OS128064PK10MW1B10

Series:	Pictiva
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Display Type:	OLED - Passive Matrix
Moisture Sensitivity Level (MSL):	--
Display Mode:	--
Touchscreen:	--
Diagonal Screen Size:	1" (25.40mm)
Viewing Area:	24.75mm W x 13.36mm H
Backlight:	Without Backlight
Dot Pixels:	128 x 64
Interface:	Parallel/Serial
Graphics Color:	White
Background Color:	Black
Dot Size:	0.15mm W x 0.15mm H
Dot Pitch:	0.18mm W x 0.18mm H

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Background

OS128064PK10MW1B10 is a display module with 128 x 64 pixels (monochrome OLED), capable of displaying both graphics and text. It is designed using LCD technology, provides a wide viewing angle, supports 8-bit and 4-bit parallel data interfaces, and physical voltage range of 3.0V-3.6V. It is mainly used in various handheld devices and embedded systems.

Application Field

OS128064PK10MW1B10 display module is suitable for a wide variety of applications, such as:

• Portable medical devices: ECG, pulse oximeters, and handheld analyzers.
• Handheld gaming devices: Smartphone and tablet games.
• Industrial automation products: Laser marking and machine monitoring systems.
• Wearable products: Smartwatches and activity trackers.
• Automotive products: OBDII reader and in-dash monitor.
• Security products: Low-power consumption and mobile security.

Working Principle

In order to understand how OS128064PK10MW1B10 display module works, it is first necessary to understand what Liquid Crystal Display (LCD) technology is. LCD technology is based on the principle of controlling the light transmission property of liquid crystals. When the liquid crystal molecules are in the presence of an electric field they twist in the direction of that field, thus effectively switching the display’s optical properties. The driver of the LCD module is the control signal processor (CUS) which gives control commands and data to the display. When the display receives the data from the CUS, it will start performing operations such as scanning and signal processing. The scanned signals are then sent to the display panel, which consists of rows and columns of pixels. Depending on the configuration of the display panel and the control signals, different characters and images can be displayed on the LCD.

Conclusion

OS128064PK10MW1B10 display module is an ideal choice for applications that require a low power consumption display with wide viewing angle. It is widely used in various handheld devices and embedded systems, such as portable medical devices, handheld gaming devices, industrial automation products, wearable products and automotive products. Its working principle is based on the LCD technology which uses a CUS controller and a display panel consisting of rows and columns of pixels for displaying characters and images.

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