6.5" High Brightness 2150 nits LCD kit Module (Model: LOPH650-AG-Kit)

Overview
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LOPH650 is a 6.5" sunlight readable LCD module. The module consists of an Optrex T51750GD065J-FW TFT color LCD panel and a I-Tech VHB (very high brightness) backlight. The module is in an edge mount, semi-ruggedized case. There are two models available. The LOPH650-AR-Kit has an anti-reflective front polarizer, and the LOPH650-AG-Kit has a regular anti-glare front polarizer.

At a backlight power of about 11.5 Watts, the LOPH650-AG-Kit module displays a VGA (640 x 480) image at an extremely high screen luminance of 2,150 Cd/m2. At this brightness level, the display is highly readable under bright ambient lighting including direct outdoor sunlight. With the I-Tech BI206D inverter, the screen luminance can be adjusted down to about 10 Cd/m2 for night viewing. In addition, the color tone of the white matches closely to the color of normal sunlight.

Specifications:

Parameters	Typical Value	Units	Conditions

LCD Screen Luminance
LOPH650-AR-Kit	2,150	Cd/m2	LCD in OFF state (normally White)
LOPH650-AG-Kit	1,850	Cd/m2	LCD in OFF state (normally White)
Luminance Uniformity	20% or better		(Note 3)
Backlight Power Consumption	11.5	Watts	Total power to the LED driver board
Screen Luminance Dimming Ratio	>450:1		At the optimum viewing direction
Typical LCD Contrast Ratio	~150:1		At the viewing direction ^ to LCD.
Typical Viewing Angles
3:00 to 9:00 directions	ï¿½ 60	Degrees	Contrast ratio ≥ 5
6:00 direction	60	Degrees	Contrast ratio ≥ 5
12:00 direction	40	Degrees	Contrast ratio ≥ 5
LCD Screen Chromaticity (x, y)
White	(0.360, 0.380)		With LOPH650-AR-Kit,measured at the normal direction
Red	(0.581, 0.347)
Green	(0.344, 0.541)
Blue	(0.161, 0.187)
Response Speed
Rise time	28	msec
Rise time + Fall time	25	msec
LCD Module Weight	250	Grams

Note 1: Please refer to Optrex T51750GD065J-FW LCD data sheets for detailed LCD electrical specifications and general precautions.
Note 2: All data is measured at 25o C ï¿½ 2oC ambient temperature.
Note 3: Uniformity = (Lmax - Lmin) / (Lmax + Lmin) where Lmax (Lmin) is the maximum (minimum) luminance measured using a 10
mm diameter meter aperture over the LCD active area, except the last 10 mm area from the edges.