cabletest/docs/panels/rvt70/riverdi-rvt70hstnwc00-b-datasheet.md

Riverdi RVT70HSTNWC00-B datasheet — transcription

Full visual transcription (tables intact) of the Riverdi public datasheet DS_RVT70HSTNWC00-B Rev.1.2 ("IPS RGB 7.0" LCD TFT DATASHEET", TFT Module Specification), all 19 pages. Source PDF alongside as riverdi-rvt70hstnwc00-b-datasheet.pdf.

This is the TFT panel — parallel RGB interface, 3.3 V, driven directly by the host's pixel clock. It is the panel inside the HDMI module RVT70HSHNWC00-B, whose section 11 names it (as "RVT70HSTNWC00-B") and defers all display detail here. It is therefore the only source for the panel's timing numbers: section 13.3 carries the DE-mode and HV-mode tables the module datasheet omits.

Note what this timing does and does not govern. On the HDMI module the RTD2660H scaler owns this RGB interface and retimes whatever arrives over HDMI onto it, so these figures are the panel's own limits, not the timing a HDMI source must send.

Transcription notes:

• Each page's content begins with an HTML comment page marker <!-- p.N --> (N = the printed datasheet page number) for cross-reference and continuity.
• Every specification, pinout and criteria table is reproduced as a Markdown table. Cells merged across rows in the original are repeated per row.
• Graphical figures, waveform diagrams and the mechanical drawing are not pixel-reproduced; they are given a short prose description prefixed *Figure (described):*, with all dimension and label callouts transcribed.
• Pure transcription: no cabletest commentary is interleaved, and typographic errors in the original (e.g. "OPATICAL BONDING", "Add" inch" unit") are reproduced as printed.

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(Cover page. Left edge carries the vertical banner text "TFT MODULE SPECIFICATION". Riverdi logo centred at the top.)

RVT70HSTNWC00-B

IPS RGB 7.0" LCD TFT DATASHEET

Rev.1.2

2021-07-29

ITEM	CONTENTS	UNIT
LCD Type	TFT/Transmissive/Normally black/IPS	/
Size	7.0	Inch
Viewing Direction	Free	/
Outside Dimensions (W x H x D)	179.96 x 119.00 x 7.58	mm
Active Area (W x H)	154.21 x 85.92	mm
Pixel Pitch (W x H)	0.1506 x 0.1432	mm
Resolution	1024 (RGB) x 600	/
Brightness	850	cd/m²
LCD Interface Type	RGB	/
Color Depth	16.7 M	/
Pixel Arrangement	RGB Vertical Stripe	/
With/Without Touch	With Projected Capacitive Touch Panel	/
CTP Driver	ILI2132A	/
Touch Interface Type	USB /I2C/ Optional UART	/
Bonding Technology	Optical Bonding	/
Weight	214	g

Note 1: RoHS3 compliant

Note 2: LCM weight tolerance: ± 5%.

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1. REVISION RECORD

REV NO.	REV DATE	CONTENTS	REMARKS
1.0	2020-08-15	Initial Release
1.1	2021-04-20	Add" inch" unit on drawing
1.2	2021-07-29	Updating new template

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2. CONTENTS

Section	Page
1. REVISION RECORD	2
2. CONTENTS	3
3. MODULE CLASSIFICATION INFORMATION	4
4. uxTouch ASSEMBLY	5
5. MODULE DRAWING	6
6. ABSOLUTE MAXIMUM RATINGS	7
7. ELECTRICAL CHARACTERISTICS	7
8. BACKLIGHT ELECTRICAL CHARACTERISTICS	7
9. POWER CONSUMPTION	8
10. ELECTRO-OPTICAL CHARACTERISTICS	8
11. BLOCK DIAGRAM	10
12. INTERFACES DESCRIPTION	10
12.1 TFT assignment	10
12.2 Touch panel assignment	12
12.3 CON1 assignment	13
13. TIMING CHARACTERISTICS	13
13.1 Horizontal input timing	13
13.2 Vertical input timing	13
13.3 Parallel RGB timing characteristic	14
13.3.1 DE MODE	14
13.3.2 HV MODE – Horizontal input timing	14
13.3.3 HV MODE – Vertical input timing	14
13.3.4 Power On/Off sequence	15
14. CAPACITIVE TOUCH SCREEN PANEL SPECIFICATIONS	15
14.1 Mechanical characteristics	15
14.2 Electrical characteristics	15
15. INSPECTION	16
15.1 Inspection condition	16
15.2 Inspection standard	17
16. RELIABILITY TEST	18
17. LEGAL INFORMATION	19

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3. MODULE CLASSIFICATION INFORMATION

RV	T	70	H	S	T	N	W	C	00	B
1.	2.	3.	4.	5.	6.	7.	8.	9.	10.	11.

NO.	PARAMETER	SYMBOL
1.	BRAND	RV – Riverdi
2.	PRODUCT TYPE	T – TFT Standard
3.	DISPLAY SIZE	70 – 7.0"
4.	MODEL SERIAL NO.	H – High Brightness, IPS
5.	RESOLUTION	S – 1024 x 600 px
6.	INTERFACE	T – TFT LCD, RGB
7.	FRAME	N – Without Mounting Metal Frame
8.	BACKLIGHT TYPE	W – LED White
9.	TOUCH PANEL	C – With Capacitive Touch Panel
10.	VERSION	00 – (00-99)
11.	BONDING TECHNOLOGY	B – Optical Bonding

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4. uxTouch ASSEMBLY

uxTouch are LCD TFT displays with specially designed projected capacitive touch panels. uxTouch display can be mounted without any additional holes in the housing. Our standard uxTouch displays include double-sided adhesive tape (DST) to stick TFT easily to the housing.

uxTouch models with double-side adhesive tape can be mounted by fastening the glass to the housing.

Figure 1. General view of the module

Figure (described): two 3-D renderings of the module in a blue housing — front view showing the grey active area behind the cover glass, and rear three-quarter view showing the green panel PCB and flex tail recessed into the housing.

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5. MODULE DRAWING

Figure (described): ISO A3 landscape mechanical drawing, scale 1:1.66, dimensions in mm with inches in square brackets. Title block: PN RVT70HSTNWC00-B; DRAWN M.Natywa 2021.04.19; CHECKED Carol 2021.04.20; first-angle projection; P. 1 of 1.

Drawing revision table:

Revision:	Changes:	Date:
1.0	Initial Case	2020.08.07
1.1	Dimension Overhaul	2021.04.19

Front-view horizontal callouts (top group, outermost first):

Dimension	Inches	Meaning
179.96	[7.085]	CG O.D.
164.90	[6.492]	TFT O.D.
163.66	[6.443]	SENSOR O.D.
156.68	[6.169]	SENSOR A.A.
155.01	[6.103]	CG V.A.
154.21	[6.071]	TFT A.A.
89.98	[3.543]	— (horizontal centre offset)

Front-view horizontal callouts (right-hand group):

Dimension	Inches
5.90	[0.232]
6.74	[0.265]
11.64	[0.458]
12.48	[0.491]
12.97	[0.511]

Front-view vertical callouts (left group, outermost first):

Dimension	Inches	Meaning
119.00	[4.685]	CG O.D.
100.00	[3.937]	TFT O.D.
98.55	[3.880]	SENSOR O.D.
88.52	[3.485]	SENSOR A.A.
86.72	[3.414]	CG V.A.
85.92	[3.383]	TFT A.A.
59.50	[2.343]	— (vertical centre offset)

Front-view vertical callouts (upper group):

Dimension	Inches
11.58	[0.456]
12.20	[0.480]
15.24	[0.600]
16.14	[0.635]
16.54	[0.651]

Further front-view callouts: 72.73 [2.865] (left, to the flex tail); 34.00 [1.339] and 41.75 [1.644] (right); 57.05 [2.246]; 5.00 [0.197]; 23.48 [0.924]; 50.98 [2.007]; 35.00 [1.378]; 74.45 [2.931]; 77.36 [3.046]; 102.86 [4.050]; 107.74 [4.242]; 121.49 [4.783]. Corner radius 4*R5.00 [R0.197]. Front face annotated BLACK MASK PRINTING RAL9005.

Side-view (thickness) callouts:

Dimension	Inches	Meaning
7.58	[0.298]	O.D.
2.03	[0.060]	CG+SCA+SENSOR+OCA
1.28	[0.050]	CG+DST
1.10	[0.043]	CG

Flex-tail stack callouts: COMPONENT AREA — STIFFENER; 1.70 0.067; 3.50 0.138; STIFFENER — CONTACT SIDE; CONTACT SIDE — STIFFENER; 0.30 [0.012] (×2).

Rear view annotated 3M9495LE T=0.175mm[0.007] and BLACK TAPE T=0.05mm[0.002], with 5.50 [0.217] on the touch flex.

DETAIL A, SCALE 2:1 — the 50-pin TFT flex tail: pins 1 to 50, 3.80 [0.150], 25.50 [1.004], 2*0.50 [0.020], W:0.35 [0.014], P:(50-1)*0.5=24.50 [0.985].

DETAIL B, SCALE 4:1 — connector CN1, JST SM04B-SRSS-TB, pins 1 to 4, MATCHING CABLE CONNECTOR: JST SHR-04V-S-B.

DETAIL C, SCALE 4:1 — cover glass edge chamfers, both 0.20 [0.008]*45°.

DETAIL D, SCALE 2:1 — the 10-pin touch flex tail: pins 1 to 10, 3.50 [0.138], 5.50 [0.217], 2*0.50 [0.020], W:0.30 [0.012], P:(10-1)*0.50=4.50 [0.177].

LED Diagram Circuit: three parallel strings of nine series LEDs between LEDA and LEDK.

TFT NOTES:

1. LCD TYPE: TRANSMISSIVE, NORMALLY BLACK,IPS
2. RESOLUTION: 1024x600
3. VIEWING ANGLE: FREE
4. LCD DRIVER:EK79001HK+EK73215BCGA
5. INTERFACE:RGB
6. OPERATING VOLTAGE: 3.3V
7. BACKLIGHT: 27PCS LED, V_F=9.6V, I_F=270mA

TP NOTES:

1. TP STRUCTURE: G+G
2. CG THICKNESS: 1.10 mm
3. DRIVER IC: ILI2132A
4. INTERFACE: USB /I2C/OPTIONAL UART
5. OPERATING VOLTAGE: 3.3V(CTP I2C); 5.0V(CTP USB)

GENERAL NOTES:

1. MODULE SURFACE LUMINANCE: 850 cd/m^2
2. OPATICAL BONDING
3. OPERATING TEMPERATURE: -20°C ~ 70°C
4. STORAGE TEMPERATURE: -30°C ~ 80°C
5. WITHOUT INDIVIDUAL TOLERANCE: ±0.3mm
6. RoHS3 COMPLIANT

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6. ABSOLUTE MAXIMUM RATINGS

PARAMETER	SYMBOL	MIN	MAX	UNIT
Power for Circuit Driving	VDD	-0.3	3.96	V
Power for Circuit Driving	AVDD	-0.5	14.85	V
Power for Circuit Driving	VGH	-0.3	40	V
Power for Circuit Driving	VGL	-20.0	0.3	V
Operating Temperature	TOP	-20	70	°C
Storage Temperature	TST	-30	80	°C
Operating Humidity (@ 25 ± 5°C)	RH	10%	-	RH
Storage Humidity (@ 25 ± 5°C)	RH	10%	-	RH

Note. The following are maximum values. If exceeded, it may cause operation or damage to the unit.

7. ELECTRICAL CHARACTERISTICS

PARAMETER	SYMBOL	MIN	TYP	MAX	UNIT	NOTE
Supply Voltage for Module	DVDD	3.0	3.3	3.6	V
Supply Voltage for Module	VGH	17	18	19	V
Supply Voltage for Module	VGL	-6.6	-6.0	-5.4	V
Supply Voltage for Module	AVDD	9.4	9.6	9.8	V
Supply Voltage for Module	VCOM	3.6	3.8	4.0	V
Current of Power Supply	IDD	-	30	45	mA	DVDD = 3.3V
Current of Power Supply	IADD	-	35	45	mA	AVDD = 9.6V
Current of Power Supply	IGH	-	0.5	1	uA	VGH = 18V
Current of Power Supply	IGL	-	0.5	1	mA	VGL= -6V
Input Voltage ' H ' level	VIH	0.7DVDD	-	DVDD	V	Note 1
Input Voltage ' L ' level	VIL	0	-	0.3VDD	V	Note 1

Note 1. STHL, STHR, OEH, L/R, CPH1÷CPH3, STVD, STVU, OEV, CKV, U/D.

8. BACKLIGHT ELECTRICAL CHARACTERISTICS

PARAMETER	SYMBOL	MIN	TYP	MAX	UNIT	NOTE
Backlight Driving Voltage	VF	9.0	9.6	10.2	V
Backlight Driving Current	IF	-	270	-	mA
Backlight Power Consumption	WBL	-	2592	-	mW
LED Lifetime	-	-	50,000	-	hours	Note 1

Note 1. If LED is driven by high current, the lifetime of LED will be reduced. Operating life means brightness goes down to 50% initial brightness. Typical operating lifetime is estimated data.

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9. POWER CONSUMPTION

PARAMETER	SYMBOL	CONDITION	MIN	TYP	MAX	UNIT	NOTE
Gate on Power Current	IVGH	VGH=18V	-	0.5	1	mA	Note 1
Gate off Power Current	IVGL	VGL=6V	-	0.5	1	mA	Note 1
Digital Power Current	IDVDD	DVDD=3.3V	-	30	45	mA	Note 1
Analog Power Current	IAVDD	AVDD=9.6 V	-	35	45	mA	Note 1
Total Power Consumption	PC		-	447	604	mW	Note 1

Note. Typ. Specification: Gray-level test pattern; Max Specification: Black test pattern

Figure (described): two swatches illustrating the two test patterns — a horizontal black-to- white gradient labelled "256 gray patten", and a solid black rectangle labelled "black pattern".

10. ELECTRO-OPTICAL CHARACTERISTICS

ITEM	SYMBOL	CONDITION	MIN	TYP	MAX	UNIT	RMK	NOTE
Response Time	Tr+Tf	θ=0° ø=0° Ta=25 °C	-	35	-	ms	FIG 2.	4
Contrast Ratio	Cr	θ=0° ø=0° Ta=25 °C	-	800	-	---	FIG 3	1
Luminance Uniformity	δ WHITE	θ=0° ø=0° Ta=25 °C	-	75	-	%	FIG 3.	3
Surface Luminance	Lv	θ=0° ø=0° Ta=25 °C	-	850	-	cd/m²	FIG 3.	2
Viewing Angle Range	θ	ø = 90°	-	85	-	deg	FIG 4.	6
Viewing Angle Range	θ	ø = 270°	-	85	-	deg	FIG 4.	6
Viewing Angle Range	θ	ø = 0°	-	85	-	deg	FIG 4.	6
Viewing Angle Range	θ	ø = 180°	-	85	-	deg	FIG 4.	6
CIE (x, y) Chromaticity	Rx	θ=0° ø=0° Ta=25 °C	0.578	0.618	0.658	-	FIG 3.	5
CIE (x, y) Chromaticity	Ry	θ=0° ø=0° Ta=25 °C	0.489	0.329	0.369	-	FIG 3.	5
CIE (x, y) Chromaticity	Gx	θ=0° ø=0° Ta=25 °C	0.376	0.416	0.456	-	FIG 3.	5
CIE (x, y) Chromaticity	Gy	θ=0° ø=0° Ta=25 °C	0.493	0.533	0.573	-	FIG 3.	5
CIE (x, y) Chromaticity	Bx	θ=0° ø=0° Ta=25 °C	0.071	0.111	0.151	-	FIG 3.	5
CIE (x, y) Chromaticity	By	θ=0° ø=0° Ta=25 °C	0.108	0.148	0.188	-	FIG 3.	5
CIE (x, y) Chromaticity	Wx	θ=0° ø=0° Ta=25 °C	0.270	0.310	0.350	-	FIG 3.	5
CIE (x, y) Chromaticity	Wy	θ=0° ø=0° Ta=25 °C	0.290	0.330	0.370	-	FIG 3.	5

Note 1. Contrast Ratio (CR) is defined mathematically as below, for more information see Figure 3.

Contrast Ratio = Average Surface Luminance with all white pixels (P1, P2, P3, P4, P5) ÷ Average Surface Luminance with all black pixels (P1, P2, P3, P4, P5)

Note 2. Surface luminance is the LCD surface from the surface with all pixels displaying white. For more information see Figure 3.

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Lv = Average Surface Luminance with all white pixels (P1, P2, P3, P4, P5)

Note 3. The uniformity in surface luminance δ WHITE is determined by measuring luminance at each test position 1 through 5, and then dividing the minimum luminance of 5 points luminance by maximum luminance of 5 points luminance. For more information see Figure 3.

δ WHITE = Minimum Surface Luminance with all white pixels (P1, P2, P3, P4, P5) ÷ Maximum Surface Luminance with all white pixels (P1, P2, P3, P4, P5)

Note 4. Response time is the time required for the display to transition from white to black (Rise Time, Tr) and from black to white (Decay Time, Tf). For additional information see Figure 2. The test equipment is Autronic-Melchers's ConoScope series.

Note 5. CIE (x, y) chromaticity, the x, y value is determined by measuring luminance at each test position 1 through 5, and then make average value.

Note 6. Viewing angle is the angle at which the contrast ratio is greater than 2. For TFT module the contrast ratio is greater than 10. The angles are determined for the horizontal or x axis and the vertical or y axis with respect to the z axis which is normal to LCD surface. For more information see Figure 4.

Note 7. For viewing angle and response time testing, the testing data is based on Autronic-Melchers's ConoScope series. Instruments for Contrast Ratio, Surface Luminance, Luminance Uniformity, CIE the test data is based on TOPCON's BM-5 photo detector.

Figure 2. The definition of response time

Figure (described): optical response versus time trace. The vertical axis is marked 0%, 10%, 90% and 100%. The trace starts at 100% ("white"), falls through the 90%→10% band in the interval marked Tr, holds at 0% ("black"), then rises back through 10%→90% in the interval marked Tf, returning to 100% ("white").

Figure 3. Measuring method for Contrast ratio, surface luminance, Luminance uniformity, CIE (x, y) chromaticity

Figure (described): plan view of the active area with five measurement points — P1 top left, P2 top right, P3 bottom right, P4 bottom left and P5 at the centre. Horizontal extent labelled H, vertical extent labelled V, corner insets labelled A (horizontal) and B (vertical). Accompanying legend:

• A: 5mm
• B: 5mm
• H, V: Active Area
• Light spot size φ=5mm, 500mm distance from the LCD surface to detector lens.
• Measurement instrument is TOPCON'S luminance meter BM-5

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Figure 4. The definition of viewing angle

Figure (described): isometric sketch of the LCD plane with the z axis normal to the surface at θ=0, the polar angle θ swept from that normal and the azimuth Φ swept in the plane. Azimuth references marked around the panel: Up Φ=90 (12:00), Left Φ=180 (9:00), Right Φ=0 (3:00), Down Φ=270 (6:00).

11. BLOCK DIAGRAM

Figure (described): block diagram. A signal-input block listing VGH, VGL, AVDD, LV0N/P, LV1N/P, LV2N/P, LV3N/P, LVCLKN/P, RESET, STBYB, VCOM, VDD, GND, VLED+, VLED- feeds three blocks to its left: "Gate driver IC", "Source driver IC +TCON" and "Back light". The gate and source driver blocks in turn feed the "LCD Panel 7.0 inch 1024×600" block; the backlight block feeds it as well.

12. INTERFACES DESCRIPTION

12.1 TFT assignment

PIN NO.	SYMBOL	I/O	DESCRIPTION	NOTES
1	VLED+	P	Power for LED Backlight (Anode)
2	VLED+	P	Power for LED Backlight (Anode)
3	VLED-	P	Power for LED Backlight (Cathode)
4	VLED-	P	Power for LED Backlight (Cathode)
5	GND	P	Ground
6	VCOM	I	Common Voltage

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PIN NO.	SYMBOL	I/O	DESCRIPTION	NOTES
7	DVDD	P	Power for Digital Circuit
8	MODE	I	DE/SYNC mode select	Note 1
9	DE	I	Data Input Enable
10	VS	I	Vertical Sync Input
11	HS	I	Horizontal Sync Input
12	B7	I	Blue Data (MSB)
13	B6	I	Blue Data
14	B5	I	Blue Data
15	B4	I	Blue Data
16	B3	I	Blue Data
17	B2	I	Blue Data
18	B1	I	Blue Data	Note 2
19	B0	I	Blue Data (LSB)	Note 2
20	G7	I	Green Data (MSB)
21	G6	I	Green Data
22	G5	I	Green Data
23	G4	I	Green Data
24	G3	I	Green Data
25	G2	I	Green Data
26	G1	I	Green Data	Note 2
27	G0	I	Green Data (LSB)	Note 2
28	R7	I	Red Data (MSB)
29	R6	I	Red Data
30	R5	I	Red Data
31	R4	I	Red Data
32	R3	I	Red Data
33	R2	I	Red Data
34	R1	I	Red Data	Note 2
35	R0	I	Red Data (LSB)	Note 2
36	GND	P	Ground
37	DCLK	P	Sample Clock
38	GND	P	Ground
39	L/R	I	Left/Right Selection	Note 4,5
40	U/D	I	Up/Down Selection	Note 4,5
41	VGH	P	Gate ON Voltage
42	VGL	P	Gate OFF Voltage
43	AVDD	P	Power for Analog Circuit
44	RESET	I	Global Reset Pin	Note 6
45	NC	-	No Connection
46	VCOM	I	Common Voltage
47	DITHUB	I	Dithering Function	Note 7
48	GND	I	Ground
49	NC	-	No Connection
50	NC	-	No Connection

I: input, O: output, P: Power

Note 1. DE/SYNC mode select. Normally pull high.

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H:DE Mode. L: HS/VS mode. When select DE mode, MODE="1", VS and HS must pull high.

Note 2. When input 18 bits RGB data, the two low bits of R, G and B data must be grounded.

Note 3. Data shall be latched at the falling edge of DCLK.

Note 4. Selection of scanning mode:

SETTING OF SCAN CONTROL INPUT — U/D	SETTING OF SCAN CONTROL INPUT — L/R	SCANNING DIRECTION
GND	DVDD	Up to down, left to right
DVDD	GND	Down to up, right to left
GND	GND	Up to down, right to left
DVDD	DVDD	Down to up, left to right

Note 5. Definition of scanning direction, refer to the figure as below:

Figure (described): plan view of the module with its flex tail leaving the bottom edge. Arrows label the four directions relative to that orientation: Up (arrow at the top edge pointing down into the panel), Down (at the tail), Left (arrow entering the left edge pointing right) and Right (arrow leaving the right edge).

Note 6. Global reset pin. Active low to enter reset state, suggest connecting with an RC reset circuit for stability. Normally pull high.

Note 7. Dithering function enable control, normally pull high. When DITHUB="1", Disable internal dithering function. When DITHUB="0", Enable internal dithering function.

12.2 Touch panel assignment

PIN NO.	SYMBOL	DESCRIPTION	NOTE
1	USB_GND	USB_ Ground
2	USB_VDD	USB Power for CTP, 5.0V
3	USB_D–	USB _Data Signal –
4	USB_D+	USB _Data Signal +
5	I2C_GND	I2C _ Ground	Note 1
6	I2C_VDD	I2C _Power for CTP, 3.3 V	Note 1
7	I2C_RST	I2C _Reset Pin, Active low	Note 1
8	I2C_SCL	I2C _Clock Input	Note 1
9	I2C_INT	I2C _Interrupt Signal from CTP, Active low	Note 1
10	I2C_SDA	I2C _Data Signal	Note 1

Note 1. External pull-up resistors are required.

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12.3 CON1 assignment

PIN NO.	SYMBOL	DESCRIPTION
1	USB_VDD	USB_Power for CTP, DC 5.0V
2	USB_D–	USB _Data Signal -
3	USB_D+	USB _Data Signal +
4	USB_GND	USB_Ground

13. TIMING CHARACTERISTICS

13.1 Horizontal input timing

Figure (described): horizontal timing waveform. Traces top to bottom: HSD (horizontal sync, active-low pulse whose width is marked "H pulse width (thpw)"); CLK (free-running pixel clock); then, under the heading "( HV mode)", three data buses D07D00, D17D10 and D27~D20 carrying R, G and B samples respectively; then the same three buses again under the heading "( DE mode)"; then DEN (data enable). Along the bottom, the line is divided into H back porch (thbp), Active Area(thd) and H front porch (thfp), spanning Total Area(th).

13.2 Vertical input timing

Figure (described): vertical timing waveform. Traces top to bottom: VSD (vertical sync, active-low pulse whose width is marked tvpw); HSD (horizontal sync burst, continuous through the frame); DEN (data enable, gated on only during the active lines). Along the bottom the frame is divided into tvb, tvd and tvfp, spanning tv.

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13.3 Parallel RGB timing characteristic

Note: DE/SYNC mode select. Normally pull high. H:DE Mode. L: HS/VS mode. When select DE mode, MODE="1", VS and HS must pull high.

13.3.1 DE MODE

PARAMETER	SYMBOL	MIN.	TYP.	MAX.	UNIT
DCLK frequency (Frame rate 60Hz)	fclk	40.8	51.2	67.2	MHz
Horizontal display area	thd		1024		DCLK
HSYNC period time	th	1114	1344	1400	DCLK
HSYNC blanking	thb+thfp	90	320	376	DCLK
Vertical display area	tvd		600		H
VSYNC period time	tv	610	635	800	H
VSYNC blanking	tvb+tvfp	10	85	200	H

13.3.2 HV MODE – Horizontal input timing

PARAMETER	SYMBOL	MIN.	TYP.	MAX.	UNIT
Horizontal display area	thd		1024		DCLK
DCLK frequency (frame rate 60Hz)	fclk	44.9	51.2	63	MHz
1 Horizontal Line	th	1200	1344	1400	DCLK
HSYNC pulse width	thpw	1	-	140	DCLK
HSYNC back porch	thbp	160	160	160	DCLK
HSYNC front porch	thfp	16	160	216	DCLK

13.3.3 HV MODE – Vertical input timing

PARAMETER	SYMBOL	MIN.	TYP.	MAX.	UNIT
Vertical display area	tvd		600		H
VSYNC period time	tv	624	635	750	H
VSYNC pulse width	tvpw	1	-	20	H
VSYNC back porch	tvb	23	23	23	H
VSYNC front porch	tVfp	1	12	127	H

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13.3.4 Power On/Off sequence

Figure (described): power sequencing waveform, split into a "Power on sequence" half and a "Power off sequence" half. Traces top to bottom: VSD (continuous sync burst, with the frames numbered across the sequence); VDD (rising first, annotated ≥20ms and a small rise-time callout); STB; AVDD; VGL; VGH; VCOMO (annotated VCOMO=0V on power-off); Source Output (annotated 00 H, then Normal display, then 00 H and LOW LEVEL, with Source output =0V at the end); BLEN (asserted after the panel is up, deasserted first on power-down); GATE (annotated OEV=H at each end and Normal through the middle).

14. CAPACITIVE TOUCH SCREEN PANEL SPECIFICATIONS

14.1 Mechanical characteristics

DESCRIPTION	SPECIFICATION	REMARK
Touch Panel Size	7.0 inch	uxTouch
Outline Dimension of CTP	179.96 mm x 119.00 mm	uxTouch
Product Thickness	2.03 mm	uxTouch
Glass Thickness	1.1 mm	uxTouch
CTP View Area	155.01 mm x 86.72 mm	uxTouch
Sensor Active Area	156.68 mm x 88.52 mm	uxTouch
Structure type	Glass + Glass	uxTouch
Surface Hardness	7H	uxTouch

14.2 Electrical characteristics

DESCRIPTION		SPECIFICATION
Power Consumption (IDD)	Active Mode	90 mA
Power Consumption (IDD)	Sleep Mode	10 mA
Linearity		+/- 1.5mm
Controller		ILI2132A
Resolution		1024 x 600

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15. INSPECTION

Standard acceptance/rejection criteria for TFT module

15.1 Inspection condition

Ambient conditions:

• Temperature: 25 ± 2°C
• Humidity: (60 ± 10) %RH
• Illumination: Single fluorescent lamp non-directive (300 to 700 lux)

Viewing distance: 35 ± 5cm between inspector bare eye and LCD.

Viewing Angle: U/D: 45°/45°, L/R: 45°/45°

Figure (described): isometric sketch of the LCD lying flat with an inspection cone rising from its centre. The cone half-angles are marked 45° either side of the surface normal (the normal itself marked 90° to the panel plane), and the eye position is set 30-40 cm above the panel.

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15.2 Inspection standard

(One ITEM per block below; each ITEM's CRITERION cell in the original is itself a table, headed by the panel size the criteria apply to.)

ITEM: Black spots, white spots, light leakage, Foreign Particle (round Type)

Figure (described): an ellipse with horizontal extent x and vertical extent y, giving D=(x+y)/2. Spots density: 10 mm.

CRITERION — Size =7"

Average Diameter	Qualified Qty
D ≤ 0.2 mm	Ignored
0.2 mm < D ≤ 0.3 mm	N≤3
0.5mm < D	Not allowed

ITEM: LCD black spots, white spots, light leakage (line Type)

Figure (described): a curved line defect with its Length and Width dimensioned. Spots density: 10 mm.

CRITERION — Size = 7"

Length	Width	Qualified Qty
-	W ≤ 0.05	Ignored
L ≤ 5.0	0.05< W ≤ 0.1	N≤3
5.0 < L	0.1< W	Not allowed

ITEM: Bright/Dark Dots

CRITERION — Size = 7

Item	Qualified Qty
Bright dots	N ≤ 2
Dark dots	N ≤ 3
Total Bright and Dark Dots	N ≤ 4

ITEM: Clear spots

CRITERION — Size ≥ 5"

Average Diameter	Qualified Qty
D < 0.2 mm	Ignored
0.2 mm < D < 0.3 mm	4
0.3 mm < D < 0.5 mm	2
0.5 mm < D	0

Spots density: 10 mm

ITEM: Polarizer bubbles

CRITERION — Size ≥ 5"

Average Diameter	Qualified Qty
D < 0.2 mm	Ignored
0.2 mm < D < 0.5 mm	2
0.5 mm < D	1

ITEM: Touch panel spots

CRITERION — Size ≥ 5"

Average Diameter	Qualified Qty
D < 0.25 mm	Ignored
0.25 mm < D < 0.5 mm	4

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(Continuation of the touch panel spots criterion from p.17.)

Average Diameter	Qualified Qty
0.5 mm < D	0

ITEM: Touch panel white line scratch

CRITERION — Size ≥ 5"

Length	Width	Qualified Qty
-	W < 0.03	Ignored
L < 5.0	0.03 < W < 0.05	2
-	0.05 < W	0

16. RELIABILITY TEST

NO.	TEST ITEM	TEST CONDITION	NOTE
1	High Temperature Storage	80°C/120 hours	Note 1
2	Low Temperature Storage	-30°C/120 hours	Note 1
3	High Temperature Operating	70 °C /120 hours	Note 1
4	Low Temperature Operating	-20°C/120 hours	Note 1
5	High Temperature and High Humidity	Humidity 40℃, 90%RH, 120Hrs	Note 1
6	Thermal Cycling Test (No operation)	-20℃ for 30min, 70℃ for 30 min. 100 cycles. Then test at room temperature after 1 hour	Note 2
7	Vibration Test	Frequency: 10 ÷ 55 Hz. Stroke: 1.5 mm. Sweep: 10Hz ÷ 55Hz ÷ 10 Hz. 2 hours for each direction of X, Y, Z (Total 6 hours)
8	Package Drop Test	Height: 60 cm 1 corner, 3 edges, 6 surfaces

Note 1. Sample quantity for each test item is 5 ÷ 10 pcs.

Note 2. Before cosmetic and function test, the product must have enough recovery time, at least 2 hours at room temperature.

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17. LEGAL INFORMATION

Riverdi grants the guarantee for the proper operation of the goods for a period of 12 months from the date of possession of the goods. If in a consequence of this guaranteed execution the customer has received the defects-free item as replacement for the defective item, the effectiveness period of this guarantee shall start anew from the moment the customer receives the defects-free item.

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Riverdi endeavors to ensure that all contained information in this document is correct but does not accept liability for any error or omission. Riverdi products are in developing process and published information may be not up to date. Riverdi reserves the right to update and makes changes to Specifications or written material without prior notice at any time. It is important to check the current position with Riverdi.

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Riverdi products are not fault tolerant nor designed, manufactured or intended for use or resale as on line control equipment in hazardous environments requiring fail–safe performance, such as in the operation of nuclear facilities, aircraft navigation or communication systems, air traffic control, direct life support machines or weapons systems in which the failure of the product could lead directly to death, personal injury or severe physical or environmental damage ('High-Risk Activities'). Riverdi and its suppliers specifically disclaim any expressed or implied warranty of fitness for High-Risk Activities. Using Riverdi products and devices in 'High-Risk Activities' and in any other application is entirely at the buyer's risk, and the buyer agrees to defend, indemnify and hold harmless Riverdi from all damages, claims or expenses resulting from such use. No licenses are conveyed, implicitly or otherwise, under any Riverdi intellectual property rights.

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