LS013B7DH03 Sharp 1.28 Inch Sunlight Readable LCD 128×128 with 4-wire SPI Interface LCD Display Panel

LS013B7DH03 Overview
LS013B7DH03 supports display128128 with aspect ratio of 1:1 (W:H), whose pixels are arranged in Rectangle. It features active area of 23.04(W)23.04(H) mm, outline size of 26.6(W)30.3(H) mm, with surface treament of Hard coating (3H), net weight of 1.20g (Typ.). As a TN, Normally White, Reflective LCM product, LS013B7DH03 can provides , 18:1 (Typ.) reflective contrast ratio, 60/60/60/60 (Typ.)(CR2) (L/R/U/D) viewing angle , and response time of 10/20 (Typ.)(Tr/Td) ms. Gray scale or the brightness of the sub-pixel is determined with a 1-bit gray scale signal for each dot, thus presenting a palette of Monochrome colors.

LS013B7DH03 Feature
-Reflective
-Sunlight Readable

Screen Size:1.28 inch
Resolution:128×128
Brand:Sharp
LS013B7DH03 Sharp 1.28 Inch 128×128 Sunlight Readable LCD.

LS013B7DH03 Application
For Wearable & Industrial LCD Display.

LS013B7DH03 Options For Reference
LS013B7DH03
LS013B7DH03 with demo
ET11049-06_A1 ( LS013B7DH03 with front light)
ET12406-01_T1 (LS013B7DH03 with front light and demo
LS013B7DH03 with backlight(NRE)
Reflective MIP Displays Technology

Reflective MIP Displays Application

To operate in low-light conditions, RLCDs need to be paired with an efficient front light solution such as the Youritech Front Light Panel.With improved optical coupling, collimation, and attenuation, our front light solution efficiently delivers more light exactly where you need it, and efficient LEDs can be used without experiencing typical issues with diffusion and material losses. Plus, as few as one low-power LED can be used in a front light instead of the five or more LEDs needed for alternative display light guides, making our solution the most efficient front light option available today.

It means your devices can stop relying on power-hungry backlights. By reinventing light guide and front light technology, we makes it possible to fully embrace the inherent power-saving features of RLCDs from the brightest outdoor to the darkest indoor lighting environments.