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About This Product
■Small monochrome MIP LCD display ideal for portable devices
In recent years, devices have become smaller and thinner, and devices that are designed to be carried, such as wearable devices and handy devices, have become popular. These devices are required to operate for long periods of time on a single charge, display clearly, and operate stably even in cold or hot regions. Kyocera has developed the MIP liquid crystal display as a display that meets these needs.
Features
■Outstanding visibility outdoors
In the case of devices used outdoors, such as handheld terminals, the display may become dark or the display may appear double depending on the angle of sunlight, making it difficult to see. In order to meet these challenges, MIP liquid crystal displays
・Reflective LCD display
・Inner reflective layer
This feature makes it extremely easy to see using just outside light.
■“Low power consumption” contributes to long-time operation
For devices powered by dry batteries or rechargeable batteries, the power consumption of the display may affect the operating time. In order to run for as long as possible,
・Internal pixel memory
・Reflective LCD display
・Pixel selection method
It is a liquid crystal display with functions and features.
■Improved expressiveness with high-definition LCD
Liquid crystal displays such as digital clocks often use segmented displays, and there are limits to what can be expressed within the display area. MIP LCD display is
・Active matrix liquid crystal
・LTPS technology
This allows you to freely display numbers, icons, etc. in the same place, improving your expressiveness.
■Excellent responsiveness in low temperature environments
When using a typical passive LCD display in a low-temperature environment, the display switching is very slow and can be difficult to see. Devices using MIP liquid crystal displays can switch displays quickly even in low-temperature environments due to good responsiveness, which is one of the characteristics of active matrix liquid crystal displays, and can provide stress-free and easy-to-read displays even at -30 degrees Celsius. Masu.
■Easy display via serial communication
When using a general LCD display, it is necessary to prepare complex peripheral circuits such as driver ICs. The MIP LCD display, which uses a serial interface, is characterized by the ability to connect directly to a CPU or microcontroller. In addition, the power supply voltage can be driven at 3.3V or 3V, eliminating the need for a booster circuit.
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Product
Low power liquid crystal display (MIP)
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