Low cost Graphic LCD modules from Tsingtek

Graphic LCD modules use a dot matrix pattern to display both text and simple bitmap images. Tsingtek mono graphic lcd modules, including STN or FSTN type displays, serial 20x2 lcd are being offered in a wide range of sizes and resolutions with and without touch panels. Our selection includes a broad spectrum of LCD color combinations, backlights, and industrial specified reflective, transmissive and transflective polarizers. 
Custom low cost TAB, COB, and COG constructions are available to meet your mechanical and optical specifications.

what you need graphic LCD display module with visual "pop" and low power consumption

 

Many of our graphic lcd modules use an industry standard compatible controller.graphic LCD display module with visual "pop" and low power consumption.A graphic LCD display module is typically required when the display of more than just text is required. Many of the LCD controllers on board our graphic I2C Lcd Module also include a CGROM(character generator ROM) to be able to easily use character as well as graphics. Some of the graphic LCD displays have the ability to render graphics in grayscale, enabling you to show images and elements of your UI (user interface) with more depth and definition.

Choose from Tsingtek Graphic lcd modules to enjoy crystal clear viewing in all areas of application

Choose from any of our graphic lcd modules to enjoy crystal clear viewing in all areas of application. We offer a wide range of LCD displays for automotive interiors, medical appliances, and hi-bright wide view LCDs for outdoors, and indoor use in various consumer and industrial areas. Our Standard Monochrome Graphic LCDs comes in different LCD type such as FSTN (Film super-twisted nematic display), STN (Super-twisted nematic display) and TN (Twisted Nematic display). Each LCD has 2 forms of polarizers, one in front and one at the rear. Which is applied across the front of the displaying viewing surface and respectively across the rear of the display to determine how the infuse light into the display it self. Our monochrome LCD display does comes in the Polarizations Type of reflective, transflective and transmissive. The Graphic LCD polarizer type, reflective has an opaque rear polarizer that includes a diffuse reflector, such as brushed aluminum, this form of layer reflect light that enter the front of a display and back through the LCD cells. An Polarizer reflective, exhibit extreme high brightness, with excellent contrast and wide viewing angle. Most of our graphic LCD or sometime call graphic lcd 128x64 has a transmissive type this is where the display has a clear polarizer on the front and back of the display. This type of polarizer does depend on the light coming through from the back portion of the display toward the user front viewing area.

Graphic lcd modules

OLED display module is 128, 64 lines structure. Figure 2 is a block diagram of SSD1303, shows a block diagram of the logic modules and the interface circuit. Users only need to give the interface provides power to generate drive command signal and display data signals can light OLED screen. As can be seen from the figure, the line, the column Character LCD Display drivers to output through the FPC bonding OLED screen, the rest of the MCU interface, voltage and current needs of the interface controller and Graphic lcd modules the drive circuit is designed, the external signal module only SSD1303 a relationship. So understand SSD1303 input characteristics and command system, you can easily use this module it.

Solomon Systech SSD1303 is introduced monochrome OLED driver's IC, using the TAB package. This CMOS-based driver IC integrates a row, column drivers, oscillator, contrast, memory Graphic lcd modules controller and graphics data (GDDRAM), greatly reduce the peripheral devices and power consumption. Maximum resolution supported is 132 × 64, wherein the dot area at the bottom of the OLED display 132 × 16 4 to display colors local color, and is programmable to achieve 64 gray when used for monochrome display, programmable contrast control 256. Depending on the use of a microprocessor (MPU) is different, it offers 8 6800 series MPU parallel, 8 8080 series MPU Parallel and Serial Peripheral InteRFace (SPI) serial

Graphic lcd modules

 interface connection in two ways: one is the direct access mode, the other is indirect access. Either way, you want to access the module must first read the Serial display modules  contents of the status register to determine the "busy" flag can be accessed when COG LCD Display  Graphic lcd modules not busy. Direct access method is a module interface as a memory or  devices directly linked to the MCU bus,to access memory or I / O device mode the module operation. Indirect access MCU module is operated via software simulation control timing.
Write instructions on the display module and write data write operation into the left screen and write the right screen. The difference Graphic lcd modules between writing about half the screen is only set corresponding chip select signals, and the difference between writing instruction and writing data when the write data is set RS Graphic lcd modules register select signal. Initialization operation is completed and opened to determine the display position of the display.

Interface design and software TFT LCD Display  programming described above has been successfully applied to the data acquisition system operating parameters of the display system to good effect; coupled with significant anti-button control, parameter setting, flip, the establishment of a good man-machine interface.

OLED display has a relatively simple structure and process characteristics such as excellent

 Oled display Owing to the self-luminous, without backlight, high contrast, wide viewing angle, fast response, flexibility of the panels can be used in a wide temperature range. oled display has a relatively simple structure and process characteristics such as excellent, is considered the next generation of flat panel display technology emerging OLED Display . For organic light devices, we can luminescent material will be divided into two types: small molecule OLED and polymer OLED. Preparation their differences mainly in the different devices: small molecule devices mainly used vacuum thermal evaporation process, the use of spin coating of polymer devices or inkjet technology. Organic light-emitting diode (OLED) displays more common in cell phones, media players and small entry-level TVs and other products of the most significant. Unlike standard LCD, OLED pixel is driven by a current source. High-resolution color active matrix organic light-emitting diode (AMOLED) display OLED Display Module  the use of active-matrix backplane, backplane using this active switch switch each pixel. The liquid crystal (LC) display amorphous silicon process has matured, can supply low-cost active matrix backplane, and can be used for OLED. Whether standard or flexible OLED, are required to use the same power supply and drive technology. To learn interactive OLED technology, function and power supply between must-depth analysis of the technology itself. OLED display is a self light-emitting display technology, completely without any backlighting. OLED materials used in a chemical structure is suitable for an organic material.