registers
Register Description
D[15:10]
Name
Init.
R/W
Function Description
000000b
R00
03h
R/W
System control register
000001b
R01
00h
R/W
Timing Controller function register
000010b
R02
03h
R/W
Operation control register
000011b
R03
8Ch
R/W
Input data Format control register
000100b
R04
46h
R/W
Source Timing delay control register
000101b
R05
0Dh
R/W
Gate Timing delay control register
000111b
R07
00h
R/W
Internal function control register
001000b
R08
08h
R/W
RGB Contrast control register
001001b
R09
40h
R/W
RGB Brightness control register
001011b
R0B
88h
R/W
R/B Sub-Contrast control register
001100b
R0C
20h
R/W
R Sub-Brightness control register
001101b
R0D
20h
R/W
B Sub-Brightness control register
001110b
R0E
2bh
R/W
VCOMDC Level Control Register
001111b
R0F
A5h
R/W
VCOMAC Level Control Register
010000b
R10
04h
R/W
VGAM2 level Control Register
010001b
R11
24h
R/W
VGAM3/4 level control register
010010b
R12
24h
R/W
VGAM5/6 level control register
011101b
R1D
00h
R/W
OTP operation control register
011110b
R1E
00h
R/W
OTP operation control register
011111b
R1F
00h
R/W
OTP operation control register
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
NV3035C 3-Wire Register Bit Definition (Default)
3-Wire Control Register Bit Map
Reg.
Bit[7]
Bit[6]
Bit[5]
Bit[4]
Bit[3]
Bit[2]
Bit[1]
Bit[0]
R00
PAT3
PAT2
PAT1
PAT0
PWMPDB
X
STBYB
RESETB
R01
X
X
X
SWD2
SWD1
SWD0
DITHB
CFTYP
R02
SKIPMO
D
HDNC1
HDNC0
X
FPOL
VSET
UPDN
SHLR
R03
DENPOL
CLKPOL
HSDPOL
VSDPOL
SEL3
SEL2
SEL1
SEL0
R04
DDLY7
DDLY6
DDLY5
DDLY4
DDLY3
DDLY2
DDLY1
DDLY0
HDLY1
HDLY0
R05
X
HDLY6
HDLY5
HDLY4
HDLY3
HDLY2
R07
FRAD1
FRAD[0]
INVSL[1]
INVSL[0]
PAL
PALM
R08
X
X
X
CON4
CON3
CON2
CON1
CON0
R09
X
BRI6
BRI5
BRI4
BRI3
BRI2
BRI1
BRI0
HUE[1]
HUE[0]
SAT[1]
SAT[0]
R0A
HUE[3]
HUE[2]
R0B
SCONB1
SCONB0
R0C
X
X
SBRIR5
R0D
X
X
R0E
X
R0F
VGLSL1
R10
AVGY
SAT[3]
SAT[2]
SCONR1
SCONR0
SBRIR4
SBRIR3
SBRIR2
SBRIR1
SBRIR0
SBRIB5
SBRIB4
SBRIB3
SBRIB2
SBRIB1
SBRIB0
OTP_BYPS
VCDCSL5
VCDCSL4
VCDCSL3
VCDCSL2
VCDCSL1
VCDCSL0
VGLSL0
VGHSL1
VGHSL0
VCACSL3
VCACSL2
VCACSL1
VCACSL0
X
X
X
GAMEN
X
V2GAM2
V2GAM1
V2GAM0
R11
X
X
V4GAM2
V4GAM1
V4GAM0
V3GAM2
V3GAM1
V3GAM0
R12
R1D
R1E
X
PDIN[7]
PPROG
X
PDIN[6]
PSWSL
V6GAM2
PDIN[5]
PWE
V6GAM1
PDIN[4]
POR
V6GAM0
PDIN[3]
PTM[1]
V5GAM2
PDIN[2]
PTM[0]
V5GAM1
PDIN[1]
PA[1]
V5GAM0
PDIN[0]
PA[0]
WNSEL[1]
WNSEL[0]
R1F
OTPSEL
R20
Note: Register function active at the falling edge of VSD except STBYB, RESETB register bits.
Registers list below require Vsync trigger:
DITHB, CFTYP, FPOL, VSET, UPDN, SHLR, DDLY, HDLY, INVSL, CON, BRI, HUE, SAT, SCONB, SCONR,
SBRIR, SBRIB
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
6.2. Command Descriptions
R00: System Control Register
Bit
Name
Initia
l
R/W
Bit [7:4]
PAT[3:0]
0000b
R/W
Bit [3]
PWMPDB
0b
(R)
R/W
Bit [2]
-
-
-
Bit [1]
STBYB
1b
(R)
R/W
Bit [0]
RESETB
1b
R/W
Description
Internal Test Pattern Selection
PAT[3:0]: Select chip embedded test pattern.
Internal PWM controller Power Down bit
PWMPDB=”0”, internal PWM controller will be shut down
PWMPDB=”1”, internal PWM controller normal operating
Reserve
Standby Mode function control.
STBYB=”0”, TCON, Source output will turn off and outputs are High-Z.
STBYB=”1”, Normal operation
Global Reset Register.
Write “0” to reset whole chip. This bit will set to “1” automatically after
chip was reset.
PAT[3:0]: Embedded Auto Test Pattern Selection Register
PAT[3:0]
00H
01H
02H
03H
04H
05H
06H
07H
08H
09H
0AH
0BH
0CH
0DH
0EH
0FH
Test Pattern
Disable Internal Test Pattern Function
White
Black
Red
Green
Blue
Yellow
Cyan
Magenta
Gray Level 8
Gray Level 16
Color Bar
Checker Board
Cross Talk Pattern
Horizontal Flick Pattern
Test Pattern Auto Run Mode
Note
Default
R01: Timing Controller Function Register
Bit
Name
Initial
R/W
Bit[4:2
]
SWD[2:0]
000b
R/W
Bit[1]
DITHB
0b
R/W
Bit[0]
CFTYP
0b
R/W
NewVision Microelectronics, Inc.
Description
Control and switch the relationship between the R, G, B and outputs.
This register is used to match different types of color filters on LCD panel
Dithering enable. Active low
DITHB=”0”, Dithering on, (Pseudo 8-bits resolution). (Default mode)
DITHB=”1”, Dithering off, (6-bits resolution, truncation last 2-bits of the
input data)
Note 1: Recommend user to enable this function under all modes except for
18 bit RGB input application.
Color Filter Type Select. Select Delta or Stripe mode for data arrangement.
CFTYP=”0”, Stripe mode, Data arrangement keep in the “odd line” state of
SWD[2:0] selection.
CFTYP=”1”, Data arrangement controlled by SWD[2:0] setting.
Ver. 0.4
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
SWD [2:0] function control:
SWD2
SWD1
SWD0
0
0
0
0
0
1
0
1
X
1
0
0
1
0
1
1
1
X
Output (n=0 to 319)
3n+1
3n+2
3n+3
R
G
B
Odd Line
G
B
R
Even Line
G
B
R
Odd Line
B
R
G
Even Line
B
R
G
Odd Line
R
G
B
Even Line
G
B
R
Odd Line
R
G
B
Even Line
B
R
G
Odd Line
G
B
R
Even Line
R
G
B
Odd Line
B
R
G
Even Line
Condition
SHLR=”1”
UPDN=”1”
Note 1: X= Don’t care
Note 2: Data arrangement will keep in the “odd line” state when CFTYP=0 for stripe mode.
R02: Operation Control Register
Bit
Name
Initial
R/W
Bit [7]
SKIPMOD
0b
Bit [6:5]
HDNC[1:0]
00b
Bit [4]
-
-
(R)
R/W
-
Bit[3]
FPOL
0b
R/W
Bit[2]
VSET
0b
R/W
Bit[1]
UPDN
1b
(R)
R/W
Bit[0]
SHLR
1b
(R)
R/W
(R)
R/W
NewVision Microelectronics, Inc.
Description
Horizontal data processing algorithms select register.
SKIPMOD = “0”: Horizontal data weighting skip mode. (Default
mode) SKIPMOD = “1”: Horizontal data direct skip mode.
Horizontal Data scaling mode select register.
This function is active under CCIR601 and CCIR656 mode only.
Reserve
VCOMOUT polarity inverse control.
FPOL=”0”: VCOMOUT normal polarity (Default mode).
FPOL=”1”: VCOMOUT inverse polarity.
Gamma correction source select.
VSET=”0”,used internal Gamma Reference voltage (VDDA). (Default
mode)
VSET=”1”,used external Gamma Reference Input (V1~V7).
Gate Driver Up/down scan control of gate driver.
UPDN=”0”, Shift from down to up,
First line=L240→L239→…→L2→L1=Last line
UPDN=”1”, Shift from up to down,
First line=L1→L2→…→L239→L240=Last line (Default mode)
Right/Left sequence control of source driver.
SHLR=”0”, shift left: Last data=S1←S2←S3…←S960= First data.
SHLR=”1”, shift right: First data=S1→S2→S3…→S960= Last data.
Ver. 0.4
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
HDNC [1:0] function setting for different horizontal data skip mode
HDNC1
HDNC0
Source Data
0
0
1440/1280 clock
0
1
1440 clock
1
0
1440 clock
1
1
1440 clock
Data Skip Mode
720RGBÆ(scale down) 320RGB
720RGBÆ(skip
L/R
10RGB)
700RGBÆ(scale down) 320RGB
720RGBÆ(skip
L/R
20RGB)
680RGBÆ(scale down) 320RGB
720RGBÆ(skip
L/R
40RGB)
640RGBÆ(scale down) 320RGB
R03: Input Data Format Control Register
Bit
Name
Initial
R/W
Bit[7]
DENPOL
1b
R/W
Bit[6]
CLKPOL
0b
R/W
Bit[5]
HSDPOL
0b
R/W
Bit[4]
VSDPOL
0b
R/W
Bit[3:0]
SEL[3:0]
1100b
(R)
R/W
Description
DEN input pin polarity control.
DENPOL=”0”, DEN negative polarity.
DENPOL=”1”, DEN positive polarity. (Default mode)
CLKIN pin polarity control.
CLKPOL=”0”, CLKIN negative edge latch data.
CLKPOL=”1”, CLKIN positive edge latch data. (Default mode)
HSD pin polarity control.
HSDPOL=”0”, HSD negative polarity. (Default mode)
HSDPOL=”1”, HSD positive polarity.
VSD pin polarity control.
VSDPOL=”0”, VSD negative polarity. (Default mode)
VSDPOL=”1”, VSD positive polarity
Input data format selection.
Note: Different SEL[3:0] setting resolution in different AC timing.
SEL [3:0]: Data input mode
SEL3
0
0
0
0
0
0
0
0
1
1
SEL2
0
0
0
0
1
1
1
1
0
0
SEL1
0
0
1
1
0
0
1
1
0
0
SEL0
0
1
0
1
0
1
0
1
0
1
Data input format
CCIR601 YUV 1280 input format（YUV mode A）
CCIR601 YUV 1280 input format（YUV mode B）
CCIR601 YUV 1440 input format（YUV mode A）
CCIR601 YUV 1440 input format（YUV modeB）
CCIR656 YCbCr input format（YCbCr mode A）
CCIR656 YCbCr input format（YCbCr modeB）
8-bit digital RGB input format HV Mode (NTSC only)
8-bit digital RGB input format DE Mode (NTSC only)
8-bit digital RGB through mode input format HV Mode
1
0
1
0
(NTSC only)
8-bit digital RGB through mode input format DE Mode
1
0
1
1
(NTSC only)
1
1
0
0
24-bit digital RGB input format HV Mode(NTSC only)
1
1
0
1
24-bit digital RGB input format DE Mode(NTSC only)
1
1
1
*
Note: Hsync and Vsync will be ignored in DE mode
Operating frequency
24.54MHz
24.54MHz
27MHz
27MHz
27MHz
27MHz
27MHz
27MHz
27MHz
27MHz
6.4MHz
6.4MHz
-
Remark:RGB through mode will bypass 3-wire SWD[2:0] function; TCON will not arrange data color mapping.
R04: Source Timing Delay Control Register
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Ver. 0.4
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©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Bit
Name
Initial
R/W
Description
Select the HSD signal to 1st input data delay timing
Under RGB 8/24 bit mode, Ths=DDLY[7:0], (Unit=CLKIN)
Bit[7:0] DDLY[7:0]
46h
R/W
The register value will be update to the different default value each time
when SEL[3:0] changed. Read the section of 9.3 for the detail, please.
Note: DDLY function will be disabled under 8/24 bit DE mode and PINCTLB=0 condition. The default value list in the
section 9.3 will be used when PINCTLB=0.
R05: Gate Timing Delay Control Register
Bit
Bit[7]
Name
-
Initial
-
R/W
-
Description
Reserve
Select the Gate start pulse output delay timing
Tvs=HDLY[6:0], (Unit=HSD)
Bit[6:0] HDLY[6:0]
0Dh
R/W
The register value will be update to the different default value each time
when SEL[3:0] changed. Read the section of 9.3 for the detail, please.
Note: HDLY function will be disabled under 8/24 DE mode and PINCTLB=0 condition. The default value list in the
section 9.3 will be used when PINCTLB=0.
R07: Internal Function Control Register
Bit
Bit[7:6]
Bit[5:4]
Name
FRAD[1:0]
INVSL[1:0]
Initial
00b
00b
R/W
R/W
R/W
Bit[3]
PAL
0b
（R）
RW
Bit[2]
PALM
0b
（R）
RW
Bit[1]
-
-
-
Bit[0]
AVGY
0b
R/W
Description
Odd frame or Even frame advance control
Source Driving Mode Selection Register
NTSC or PAL mode selection Only for 601 and 656 mode.
PAL=“0”，Select NTSC Interface mode。（Default mode）)
PAL=“1”，Select PAL interface mode。
PAL mode input date format selection.
PAL=“0”，Select NTSC Interface mode。（Default mode）)
PAL=“1”，Select PAL interface mode。
Reserve
Average YUV interface Luminance Y.
AVGY=“0”,Only used odd Y sample for YUV conversion.
AVGY =“1”，Used odd and even Y sample for YUV conversion.
This function active under YUV mode only!
INVSL [1:0]
INVSL1
0
0
1
1
INVSL0
0
1
0
1
Driving Mode
1-Line Inversion
2-Line Inversion
Frame Inversion
Reserved
Notes
Default
FRAD [1:0]
INVSL1
INVSL0
Driving Mode
Notes
0
0
Default
Odd/Even frame Tstv are the same
0
1
1
1
0
1
Odd frame
Even frame
Reserve
Even frame Tstv=HDLY setting+1
Odd frame Tstv=HDLY setting+1
Reserve
R08: Contrast Control Register
Bit
Bit[7:5]
Name
-
Initial
-
R/W
-
Bit[4:0]
CON[4:0]
08h
R/W
NewVision Microelectronics, Inc.
Description
Reserve
Display Contrast level adjustment register. (0.125/Step)
Adjust range from 0x00(level=0) to 0x1F(level=3.875)
Default value 08h(level=1.0)
Ver. 0.4
Page 24
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
R09: Brightness Control Register
Bit
Bit[7]
Name
-
Initial
-
R/W
-
Bit[6:0]
BRI[6:0]
40h
R/W
Description
Reserve
Display Brightness level adjustment register. (2/Step)
Adjust range from 0x00(level=-128) to 0x7F(level=+126)
Default value 0x40(level=+0)
R0A: Hue and Saturation Control Register
Bit
Name
Initial
R/W
Bit [7:4]
HUE[3:0]
08h
R/W
Bit [3:0]
SAT[3:0]
08h
R/W
Description
YUV Hue level adjustment register. (5 Deg/Step)
Adjust range from 0x00(level = -40 Deg) to 0x0F(level = +35 Deg)
Default value 0x08(level = 0 Deg)
Cb’ = Cb * cosθ+ Cr * sinθ
Cr = Cr * cosθ+ Cb * sinθ
YUV saturation level adjustment register. (0.125/Step)
Adjust range from 0x00(level = 0) to 0x0F(level = 1.875)
Default value 0x08(level = 1.00)
Note: Hue and Saturation function was available under YUV input mode only.
R0B: R/B Sub-Contrast Control Register
Bit
Name
Initial
R/W
Bit[7:6]
SCONB[1:0]
02h
R/W
Bit[3:2]
SCONR[1:0]
02h
R/W
Description
B Data Contrast level adjustment register. (0.125/Step)
Adjust range from 0x00(level=0.75) to 0x0F(level=1.125)
Default value 08h(level=1.0)
R Data Contrast level adjustment register.(0.125/Step)
Adjust range from 0x00(level=0.75) to 0x0F(level=1.125)
Default value 08h(level=1.0)
R0C: R Sub-Brightness Control Register
Bit
Bit[7:6]
Name
-
Initial
-
R/W
-
Bit[5:0]
SBRIR[5:0]
20h
R/W
Description
Reserve
R Data Brightness level adjustment register.(1/Step)
Adjust range from 0x00(level=-32) to 0x3F(level=+31)
Default value 20h(level=0)
R0D: B Sub-Brightness Control Register
Bit
Bit[7:6]
Name
-
Initial
-
R/W
-
Bit[5:0]
SBRIB[5:0]
20h
R/W
Description
Reserve
B Data Brightness level adjustment register.(1/Step)
Adjust range from 0x00(level=-32) to 0x3F(level=+31)
Default value 20h(level=0)
R0E: VCOMDC Level Control Register
Bit
Bit[7]
Name
-
Initial
-
R/W
-
Description
Reserve
VCDCSL[5:0] data source selection register
OTP_BYPS=”0”, VCDCSL [5:0] is read from OTP memory.
Bit[6]
OTP_BYPS
0h
R/W OTP_BYPS=”1”, VCDCSL [5:0] is switch to the 3-wire register memory
when user want to adjust the VCOMDC level for test propose. Refer to
the “TRMEN” control register for the proper OTP write operation.
VCOMDC level control register (20mV/Step @ VDDA=5.0V)
VCDCSL[5:0]=00h, VCOMDC=1.00V
VCDCSL[5:0]=01h, VCOMDC=1.02V
Bit[5:0] VCDCSL[5:0]
2bh
R/W ……
VCDCSL[5:0]=10h, VCOMDC=1.32V
……
VCDCSL[5:0]=3eh, VCOMDC=2.24V
VCDCSL[5:0]=3fh, VCOMDC=2.26V
Note: VCOMDC always keep 1.86V When VPSW=”1”. The OTP value effect in VPSW=0.
NewVision Microelectronics, Inc.
Ver. 0.4
Page 25
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
R0F VCOMAC Level Control Register
Bit
Name
Initial
R/W
Bit[7:6]
VGLSL
10
R/W
Bit[5:4]
VGHSL
10
R/W
Bit[3:0]
VCACSL[3:0]
0101
R/W
Description
VGLSL level control register
VGLSL Level=1V/Step
VGHSL level control register
VGHSL Level=1V/Step
VCOMAC level control register
VCOMAC level=0.1V/Step @ VDDA =5.0V
VCACSL [3:0]
VCSL3
VCSL2
VCSL1
VCSL0
Level(V)
0
0
0
0
4.6
0
0
0
1
4.7
0
0
1
0
4.8
0
0
1
1
4.9
0
1
0
0
5.0
0
1
0
1
5.1(Default)
0
1
1
0
5.2
0
1
1
1
5.3
1
0
0
0
5.4
1
0
0
1
5.5
1
0
1
0
5.6
1
0
1
1
5.7
1
1
*
*
Note: When VPSW=”1”. The register can’t be used and VCOMAC always keep 5.0V.
Make sure to set VCOMAC < VINT1-0.3V.
VGHSL [5:4]
VGHSL1
VGHSL0
0
0
0
1
1
1
1
0
When VPSW=”1”. The register can’t be used and VGH always keep 15V.
VGH(V)
12
13
14
15(default)
VGHSL [7:6]
VGLSL1
VGLSL0
0
0
0
1
1
1
1
0
When VPSW=”1”. The register can’t be used and VGL always keep -7V.
VGL(V)
-7(default)
-8
-9
-10
R10: VGAM2 Level Control Register
Bit
Bit[7:5]
Name
-
Initial
-
R/W
-
Bit[4]
GAMEN
0b
R/W
Bit[3]
V2GAM
[2:0]
-
-
100b
R/W
Bit[2:0]
NewVision Microelectronics, Inc.
Description
Reserve
GAMMA adjustment enable control register. (adjustable voltage for V2-V6)
GAEN=”0” or VSET=1, Gamma correction disabled.
GAEN=”1” & VSET=0, Gamma correction enabled.
Reserve
V2 GAMMA voltage level setting. Function enabled when VSET=”0”
Adjust level=22mV /Step
Ver. 0.4
Page 26
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
R11: VGAM3/4 Level Control Register
Bit
Bit[7:6]
Name
-
Initial
-
R/W
-
Bit[5:3]
V4GAM [2:0]
100b
R/W
Bit[2:0]
V3GAM [2:0]
100b
R/W
Description
Reserve
V4 GAMMA voltage level setting. Function enabled when VSET=”0”
Adjust level=22mV/Step
V3 GAMMA voltage level setting. Function enabled when VSET=”0”
Adjust level=22mV /Step
R12: VGAM5/6 Level Control Register
Bit
Bit[10:6]
Bit[5:3]
Bit[2:0]
Name
V6GAM
[2:0]
V5GAM
[2:0]
Initial
-
R/W
-
100b
R/W
100b
R/W
Description
Reserve
V6 GAMMA voltage level setting. Function enabled when VSET=”0”
Adjust level=22mV/Step
V5 GAMMA voltage level setting. Function enabled when VSET=”0”
Adjust level=22mV /Step
V2GAM/ V3GAM/ V4GAM/ V5GAM/ V6GAM Level Control Register Setting Table
VxGMA2
VxGMA1
0
0
0
0
0
1
0
1
1
0
1
0
1
1
1
1
Note: x=2, 3, 4, 5, 6
VxGMA0
0
1
0
1
0
1
0
1
Voltage level
+88
+66
+44
+22
+0(Default)
-22
-44
-66
Unit
mV
mV
mV
mV
mV
mV
mV
mV
Note
Refer to the Gamma Table for the
default voltage level of V2~V6
R1D: OTP Operation Control Register
Bit
Name
Initial
R/W
Bit[7:0]
PDIN
00b
R/W
Description
Program data for OTP
R1E: OTP Operation Control Register
Bit
Name
Bit[7]
Bit[6]
Bit[5]
Bit[4]
Bit[3:2]
Bit[1:0]
PPROG
PSWSL
PWE
POR
PTM[1:0]
PA[1:0]
Initia
l
0b
0b
0b
0b
00b
00b
R/W
Description
R/W
R/W
R/W
R/W
R/W
R/W
Program mode enabling.
Power supply select.
Define program cycle.
Generate a pulse to read OTP.
Test mode.
Programming address.
R1F OTP Operation Control Register
Bit
Name
Initial
R/
W
Bit[0]
OTPSEL
0b
R/W
Description
OTP bank select.
Note: Burning data for VCDCSL/VCACSL do not need external HV power supply and can be programmed 3 times.
NewVision Microelectronics, Inc.
Ver. 0.4
Page 27
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
7. Power On/Off Sequence
7.1. Power-On Timing Sequence
TPOR
VCI/VCIP/VDDIO
RSTB
SPI I/F
STBYB
Invalid
Valid
Invalid
1
2
3
4
5
6
7
8
9
VSD
VDDA
SO0~SO959
ground
VCOMOUT
ground
Normal operation
Normal operation
Backlight
7.2 Power-Off Timing Sequence
NewVision Microelectronics, Inc.
Ver. 0.4
Page 28
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
8. DC Electrical Characteristics
(Test Condition: VCI=VCIP=3.3V, VDDA=5.0V, VSS=GNDA=VSSP=0V, TA=25℃)
Parameter
Power Supply Voltage
I/O power supply
Pump circuits supply
Low power supply
Low Level Input
Voltage
High Level Input
Voltage
Input Leakage Current
High Level Output
Voltage
Low Level Output
Voltage
2xVCI pump output
level
Symbol
VCI
VDDIO
VCIP
VDD
Min.
3.0
VDD
3.0
1.6
Typ.
3.3
3.3
3.3
1.8
Max.
3.6
3.6
3.6
2.0
Unit
V
V
V
V
Vil
VSS
-
0.2xVDDIO
V
Digital input pins TA=25℃
Vih
0.8xVDDIO
-
VDDIO
V
Digital input pins TA=25℃
Ii
-
-
±1
μA
Voh
VDDIO-0.4
-
VDDIO
V
Vol
VSS
-
VSS+0.4
V
Digital input pins
Digital output pins;
Ioh=400μA
Digital output pins; Iol=
-400μA
VINT1
5.2
5.5
5.8
V
Analog power voltage
VDDA
4.5
5.0
VINT1-0.3
V
VCOMAC output level
VCOMA
C
4.6
-
VINT1-0.3
V
VCOMDC output level
VCOMD
C
1.0
-
2.26
V
Positive power supply
Negative power supply
Base drive current
DRV output voltage
VGH
VGL
IDRV
VDRV
14.5
-10
VSS+0.1
15
-8
-
15.5
-6
10
VCI-0.1
V
V
mA
V
Feed back voltage
VFB
0.55
0.6
0.65
V
Voltage Deviation of
Outputs
Vvd
-
±20
±35
mV
±15
±25
mV
Low-Level Output
Current of VCOMOUT
IOLF
-
-10
-
mA
High-Level Output
Current of VCOMOUT
IOHF
-
10
-
mA
IOLS
-
-30
-
μA
Son=Vo V.S. (Vo+0.9)
IOHS
-
30
-
μA
Son=Vo V.S. (Vo-0.9)
IOLG
-
-250
-
μA
IOHG
-
250
-
μA
Chip Stand-by Current
Idds
-
15
50
μA
Chip Operating Current
Idda
-
10
-
mA
Source Low-Level
Output Current
Source High-Level
Output Current
Gate Low-Level Output
Current
Gate High-Level
Output Current
NewVision Microelectronics, Inc.
Ver. 0.4
Conditions
VCIP=3.3V, w/o panel loading
Analog circuit power from
Power Block
By VCSL[2:0] setting
VCOMAC=V(VCSL[3:0])±100mV
By VCDCSL[5:0] setting
VCOMDC=
V(VCDCSL[5:0])±50mV
Gate driver load + procard load
Gate driver load + procard load
VCIP=3.3V, DRV=0.7V
DC/DC operating, VBL
current=20mA
Vo=0.1V~0.5V &
VDDA-0.5V~VDDA-0.1V
Vo=0.5V~VDDA-0.5V
Force VCOMAC=6.0V
VCOMOUT output=0V V.S
0.9V
Force VCOMAC=6.0V
VCOMOUT output=6.0V V.S
5.1V
GOn; Vo=VGL V.S.
(VGL+0.5)
GOn; Vo=VGL V.S. (VGH0.5)
STBYB=”0”, all function are
shutdown, CLKIN/VSD/HSD
halted
No load, CLKIN=27MHz,
Fld=15KHz
Page 29
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
9. AC Electrical Characteristics
9.1 Input Data Format
HSD
CLKIN
Ths
(RGB HV mode)
DIN[7:0]
DIN[7:0]
(RGB DE mode
0
1
2
3
4
5
6
7
8
R
G
B
R
G
B
R
G
-
-
-
-
-
-
-
-
-
R
G
B
R
G
B
R
G
-
-
-
-
-
-
-
-
-
Active Area
DEN
Total Area
Input Format
8bit RGB
24bit RGB
Format
Standard
8bit RGB
24bit RGB
CLKIN(MHz)
HSD(CLKIN)
27
6.4
1
1
Total Area
(CLKIN)
1716
408
Active Area
(CLKIN)
960
320
Note
960×240
9.2. Time Diagram
Clock and Data Input Timing Diagram
NewVision Microelectronics, Inc.
Ver. 0.4
Page 30
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
3-Wire Timing Diagram
Source Driver Output Timing Diagram
NewVision Microelectronics, Inc.
Ver. 0.4
Page 31
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Gate Driver Output Timing Diagram
1
2
Tstv
1
2
239
240
Vertical Timing Diagram (HV Mode)
NewVision Microelectronics, Inc.
Ver. 0.4
Page 32
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Vertical Timing Diagram (DE Mode)
Line 1
Line 2
Line 3
Line N-1
Line N
1
2
3
N-1
N
DE faling to Internal
VS=2048clk
DE faling Internal HS=2clk
Tstv: User define
Input Data Timing (24 bit RGB mode for 960×240 @ SEL[3:0]=1100b)
1
13 14
2
253 254
Default = 13 lines
1
2
1
2
Display lines = 240 lines
Total lines = 263 lines
70 71
Default = 70
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
B
Active Area=320 (RGB)
Total Area=408 CLKIN
NewVision Microelectronics, Inc.
Ver. 0.4
Page 33
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
9.3. Specifications
Test Condition: (VCI=VCIP=3.3V,VDDA=5.0V,VSS=GNDA=VSSP=0V,TA=25℃)
8 Bit RGB 960 CH Mode
Parameter
CLKIN frequency
CLKIN cycle time
CLKIN pulse duty
Time that HSD to 1st data
input(NTSC)
Symbol
Fclk
Tclk
Tcwh
Min.
40
Typ.
27
37
50
Max.
30
Conditions
VDD=3.0~3.6V
60
Unit
MHz
ns
%
Ths
35
70
255
CLKIN
DDLY=70,Offset=0(fixed)
Tclk
24 Bit RGB Mode (@ SEL[3:0]=1100 or 1101)
Parameter
CLKIN frequency
CLKIN cycle time
CLKIN pulse duty
Time that HSD to 1st data
input(NTSC)
Symbol
Fclk
Tclk
Tcwh
Min.
6.1
125
40
Typ.
6.4
156
50
Max.
8.0
164
60
Unit
MHz
ns
%
Conditions
VDD=3.0~3.6V
Ths
40
70
255
CLKIN
DDLY=70,Offset=0(fixed)
NewVision Microelectronics, Inc.
Ver. 0.4
Tclk
Page 34
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Parameter
System Operation Timing
VDD power source slew time
RSTB active pulse width
Input Output Timing
CLKIN clock time
HSD to CLKIN
HSD width
VSD width
HSD period time
VSD setup time
VSD hold time
HSD setup time
HSD hold time
Data set-up time
Data hold time
DEN setup time
Time that VSD to 1st line data
input
Symbol
Min.
TPOR
TRSTB
40
Tclk
Thc
Thwh
Tvwh
Th
Tvst
Tvhd
Thst
Thhd
Tdsu
Tdhd
Tesd
1
1
60
12
12
12
12
12
12
12
63.56
-
Tvs
2
Time that CCIR_V to 1st line
Tvs
data input
st
Time that CCIR_V to 1 line
Tvs
data input
Time that VSD to 1st line data
Tvs
input
Source output stable time 1
Tst
Gate output stable time
Tgst
VCOMOUT output stable time
Tcst
3-wire serial communication AC timing
Serial clock
Tspck
SPCK pulse duty
Tscdut
Serial data setup time
Tisu
Serial data hold time
Tihd
Serial clock high/low
Tssw
Chip select distinguish
Tcd
SPENA to VSD
Tcv
SPENB input setup time
Teck
SPENB input hold time
Tcke
Typ.
Max.
Unit
Conditions
1000
us
us
From 0V to 90% VDD
VDD=3.3V
35.7
1
67
-
ns
CLKIN
CLKIN
Th
us
ns
ns
ns
ns
ns
ns
ns
Please refer to timing table(P25)
13
127
Th
12
20
28
Th
17
25
33
Th
2
13
127
Th
-
25
500
4
30
1000
8
us
ns
us
320
40
120
120
120
1
1
150
150
50
-
60
-
ns
%
ns
ns
ns
us
us
Ns
ns
DIN[23:0] to CLKIN
DIN[23:0] to CLKIN
DEN to CLKIN
@CIR601/8bit RGB HV mode
Control by HDLY[6:0] setting
Tvs=HDLY[6:0]
@CCIR656 NTSC mode Control by
HDLY[6:0] setting Tvs=HDLY[6:0]
@CCIR656 PAL mode Control by
HDLY[6:0] setting Tvs=HDLY[6:0]
@24bit RGB HV mode Control by
HDLY[6:0] setting Tvs=HDLY[6:0]
96% final, CL=30pF, RL=2K
96% final, CL=40pF
96% final, CL=33nF, RL=100ohm
Tckh/Tspck
10. Absolute Maximum Ratings
Logic supply voltage, VCI
Analog supply voltage, VDDA
Supply voltage, VCIP
Supply voltage, V1~V6
VGH~VGL
Storage temperature
Operating temperature
-0.5V to +5V
-0.5V to +7.5V
-0.5V to +5.5V
-0.3~VDDA+0.3
-0.3~+25V
-55℃ to +125℃
-20℃ to +85 ℃
Stress above those listed under “Absolute Maximum Ratings” may cause permanent damage to the device. These are stress
ratings only. Functional operation of this device at these or under any other conditions above those indicated in the
operational sections of this specification are not implied and exposure to absolute maximum rating conditions for extended
periods may affect device reliability.
NewVision Microelectronics, Inc.
Ver. 0.4
Page 35
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
11. Chip Bump Information
11.1. Pad Location
(700)
E2
E6
E4
E4
DUM
G1
G3
DUM
G5
C4M
G237
COM1_L
G239
COM1_R
COM1_L
COM1_R
DUM
COM1_R
COM1_R
C1AP
C1AP
COM1_R
S960
S959
S958
C1AM
C1AM
C1M
C1M
C1P
S482
S481
DUM
V1
DUM
E1 (21310)
DUM
V2
DUM
DUM
DUM
DUM
DUM
V6
DUM
V7
S480
S479
DIN1
DIN0
DATASEQ
VCC
VCC
VCC
S3
S2
S1
GND
COM2_R
COM2_R
GND
COM2_R
COM2_R
GND
COM2_R
G240
COM2_L
G238
COM2_L
DUM
View
G6
G4
G2
Bumper
DUM
E4
NewVision Microelectronics, Inc.
Bumper
Chip
E4
Ver. 0.4
Page 36
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
©2013
Alignment Mark
Bump Information
Symbol
Dimension(um)
B
17
B3
83
C
100
C1
127
C2
27
C4
90
D2
57
E1
21290(Max)
E2
680(Max)
E4
65(Max)
E5
57(Max)
E6
40
*Remark: Chip dimension include scribe line
NewVision Microelectronics, Inc.
Ver. 0.4
Page 37
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
11.2. Pad coordination
Pad
Name
X
Y
Pad
Name
X
Y
Pad
Name
X
Y
1
2
DUMMY
G<2>
10579.575
10545.6
281.5
141.5
53
54
G<104>
G<106>
9678.75
9661.75
281.5
141.5
105
106
G<208>
G<210>
8794.9
8777.925
281.5
141.5
3
4
G<4>
G<6>
10528.6
10511.6
281.5
141.5
55
56
G<108>
G<110>
9644.75
9627.75
281.5
141.5
107
108
G<212>
G<214>
8760.925
8743.925
281.5
141.5
5
6
G<8>
G<10>
10494.6
10477.6
281.5
141.5
57
58
G<112>
G<114>
9610.75
9593.775
281.5
141.5
109
110
G<216>
G<218>
8726.925
8709.925
281.5
141.5
7
8
G<12>
G<14>
10460.6
10443.6
281.5
141.5
59
60
G<116>
G<118>
9576.775
9559.775
281.5
141.5
111
112
G<220>
G<222>
8692.925
8675.925
281.5
141.5
9
10
G<16>
G<18>
10426.6
10409.625
281.5
141.5
61
62
G<120>
G<122>
9542.775
9525.775
281.5
141.5
113
114
G<224>
G<226>
8658.925
8641.95
281.5
141.5
11
12
G<20>
G<22>
10392.625
10375.625
281.5
141.5
63
64
G<124>
G<126>
9508.775
9491.775
281.5
141.5
115
116
G<228>
G<230>
8624.95
8607.95
281.5
141.5
13
14
G<24>
G<26>
10358.625
10341.625
281.5
141.5
65
66
G<128>
G<130>
9474.775
9457.8
281.5
141.5
117
118
G<232>
G<234>
8590.95
8573.95
281.5
141.5
15
16
G<28>
G<30>
10324.625
10307.625
281.5
141.5
67
68
G<132>
G<134>
9440.8
9423.8
281.5
141.5
119
120
G<236>
G<238>
8556.95
8539.95
281.5
141.5
17
18
G<32>
G<34>
10290.625
10273.65
281.5
141.5
69
70
G<136>
G<138>
9406.8
9389.8
281.5
141.5
121
122
G<240>
COM2_L
8522.95
8483.975
281.5
281.5
19
20
G<36>
G<38>
10256.65
10239.65
281.5
141.5
71
72
G<140>
G<142>
9372.8
9355.8
281.5
141.5
123
124
COM2_L
COM2_L
8449.975
8415.975
281.5
281.5
21
22
G<40>
G<42>
10222.65
10205.65
281.5
141.5
73
74
G<144>
G<146>
9338.8
9321.825
281.5
141.5
125
126
COM2_L
COM2_L
8381.975
8347.975
281.5
281.5
23
24
G<44>
G<46>
10188.65
10171.65
281.5
141.5
75
76
G<148>
G<150>
9304.825
9287.825
281.5
141.5
127
128
S<1>
S<2>
8309
8292
281.5
141.5
25
26
G<48>
G<50>
10154.65
10137.675
281.5
141.5
77
78
G<152>
G<154>
9270.825
9253.825
281.5
141.5
129
130
S<3>
S<4>
8275
8258
281.5
141.5
27
28
G<52>
G<54>
10120.675
10103.675
281.5
141.5
79
80
G<156>
G<158>
9236.825
9219.825
281.5
141.5
131
132
S<5>
S<6>
8241
8224
281.5
141.5
29
30
G<56>
G<58>
10086.675
10069.675
281.5
141.5
81
82
G<160>
G<162>
9202.825
9185.85
281.5
141.5
133
134
S<7>
S<8>
8207
8190
281.5
141.5
31
32
G<60>
G<62>
10052.675
10035.675
281.5
141.5
83
84
G<164>
G<166>
9168.85
9151.85
281.5
141.5
135
136
S<9>
S<10>
8173.025
8156.025
281.5
141.5
33
34
G<64>
G<66>
10018.675
10001.7
281.5
141.5
85
86
G<168>
G<170>
9134.85
9117.85
281.5
141.5
137
138
S<11>
S<12>
8139.025
8122.025
281.5
141.5
35
36
G<68>
G<70>
9984.7
9967.7
281.5
141.5
87
88
G<172>
G<174>
9100.85
9083.85
281.5
141.5
139
140
S<13>
S<14>
8105.025
8088.025
281.5
141.5
37
38
G<72>
G<74>
9950.7
9933.7
281.5
141.5
89
90
G<176>
G<178>
9066.85
9049.875
281.5
141.5
141
142
S<15>
S<16>
8071.025
8054.025
281.5
141.5
39
40
G<76>
G<78>
9916.7
9899.7
281.5
141.5
91
92
G<180>
G<182>
9032.875
9015.875
281.5
141.5
143
144
S<17>
S<18>
8037.05
8020.05
281.5
141.5
41
42
G<80>
G<82>
9882.7
9865.725
281.5
141.5
93
94
G<184>
G<186>
8998.875
8981.875
281.5
141.5
145
146
S<19>
S<20>
8003.05
7986.05
281.5
141.5
43
44
G<84>
G<86>
9848.725
9831.725
281.5
141.5
95
96
G<188>
G<190>
8964.875
8947.875
281.5
141.5
147
148
S<21>
S<22>
7969.05
7952.05
281.5
141.5
45
46
G<88>
G<90>
9814.725
9797.725
281.5
141.5
97
98
G<192>
G<194>
8930.875
8913.9
281.5
141.5
149
150
S<23>
S<24>
7935.05
7918.05
281.5
141.5
47
48
G<92>
G<94>
9780.725
9763.725
281.5
141.5
99
100
G<196>
G<198>
8896.9
8879.9
281.5
141.5
151
152
S<25>
S<26>
7901.075
7884.075
281.5
141.5
49
50
G<96>
G<98>
9746.725
9729.75
281.5
141.5
101
102
G<200>
G<202>
8862.9
8845.9
281.5
141.5
153
154
S<27>
S<28>
7867.075
7850.075
281.5
141.5
51
52
G<100>
G<102>
9712.75
9695.75
281.5
141.5
103
104
G<204>
G<206>
8828.9
8811.9
281.5
141.5
155
156
S<29>
S<30>
7833.075
7816.075
281.5
141.5
NewVision Microelectronics, Inc.
Ver. 0.4
Page 38
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Pad
Name
X
Y
Pad
Name
X
Y
Pad
Name
X
Y
157
S<31>
7799.075
281.5
209
S<83>
6915.25
281.5
261
S<135>
6031.4
281.5
158
159
S<32>
S<33>
7782.075
7765.1
141.5
281.5
210
211
S<84>
S<85>
6898.25
6881.25
141.5
281.5
262
263
S<136>
S<137>
6014.4
5997.425
141.5
281.5
160
161
S<34>
S<35>
7748.1
7731.1
141.5
281.5
212
213
S<86>
S<87>
6864.25
6847.25
141.5
281.5
264
265
S<138>
S<139>
5980.425
5963.425
141.5
281.5
162
163
S<36>
S<37>
7714.1
7697.1
141.5
281.5
214
215
S<88>
S<89>
6830.25
6813.275
141.5
281.5
266
267
S<140>
S<141>
5946.425
5929.425
141.5
281.5
164
165
S<38>
S<39>
7680.1
7663.1
141.5
281.5
216
217
S<90>
S<91>
6796.275
6779.275
141.5
281.5
268
269
S<142>
S<143>
5912.425
5895.425
141.5
281.5
166
167
S<40>
S<41>
7646.1
7629.125
141.5
281.5
218
219
S<92>
S<93>
6762.275
6745.275
141.5
281.5
270
271
S<144>
S<145>
5878.425
5861.45
141.5
281.5
168
169
S<42>
S<43>
7612.125
7595.125
141.5
281.5
220
221
S<94>
S<95>
6728.275
6711.275
141.5
281.5
272
273
S<146>
S<147>
5844.45
5827.45
141.5
281.5
170
171
S<44>
S<45>
7578.125
7561.125
141.5
281.5
222
223
S<96>
S<97>
6694.275
6677.3
141.5
281.5
274
275
S<148>
S<149>
5810.45
5793.45
141.5
281.5
172
173
S<46>
S<47>
7544.125
7527.125
141.5
281.5
224
225
S<98>
S<99>
6660.3
6643.3
141.5
281.5
276
277
S<150>
S<151>
5776.45
5759.45
141.5
281.5
174
175
S<48>
S<49>
7510.125
7493.15
141.5
281.5
226
227
S<100>
S<101>
6626.3
6609.3
141.5
281.5
278
279
S<152>
S<153>
5742.45
5725.475
141.5
281.5
176
177
S<50>
S<51>
7476.15
7459.15
141.5
281.5
228
229
S<102>
S<103>
6592.3
6575.3
141.5
281.5
280
281
S<154>
S<155>
5708.475
5691.475
141.5
281.5
178
179
S<52>
S<53>
7442.15
7425.15
141.5
281.5
230
231
S<104>
S<105>
6558.3
6541.325
141.5
281.5
282
283
S<156>
S<157>
5674.475
5657.475
141.5
281.5
180
181
S<54>
S<55>
7408.15
7391.15
141.5
281.5
232
233
S<106>
S<107>
6524.325
6507.325
141.5
281.5
284
285
S<158>
S<159>
5640.475
5623.475
141.5
281.5
182
183
S<56>
S<57>
7374.15
7357.175
141.5
281.5
234
235
S<108>
S<109>
6490.325
6473.325
141.5
281.5
286
287
S<160>
S<161>
5606.475
5589.5
141.5
281.5
184
185
S<58>
S<59>
7340.175
7323.175
141.5
281.5
236
237
S<110>
S<111>
6456.325
6439.325
141.5
281.5
288
289
S<162>
S<163>
5572.5
5555.5
141.5
281.5
186
187
S<60>
S<61>
7306.175
7289.175
141.5
281.5
238
239
S<112>
S<113>
6422.325
6405.35
141.5
281.5
290
291
S<164>
S<165>
5538.5
5521.5
141.5
281.5
188
189
S<62>
S<63>
7272.175
7255.175
141.5
281.5
240
241
S<114>
S<115>
6388.35
6371.35
141.5
281.5
292
293
S<166>
S<167>
5504.5
5487.5
141.5
281.5
190
191
S<64>
S<65>
7238.175
7221.2
141.5
281.5
242
243
S<116>
S<117>
6354.35
6337.35
141.5
281.5
294
295
S<168>
S<169>
5470.5
5453.525
141.5
281.5
192
193
S<66>
S<67>
7204.2
7187.2
141.5
281.5
244
245
S<118>
S<119>
6320.35
6303.35
141.5
281.5
296
297
S<170>
S<171>
5436.525
5419.525
141.5
281.5
194
195
S<68>
S<69>
7170.2
7153.2
141.5
281.5
246
247
S<120>
S<121>
6286.35
6269.375
141.5
281.5
298
299
S<172>
S<173>
5402.525
5385.525
141.5
281.5
196
197
S<70>
S<71>
7136.2
7119.2
141.5
281.5
248
249
S<122>
S<123>
6252.375
6235.375
141.5
281.5
300
301
S<174>
S<175>
5368.525
5351.525
141.5
281.5
198
199
S<72>
S<73>
7102.2
7085.225
141.5
281.5
250
251
S<124>
S<125>
6218.375
6201.375
141.5
281.5
302
303
S<176>
S<177>
5334.525
5317.55
141.5
281.5
200
201
S<74>
S<75>
7068.225
7051.225
141.5
281.5
252
253
S<126>
S<127>
6184.375
6167.375
141.5
281.5
304
305
S<178>
S<179>
5300.55
5283.55
141.5
281.5
202
203
S<76>
S<77>
7034.225
7017.225
141.5
281.5
254
255
S<128>
S<129>
6150.375
6133.4
141.5
281.5
306
307
S<180>
S<181>
5266.55
5249.55
141.5
281.5
204
205
S<78>
S<79>
7000.225
6983.225
141.5
281.5
256
257
S<130>
S<131>
6116.4
6099.4
141.5
281.5
308
309
S<182>
S<183>
5232.55
5215.55
141.5
281.5
206
207
S<80>
S<81>
6966.225
6949.25
141.5
281.5
258
259
S<132>
S<133>
6082.4
6065.4
141.5
281.5
310
311
S<184>
S<185>
5198.55
5181.575
141.5
281.5
208
S<82>
6932.25
141.5
260
S<134>
6048.4
141.5
312
S<186>
5164.575
141.5
NewVision Microelectronics, Inc.
Ver. 0.4
Page 39
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Pad
Name
X
Y
Pad
Name
X
Y
Pad
Name
X
Y
313
314
S<187>
S<188>
5147.575
5130.575
281.5
141.5
365
366
S<239>
S<240>
4263.725
4246.725
281.5
141.5
417
418
S<291>
S<292>
3379.9
3362.9
281.5
141.5
315
316
S<189>
S<190>
5113.575
5096.575
281.5
141.5
367
368
S<241>
S<242>
4229.75
4212.75
281.5
141.5
419
420
S<293>
S<294>
3345.9
3328.9
281.5
141.5
317
318
S<191>
S<192>
5079.575
5062.575
281.5
141.5
369
370
S<243>
S<244>
4195.75
4178.75
281.5
141.5
421
422
S<295>
S<296>
3311.9
3294.9
281.5
141.5
319
320
S<193>
S<194>
5045.6
5028.6
281.5
141.5
371
372
S<245>
S<246>
4161.75
4144.75
281.5
141.5
423
424
S<297>
S<298>
3277.925
3260.925
281.5
141.5
321
322
S<195>
S<196>
5011.6
4994.6
281.5
141.5
373
374
S<247>
S<248>
4127.75
4110.75
281.5
141.5
425
426
S<299>
S<300>
3243.925
3226.925
281.5
141.5
323
324
S<197>
S<198>
4977.6
4960.6
281.5
141.5
375
376
S<249>
S<250>
4093.775
4076.775
281.5
141.5
427
428
S<301>
S<302>
3209.925
3192.925
281.5
141.5
325
326
S<199>
S<200>
4943.6
4926.6
281.5
141.5
377
378
S<251>
S<252>
4059.775
4042.775
281.5
141.5
429
430
S<303>
S<304>
3175.925
3158.925
281.5
141.5
327
328
S<201>
S<202>
4909.625
4892.625
281.5
141.5
379
380
S<253>
S<254>
4025.775
4008.775
281.5
141.5
431
432
S<305>
S<306>
3141.95
3124.95
281.5
141.5
329
330
S<203>
S<204>
4875.625
4858.625
281.5
141.5
381
382
S<255>
S<256>
3991.775
3974.775
281.5
141.5
433
434
S<307>
S<308>
3107.95
3090.95
281.5
141.5
331
332
S<205>
S<206>
4841.625
4824.625
281.5
141.5
383
384
S<257>
S<258>
3957.8
3940.8
281.5
141.5
435
436
S<309>
S<310>
3073.95
3056.95
281.5
141.5
333
334
S<207>
S<208>
4807.625
4790.625
281.5
141.5
385
386
S<259>
S<260>
3923.8
3906.8
281.5
141.5
437
438
S<311>
S<312>
3039.95
3022.95
281.5
141.5
335
336
S<209>
S<210>
4773.65
4756.65
281.5
141.5
387
388
S<261>
S<262>
3889.8
3872.8
281.5
141.5
439
440
S<313>
S<314>
3005.975
2988.975
281.5
141.5
337
338
S<211>
S<212>
4739.65
4722.65
281.5
141.5
389
390
S<263>
S<264>
3855.8
3838.8
281.5
141.5
441
442
S<315>
S<316>
2971.975
2954.975
281.5
141.5
339
340
S<213>
S<214>
4705.65
4688.65
281.5
141.5
391
392
S<265>
S<266>
3821.825
3804.825
281.5
141.5
443
444
S<317>
S<318>
2937.975
2920.975
281.5
141.5
341
342
S<215>
S<216>
4671.65
4654.65
281.5
141.5
393
394
S<267>
S<268>
3787.825
3770.825
281.5
141.5
445
446
S<319>
S<320>
2903.975
2886.975
281.5
141.5
343
344
S<217>
S<218>
4637.675
4620.675
281.5
141.5
395
396
S<269>
S<270>
3753.825
3736.825
281.5
141.5
447
448
S<321>
S<322>
2870
2853
281.5
141.5
345
346
S<219>
S<220>
4603.675
4586.675
281.5
141.5
397
398
S<271>
S<272>
3719.825
3702.825
281.5
141.5
449
450
S<323>
S<324>
2836
2819
281.5
141.5
347
348
S<221>
S<222>
4569.675
4552.675
281.5
141.5
399
400
S<273>
S<274>
3685.85
3668.85
281.5
141.5
451
452
S<325>
S<326>
2802
2785
281.5
141.5
349
350
S<223>
S<224>
4535.675
4518.675
281.5
141.5
401
402
S<275>
S<276>
3651.85
3634.85
281.5
141.5
453
454
S<327>
S<328>
2768
2751
281.5
141.5
351
352
S<225>
S<226>
4501.7
4484.7
281.5
141.5
403
404
S<277>
S<278>
3617.85
3600.85
281.5
141.5
455
456
S<329>
S<330>
2734.025
2717.025
281.5
141.5
353
354
S<227>
S<228>
4467.7
4450.7
281.5
141.5
405
406
S<279>
S<280>
3583.85
3566.85
281.5
141.5
457
458
S<331>
S<332>
2700.025
2683.025
281.5
141.5
355
356
S<229>
S<230>
4433.7
4416.7
281.5
141.5
407
408
S<281>
S<282>
3549.875
3532.875
281.5
141.5
459
460
S<333>
S<334>
2666.025
2649.025
281.5
141.5
357
358
S<231>
S<232>
4399.7
4382.7
281.5
141.5
409
410
S<283>
S<284>
3515.875
3498.875
281.5
141.5
461
462
S<335>
S<336>
2632.025
2615.025
281.5
141.5
359
360
S<233>
S<234>
4365.725
4348.725
281.5
141.5
411
412
S<285>
S<286>
3481.875
3464.875
281.5
141.5
463
464
S<337>
S<338>
2598.05
2581.05
281.5
141.5
361
362
S<235>
S<236>
4331.725
4314.725
281.5
141.5
413
414
S<287>
S<288>
3447.875
3430.875
281.5
141.5
465
466
S<339>
S<340>
2564.05
2547.05
281.5
141.5
363
364
S<237>
S<238>
4297.725
4280.725
281.5
141.5
415
416
S<289>
S<290>
3413.9
3396.9
281.5
141.5
467
468
S<341>
S<342>
2530.05
2513.05
281.5
141.5
NewVision Microelectronics, Inc.
Ver. 0.4
Page 40
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NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
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Name
X
Y
Pad
Name
X
Y
Pad
Name
X
Y
469
470
S<343>
S<344>
2496.05
2479.05
281.5
141.5
521
522
S<395>
S<396>
1612.225
1595.225
281.5
141.5
573
574
S<447>
S<448>
728.375
711.375
281.5
141.5
471
472
S<345>
S<346>
2462.075
2445.075
281.5
141.5
523
524
S<397>
S<398>
1578.225
1561.225
281.5
141.5
575
576
S<449>
S<450>
694.4
677.4
281.5
141.5
473
474
S<347>
S<348>
2428.075
2411.075
281.5
141.5
525
526
S<399>
S<400>
1544.225
1527.225
281.5
141.5
577
578
S<451>
S<452>
660.4
643.4
281.5
141.5
475
476
S<349>
S<350>
2394.075
2377.075
281.5
141.5
527
528
S<401>
S<402>
1510.25
1493.25
281.5
141.5
579
580
S<453>
S<454>
626.4
609.4
281.5
141.5
477
478
S<351>
S<352>
2360.075
2343.075
281.5
141.5
529
530
S<403>
S<404>
1476.25
1459.25
281.5
141.5
581
582
S<455>
S<456>
592.4
575.4
281.5
141.5
479
480
S<353>
S<354>
2326.1
2309.1
281.5
141.5
531
532
S<405>
S<406>
1442.25
1425.25
281.5
141.5
583
584
S<457>
S<458>
558.425
541.425
281.5
141.5
481
482
S<355>
S<356>
2292.1
2275.1
281.5
141.5
533
534
S<407>
S<408>
1408.25
1391.25
281.5
141.5
585
586
S<459>
S<460>
524.425
507.425
281.5
141.5
483
484
S<357>
S<358>
2258.1
2241.1
281.5
141.5
535
536
S<409>
S<410>
1374.275
1357.275
281.5
141.5
587
588
S<461>
S<462>
490.425
473.425
281.5
141.5
485
486
S<359>
S<360>
2224.1
2207.1
281.5
141.5
537
538
S<411>
S<412>
1340.275
1323.275
281.5
141.5
589
590
S<463>
S<464>
456.425
439.425
281.5
141.5
487
488
S<361>
S<362>
2190.125
2173.125
281.5
141.5
539
540
S<413>
S<414>
1306.275
1289.275
281.5
141.5
591
592
S<465>
S<466>
422.45
405.45
281.5
141.5
489
490
S<363>
S<364>
2156.125
2139.125
281.5
141.5
541
542
S<415>
S<416>
1272.275
1255.275
281.5
141.5
593
594
S<467>
S<468>
388.45
371.45
281.5
141.5
491
492
S<365>
S<366>
2122.125
2105.125
281.5
141.5
543
544
S<417>
S<418>
1238.3
1221.3
281.5
141.5
595
596
S<469>
S<470>
354.45
337.45
281.5
141.5
493
494
S<367>
S<368>
2088.125
2071.125
281.5
141.5
545
546
S<419>
S<420>
1204.3
1187.3
281.5
141.5
597
598
S<471>
S<472>
320.45
303.45
281.5
141.5
495
496
S<369>
S<370>
2054.15
2037.15
281.5
141.5
547
548
S<421>
S<422>
1170.3
1153.3
281.5
141.5
599
600
S<473>
S<474>
286.475
269.475
281.5
141.5
497
498
S<371>
S<372>
2020.15
2003.15
281.5
141.5
549
550
S<423>
S<424>
1136.3
1119.3
281.5
141.5
601
602
S<475>
S<476>
252.475
235.475
281.5
141.5
499
500
S<373>
S<374>
1986.15
1969.15
281.5
141.5
551
552
S<425>
S<426>
1102.325
1085.325
281.5
141.5
603
604
S<477>
S<478>
218.475
201.475
281.5
141.5
501
502
S<375>
S<376>
1952.15
1935.15
281.5
141.5
553
554
S<427>
S<428>
1068.325
1051.325
281.5
141.5
605
606
S<479>
S<480>
184.475
167.475
281.5
141.5
503
504
S<377>
S<378>
1918.175
1901.175
281.5
141.5
555
556
S<429>
S<430>
1034.325
1017.325
281.5
141.5
607
608
DUMMY
DUMMY
136.5
102.5
281.5
281.5
505
506
S<379>
S<380>
1884.175
1867.175
281.5
141.5
557
558
S<431>
S<432>
1000.325
983.325
281.5
141.5
609
610
DUMMY
DUMMY
68.5
34.5
281.5
281.5
507
508
S<381>
S<382>
1850.175
1833.175
281.5
141.5
559
560
S<433>
S<434>
966.35
949.35
281.5
141.5
611
612
DUMMY
DUMMY
0
-34.5
281.5
281.5
509
510
S<383>
S<384>
1816.175
1799.175
281.5
141.5
561
562
S<435>
S<436>
932.35
915.35
281.5
141.5
613
614
DUMMY
DUMMY
-68.5
-102.5
281.5
281.5
511
512
S<385>
S<386>
1782.2
1765.2
281.5
141.5
563
564
S<437>
S<438>
898.35
881.35
281.5
141.5
615
616
DUMMY
S<481>
-136.5
-167.475
281.5
141.5
513
514
S<387>
S<388>
1748.2
1731.2
281.5
141.5
565
566
S<439>
S<440>
864.35
847.35
281.5
141.5
617
618
S<482>
S<483>
-184.475
-201.475
281.5
141.5
515
516
S<389>
S<390>
1714.2
1697.2
281.5
141.5
567
568
S<441>
S<442>
830.375
813.375
281.5
141.5
619
620
S<484>
S<485>
-218.475
-235.475
281.5
141.5
517
518
S<391>
S<392>
1680.2
1663.2
281.5
141.5
569
570
S<443>
S<444>
796.375
779.375
281.5
141.5
621
622
S<486>
S<487>
-252.475
-269.475
281.5
141.5
519
520
S<393>
S<394>
1646.225
1629.225
281.5
141.5
571
572
S<445>
S<446>
762.375
745.375
281.5
141.5
623
624
S<488>
S<489>
-286.475
-303.45
281.5
141.5
NewVision Microelectronics, Inc.
Ver. 0.4
Page 41
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
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625
S<490>
-320.45
281.5
677
S<542>
-1204.3
281.5
729
S<594>
-2088.125
281.5
626
S<491>
-337.45
141.5
678
S<543>
-1221.3
141.5
730
S<595>
-2105.125
141.5
627
S<492>
-354.45
281.5
679
S<544>
-1238.3
281.5
731
S<596>
-2122.125
281.5
628
S<493>
-371.45
141.5
680
S<545>
-1255.275
141.5
732
S<597>
-2139.125
141.5
629
S<494>
-388.45
281.5
681
S<546>
-1272.275
281.5
733
S<598>
-2156.125
281.5
630
S<495>
-405.45
141.5
682
S<547>
-1289.275
141.5
734
S<599>
-2173.125
141.5
631
S<496>
-422.45
281.5
683
S<548>
-1306.275
281.5
735
S<600>
-2190.125
281.5
632
S<497>
-439.425
141.5
684
S<549>
-1323.275
141.5
736
S<601>
-2207.1
141.5
633
S<498>
-456.425
281.5
685
S<550>
-1340.275
281.5
737
S<602>
-2224.1
281.5
634
S<499>
-473.425
141.5
686
S<551>
-1357.275
141.5
738
S<603>
-2241.1
141.5
635
S<500>
-490.425
281.5
687
S<552>
-1374.275
281.5
739
S<604>
-2258.1
281.5
636
S<501>
-507.425
141.5
688
S<553>
-1391.25
141.5
740
S<605>
-2275.1
141.5
637
S<502>
-524.425
281.5
689
S<554>
-1408.25
281.5
741
S<606>
-2292.1
281.5
638
S<503>
-541.425
141.5
690
S<555>
-1425.25
141.5
742
S<607>
-2309.1
141.5
639
S<504>
-558.425
281.5
691
S<556>
-1442.25
281.5
743
S<608>
-2326.1
281.5
640
S<505>
-575.4
141.5
692
S<557>
-1459.25
141.5
744
S<609>
-2343.075
141.5
641
S<506>
-592.4
281.5
693
S<558>
-1476.25
281.5
745
S<610>
-2360.075
281.5
642
S<507>
-609.4
141.5
694
S<559>
-1493.25
141.5
746
S<611>
-2377.075
141.5
643
S<508>
-626.4
281.5
695
S<560>
-1510.25
281.5
747
S<612>
-2394.075
281.5
644
S<509>
-643.4
141.5
696
S<561>
-1527.225
141.5
748
S<613>
-2411.075
141.5
645
S<510>
-660.4
281.5
697
S<562>
-1544.225
281.5
749
S<614>
-2428.075
281.5
646
S<511>
-677.4
141.5
698
S<563>
-1561.225
141.5
750
S<615>
-2445.075
141.5
647
S<512>
-694.4
281.5
699
S<564>
-1578.225
281.5
751
S<616>
-2462.075
281.5
648
S<513>
-711.375
141.5
700
S<565>
-1595.225
141.5
752
S<617>
-2479.05
141.5
649
S<514>
-728.375
281.5
701
S<566>
-1612.225
281.5
753
S<618>
-2496.05
281.5
650
S<515>
-745.375
141.5
702
S<567>
-1629.225
141.5
754
S<619>
-2513.05
141.5
651
S<516>
-762.375
281.5
703
S<568>
-1646.225
281.5
755
S<620>
-2530.05
281.5
652
S<517>
-779.375
141.5
704
S<569>
-1663.2
141.5
756
S<621>
-2547.05
141.5
653
S<518>
-796.375
281.5
705
S<570>
-1680.2
281.5
757
S<622>
-2564.05
281.5
654
S<519>
-813.375
141.5
706
S<571>
-1697.2
141.5
758
S<623>
-2581.05
141.5
655
S<520>
-830.375
281.5
707
S<572>
-1714.2
281.5
759
S<624>
-2598.05
281.5
656
S<521>
-847.35
141.5
708
S<573>
-1731.2
141.5
760
S<625>
-2615.025
141.5
657
S<522>
-864.35
281.5
709
S<574>
-1748.2
281.5
761
S<626>
-2632.025
281.5
658
S<523>
-881.35
141.5
710
S<575>
-1765.2
141.5
762
S<627>
-2649.025
141.5
659
S<524>
-898.35
281.5
711
S<576>
-1782.2
281.5
763
S<628>
-2666.025
281.5
660
S<525>
-915.35
141.5
712
S<577>
-1799.175
141.5
764
S<629>
-2683.025
141.5
661
S<526>
-932.35
281.5
713
S<578>
-1816.175
281.5
765
S<630>
-2700.025
281.5
662
S<527>
-949.35
141.5
714
S<579>
-1833.175
141.5
766
S<631>
-2717.025
141.5
663
S<528>
-966.35
281.5
715
S<580>
-1850.175
281.5
767
S<632>
-2734.025
281.5
664
S<529>
-983.325
141.5
716
S<581>
-1867.175
141.5
768
S<633>
-2751
141.5
665
S<530>
-1000.325
281.5
717
S<582>
-1884.175
281.5
769
S<634>
-2768
281.5
666
S<531>
-1017.325
141.5
718
S<583>
-1901.175
141.5
770
S<635>
-2785
141.5
667
S<532>
-1034.325
281.5
719
S<584>
-1918.175
281.5
771
S<636>
-2802
281.5
668
S<533>
-1051.325
141.5
720
S<585>
-1935.15
141.5
772
S<637>
-2819
141.5
669
S<534>
-1068.325
281.5
721
S<586>
-1952.15
281.5
773
S<638>
-2836
281.5
670
S<535>
-1085.325
141.5
722
S<587>
-1969.15
141.5
774
S<639>
-2853
141.5
671
S<536>
-1102.325
281.5
723
S<588>
-1986.15
281.5
775
S<640>
-2870
281.5
672
S<537>
-1119.3
141.5
724
S<589>
-2003.15
141.5
776
S<641>
-2886.975
141.5
673
S<538>
-1136.3
281.5
725
S<590>
-2020.15
281.5
777
S<642>
-2903.975
281.5
674
S<539>
-1153.3
141.5
726
S<591>
-2037.15
141.5
778
S<643>
-2920.975
141.5
675
S<540>
-1170.3
281.5
727
S<592>
-2054.15
281.5
779
S<644>
-2937.975
281.5
676
S<541>
-1187.3
141.5
728
S<593>
-2071.125
141.5
780
S<645>
-2954.975
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Ver. 0.4
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141.5
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-9559.775
281.5
141.5
1213
1214
G<15>
G<13>
-10426.6
-10443.6
281.5
141.5
1111
1112
G<219>
G<217>
-8692.925
-8709.925
281.5
141.5
1163
1164
G<115>
G<113>
-9576.775
-9593.775
281.5
141.5
1215
1216
G<11>
G<9>
-10460.6
-10477.6
281.5
141.5
1113
1114
G<215>
G<213>
-8726.925
-8743.925
281.5
141.5
1165
1166
G<111>
G<109>
-9610.75
-9627.75
281.5
141.5
1217
1218
G<7>
G<5>
-10494.6
-10511.6
281.5
141.5
1115
1116
G<211>
G<209>
-8760.925
-8777.925
281.5
141.5
1167
1168
G<107>
G<105>
-9644.75
-9661.75
281.5
141.5
1219
1220
G<3>
G<1>
-10528.6
-10545.6
281.5
141.5
1117
1118
G<207>
G<205>
-8794.9
-8811.9
281.5
141.5
1169
1170
G<103>
G<101>
-9678.75
-9695.75
281.5
141.5
1221
1222
DUMMY
DUMMY
-10579.575
-10412
281.5
-210
1119
1120
G<203>
G<201>
-8828.9
-8845.9
281.5
141.5
1171
1172
G<99>
G<97>
-9712.75
-9729.75
281.5
141.5
1223
1224
C4M
C4M
-10287
-10160
-210
-210
1121
1122
G<199>
G<197>
-8862.9
-8879.9
281.5
141.5
1173
1174
G<95>
G<93>
-9746.725
-9763.725
281.5
141.5
1225
1226
C4P
C4P
-10033
-9906
-210
-210
1123
1124
G<195>
G<193>
-8896.9
-8913.9
281.5
141.5
1175
1176
G<91>
G<89>
-9780.725
-9797.725
281.5
141.5
1227
1228
vgg!
vgg!
-9779
-9652
-210
-210
1125
1126
G<191>
G<189>
-8930.875
-8947.875
281.5
141.5
1177
1178
G<87>
G<85>
-9814.725
-9831.725
281.5
141.5
1229
1230
vgg!
C3M
-9525
-9398
-210
-210
1127
1128
G<187>
G<185>
-8964.875
-8981.875
281.5
141.5
1179
1180
G<83>
G<81>
-9848.725
-9865.725
281.5
141.5
1231
1232
C3M
C3P
-9271
-9144
-210
-210
1129
1130
G<183>
G<181>
-8998.875
-9015.875
281.5
141.5
1181
1182
G<79>
G<77>
-9882.7
-9899.7
281.5
141.5
1233
1234
C3P
C2P
-9017
-8890
-210
-210
1131
1132
G<179>
G<177>
-9032.875
-9049.875
281.5
141.5
1183
1184
G<75>
G<73>
-9916.7
-9933.7
281.5
141.5
1235
1236
C2P
C2M
-8763
-8636
-210
-210
1133
1134
G<175>
G<173>
-9066.85
-9083.85
281.5
141.5
1185
1186
G<71>
G<69>
-9950.7
-9967.7
281.5
141.5
1237
1238
C2M
COM1_L
-8509
-8382
-210
-210
1135
1136
G<171>
G<169>
-9100.85
-9117.85
281.5
141.5
1187
1188
G<67>
G<65>
-9984.7
-10001.7
281.5
141.5
1239
1240
COM1_L
DUMMY
-8255
-8128
-210
-210
1137
1138
G<167>
G<165>
-9134.85
-9151.85
281.5
141.5
1189
1190
G<63>
G<61>
-10018.68
-10035.68
281.5
141.5
1241
1242
C1AP
C1AP
-8001
-7874
-210
-210
1139
1140
G<163>
G<161>
-9168.85
-9185.85
281.5
141.5
1191
1192
G<59>
G<57>
-10052.68
-10069.68
281.5
141.5
1243
1244
C1AM
C1AM
-7747
-7620
-210
-210
1141
1142
G<159>
G<157>
-9202.825
-9219.825
281.5
141.5
1193
1194
G<55>
G<53>
-10086.68
-10103.68
281.5
141.5
1245
1246
C1M
C1M
-7493
-7366
-210
-210
1143
1144
G<155>
G<153>
-9236.825
-9253.825
281.5
141.5
1195
1196
G<51>
G<49>
-10120.68
-10137.68
281.5
141.5
1247
1248
C1P
C1P
-7239
-7112
-210
-210
NewVision Microelectronics, Inc.
Ver. 0.4
Page 45
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Pad
Name
X
Y
Pad
Name
X
Y
Pad
Name
X
Y
1249
vssp!
-6985
-210
1300
TVREF
-508
-210
1351
DIN<15>
5969
-210
1250
vssp!
-6858
-210
1301
V<1>
-381
-210
1352
DIN<14>
6096
-210
1251
vssp!
-6731
-210
1302
V<2>
-254
-210
1353
DIN<13>
6223
-210
1252
vcip!
-6604
-210
1303
V<3>
-127
-210
1354
DIN<12>
6350
-210
1253
vcip!
-6477
-210
1304
V<4>
0
-210
1355
DIN<11>
6477
-210
1254
vcip!
-6350
-210
1305
V<5>
127
-210
1356
DIN<10>
6604
-210
1255
DUMMY
-6223
-210
1306
V<6>
254
-210
1357
DIN<9>
6731
-210
1256
vee!
-6096
-210
1307
V<7>
381
-210
1358
DIN<8>
6858
-210
1257
vee!
-5969
-210
1308
T_1U
508
-210
1359
DIN<7>
6985
-210
1258
vee!
-5842
-210
1309
TP7
635
-210
1360
DIN<6>
7112
-210
1259
DUMMY
-5715
-210
1310
TP6
762
-210
1361
DIN<5>
7239
-210
1260
VINT2
-5588
-210
1311
TP5
889
-210
1362
DIN<4>
7366
-210
1261
VINT2
-5461
-210
1312
DUMMY
1016
-210
1363
DIN<3>
7493
-210
1262
VINT2
-5334
-210
1313
TP4
1143
-210
1364
DIN<2>
7620
-210
1263
DUMMY
-5207
-210
1314
TP3
1270
-210
1365
DIN<1>
7747
-210
1264
vssa!
-5080
-210
1315
DUMMY
1397
-210
1366
DIN<0>
7874
-210
1265
vssa!
-4953
-210
1316
TP2
1524
-210
1367
DATASEQ
8001
-210
1266
vssa!
-4826
-210
1317
TP1
1651
-210
1368
vdd!
8128
-210
1267
DUMMY
-4699
-210
1318
DUMMY
1778
-210
1369
vdd!
8255
-210
1268
VCOMOUT
-4572
-210
1319
TP0
1905
-210
1370
vdd!
8382
-210
1269
VCOMOUT
-4445
-210
1320
vcc!
2032
-210
1371
vss!
8509
-210
1270
VCOMOUT
-4318
-210
1321
vcc!
2159
-210
1372
vss!
8636
-210
1271
VINT1
-4191
-210
1322
vcc!
2286
-210
1373
vss!
8763
-210
1272
VINT1
-4064
-210
1323
vssa!
2413
-210
1374
COM2_L
8890
-210
1273
VINT1
-3937
-210
1324
vssa!
2540
-210
1375
COM2_L
9017
-210
1274
DUMMY
-3810
-210
1325
vssa!
2667
-210
1376
DRV
9144
-210
1275
VCOMAC
-3683
-210
1326
vss!
2794
-210
1377
DRV
9271
-210
1276
VCOMAC
-3556
-210
1327
vss!
2921
-210
1378
FB_PN
9398
-210
1277
VCOMAC
-3429
-210
1328
vss!
3048
-210
1379
FB_PN
9525
-210
1278
DUMMY
-3302
-210
1329
vci!
3175
-210
1380
FB
9652
-210
1279
VCOM
-3175
-210
1330
vci!
3302
-210
1381
FB_PN
9779
-210
1280
VCOM
-3048
-210
1331
vci!
3429
-210
1382
FB_PN
9906
-210
1281
VCOM
-2921
-210
1332
RSTB
3556
-210
1383
VINT1
10033
-210
1282
POL
-2794
-210
1333
DUMMY
3683
-210
1384
VINT1
10160
-210
1283
TOSC
-2667
-210
1334
SPDA
3810
-210
1385
VINT1
10287
-210
1284
VPSW
-2540
-210
1335
SPSW
3937
-210
1386
DUMMY
10412
-210
1285
DUMMY
-2413
-210
1336
PINCTLB
4064
-210
1387
Alignment_L
-10532.5
-222.5
1286
TP18
-2286
-210
1337
SPCK
4191
-210
1388
Alignment_R
10532.5
-222.5
1287
TP17
-2159
-210
1338
SPENB
4318
-210
1288
TP16
-2032
-210
1339
DEN
4445
-210
1289
TP15
-1905
-210
1340
HSD
4572
-210
1290
DUMMY
-1778
-210
1341
VSD
4699
-210
1291
TP14
-1651
-210
1342
CLKIN
4826
-210
1292
TP13
-1524
-210
1343
DIN<23>
4953
-210
1293
DUMMY
-1397
-210
1344
DIN<22>
5080
-210
1294
TP12
-1270
-210
1345
DIN<21>
5207
-210
1295
TP11
-1143
-210
1346
DIN<20>
5334
-210
1296
DUMMY
-1016
-210
1347
DIN<19>
5461
-210
1297
TP10
-889
-210
1348
DIN<18>
5588
-210
1298
TP9
-762
-210
1349
DIN<17>
5715
-210
1299
TP8
-635
-210
1350
DIN<16>
5842
-210
NewVision Microelectronics, Inc.
Ver. 0.4
Page 46
©2013
NV3035C -- 960X240 TFT LCD Single Chip Digital Driver
Revision history
Version No.
Date
Page
Introduction
0.1
2012-12-6
All
New build
0.2
2013-1-25
P29
DC Electrical Characteristics :
VGL：-10（Min）；-8（Typ.）
0.3
2013-2-1
P46
Add Pad coordination：
Alignment_L:（-10532.5，-222.5）
Alignment_R: （-10532.5，-222.5）
0.4
2013-3-13
P26
VCACSL [3:0]：0101，level：5.1V(Default)
Information furnished is believed to be accurate and reliable. However, New Vision Microelectronics Inc. assumes
no responsibility for the consequences of use of such information nor for any infringement of patents or other rights
of third parties, which may result from its use. No license is granted by implication or otherwise under any patent
or patent rights of New Vision Microelectronics Inc. Specifications mentioned in this publication are subject to
change without notice. This publication supersedes and replaces all information if previously supplied.
NewVision Microelectronics, Inc.
Ver. 0.4
Page 47