Sharp LS044Q7DH01 4.4 inch TFT LCD for Embedded Systems

The Sharp LS044Q7DH01 is a 4.4-inch CG-Silicon LCM designed for handheld and PDA applications. It features a reflective, normally white TN display mode, 1-bit monochrome color depth, an SPI interface, and a typical power consumption of 600 µW. With a 0.280 × 0.280 mm pixel pitch and an 89.6 × 67.2 mm active area, this display is suitable for compact embedded-device interface designs.

Features

• Sharp LS044Q7DH01 4.4-inch CG-Silicon LCM
• Reflective, normally white TN display mode
• Monochrome 1-bit color depth
• 0.280 × 0.280 mm pixel pitch
• 89.6 × 67.2 mm active area
• Typical contrast ratio of 18:1
• Typical response time of 10/20 ms Tr/Td
• 1 Hz refresh rate
• SPI interface
• 5.0 V VDD and 5.0 V VDDA
• Typical power consumption of 600 µW
• Operating temperature range of -20 to 70 °C
• Storage temperature range of -30 to 80 °C
• Color temperature of 6802 K

Applications

• Handheld devices
• Personal digital assistants (PDAs)
• Compact embedded equipment
• Battery-operated mobile information terminals
• OEM and ODM display-module integrations

What display technology does the Sharp LS044Q7DH01 use?

The LS044Q7DH01 is a CG-Silicon LCM with a reflective, normally white TN display mode and 1-bit monochrome color depth.

What interface is provided on the LS044Q7DH01?

The display module uses an SPI interface.

What are the operating and storage temperature ranges?

The specified operating temperature range is -20 to 70 °C, while the storage temperature range is -30 to 80 °C.

How much power does the LS044Q7DH01 consume?

Typical power consumption is 600 µW. The module is specified to operate with 5.0 V VDD and 5.0 V VDDA.

What resolution-related specifications are provided?

The panel has a 0.280 × 0.280 mm pixel pitch and an active area of 89.6 × 67.2 mm. Its color depth is monochrome at 1 bit.

What applications is the LS044Q7DH01 designed for?

Its specified application field is handheld and PDA equipment, including compact embedded mobile information devices.