OS128064PN10MW1B10

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Display Modules are a wide range of electronic devices and display technologies including LCD, OLED and Graphic. The OS128064PN10MW1B10 is a popular display module which is often used in a variety of different applications. This article will discuss the application field and working principles of the OS128064PN10MW1B10 display module.

The OS128064PN10MW1B10 is a monochrome display module based on organic light-emitting diode (OLED) technology. Its display size is 1.27 inches while its resolution is 128×64 pixels. Its module thickness is just 0.9mm, making it particularly suitable for use in tightly constrained space and weight sensitive applications. It has an optimal viewing angle of 140⁰, a maximum brightness of 16000cd/m2 and a contrast ratio of 2000:1. The OS128064PN10MW1B10 also has an impressive response time of 20 μs.

Due to its slim design, the OS128064PN10MW1B10 is often used in portable devices such as watches, calculators and other handheld products. Moreover, its miniature dimensions make it suitable for use in aviation, automotive and medical instrumentation applications, such as blood pressure monitors. Thanks to its outstanding viewability and low power dissipation, it is a popular choice for use in consumer appliances, such as doorbells and phone chargers.

In addition to these applications, the OS128064PN10MW1B10 display module is ideal for use in POS systems, banking machines and ticket machines. It can also be used in signage applications such as elevator floor or food store signage. Thanks to its long lifetime, this module is also suitable for use in public LED displays, such as scoreboards and bus stops.

In terms of working principles, the OS128064PN10MW1B10 comprises of two main components: a light emitting diode (LED) and a transistor. The LED is responsible for providing the display\'s illumination and the transistor is responsible for controlling the current that flows from the LED. When the current flow is increased, the brightness of the OLED display increases accordingly. This process is governed by the display\'s control board, which is typically comprised of a microcontroller and a few other components.

The microcontroller sends electrical signals to the display through the I2C bus. The bus is used to send instructions which indicate the display\'s brightness, offset and other related commands. Once the instructions have been received, the display\'s current is adjusted accordingly, which then ensures the desired display brightness.

To conclude, the OS128064PN10MW1B10 is a popular display module that is often used in a variety of different applications. This OLED display module is particularly suitable for use in portable devices due to its slim design and miniature dimensions. In addition, it is also suitable for use in other applications, such as POS systems, banking machines and LED displays. In terms of working principles, the display module comprises of a LED and a transistor, which is controlled by a microcontroller. This controller sends electrical signals to the display through the I2C bus to ensure the desired brightness is achieved.

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