Sharp Microelectronics PNLC 1.35-inch LCDs

Sharp Microelectronics PNLC Memory LCDs

Sharp Microelectronics LS013B4DN02 1.35-inch PNLC Memory LCDs are loaded with features that deliver a display capable of smooth-moving graphics, with 50% reflectance. The LS013B4DN02 thin 1.35-inch display with FPC connection comes with a flex cable that simplifies the connection to the display and allows for different mounting methods.

These Sharp Microelectronics TFT-LCD modules are reflective active matrix memory liquid crystal display module with CG silicone thin film transistor. These Sharp Microelectronics 1.35-inch PNLC square LCDs PNLC 1.35-inch LCDs are visible in a 0.5 lux environment without requiring a light source.

View Product List

LS013B4DN02 Features

Reflective panel of white and black with aspect ratio of 1:1
1.35” screen has 96x 96 resolution (9216 pixels stripe array)
Display control by serial data signal communication
Arbitrary line data renewable
1bit internal memory for data storage within the panel
Thin, light-weight and compact module with monolithic technology
Super low power consumption TFT panel

LS013B4DN02 Applications

Mobile phones
Remote controls
Performance devices
Smart utility meters
Medical devices
Wristwatches
Retail tags

Product Characteristics

Part Number	Size (inches)	Pixel Format (Dots)	Outline Dimension (mm)	Active Area (mm)	Dot Pitch (mm)	Input Voltage (V)	Interface Type	Reflectance	Power Consumption* (μW)	Operating Temp Range (°C)
LS013B4DN02	1.35	96 × 96	28.2 × 32.34 × 1.4	24.192 × 24.192	0.252 × 0.252	5	3V serial	0.5	15	-20 to +70

*With Static Image

About Silver Metallic Polymer Network Liquid Crystal Modules (PNLC)

PNLC silver metallic displays deliver a luxurious image while adding style to your product design, and the option for a sub-display with continuously visible information. High 50% reflectivity offers excellent outdoor readability, and quick response time accurately tracks scrolling of text and images. PNLCs control transmission (scattering) of incoming light rays without requiring a polarizer. The result is efficient light utilization that provides uniform viewing at any angle, even in high ambient light. It also eliminates the need for a backlight, which helps enable ultra-low power consumption.