spi lcd module lcd12864 quotation

This is a thin, extremely low-power 128x64 graphic LCD display. An integrated white EL backlight easily illuminates the display in low-light conditions. This display is perfectly suited for hand-held or any application requiring low power consumption or a very thin display. It has an integrated controller. The FFC is designed for inexpensive mass-production, with no need for a mating connector as the module and backlight connections solder directly to your PCB.

This is an extremely low-power 128x64 graphic LCD display module. It has an integrated white LED backlight that illuminates the display easily in low-light conditions. This display is perfectly suited for hand-held or any application requiring low-power or a very a thin display. It has an integrated controller and the FFC tail is designed to mate with standard 18-conductor 0.5mm pitch ZIF connectors (typical would be Omron XF2L18351A/ DigiKey P/N OR754CT-ND).

The LCD 4884 expansion board take with Nokia 5110 LCD screen as it display, the SPI interface maximum save I / O resources. Add a five-way joystick particular to facilitate the realization of building human-computer interaction interfaces. This product is suitable for a variety of development boards and controllers, such as Arduino controller, STC microcontroller, AVR microcontroller. Note: Please read the instructions carefully to drive plate, no electric! In order to avoid incorrect connection driver board permanent damage. Please check the pin function instructions carefully, pay attention to the concise identifier, correct connection! Don’t pick up the power cord to the, resulting in electronics burned. Use Nokia 5110 LCD screen as display devices. SPI interface, maximum limit save the I/O resources. Specially added five rocker, convenient implementation structures, human-computer interaction interface, all the rest of the analog and digital interface with pin derivation, easy to install sensors and other modules. This product is suitable for various development board and controller, for example: the Arduino controller, on STC microcontroller, AVR microcontroller, etc.

Product Type: the Arduino expansion board. Production process: FR4 double-sided tin. Humanization design: has the man-machine interactive interface “five rocker”. Working temperature: 10 ℃ to 30 ℃. On-board resources: DIGITAL: eight ANALOG IN: five 48 x 84 LCD: one, Five rocker button: one, system reset button: one.Application method: first plug module directly to the Arduino controller, then use the USB cable connect the controller to the computer. LCD4884 Joystick shields extension plate test, we use the Arduino controller to do a test should use hardware equipment as follows: Arduino controller x 1, LCD4884 Joystick Shield ×1, USB data line x 1. First plug module directly to the Arduino controller, then use the USB cable connect the controller to the computer. This module requires the Arduino version 1.0 or above. Add the library file is rear can compile,”LCD4884_Joystick_Shield_Demo” folder from the routine package copy to C: Program Files arduino – 1.0.1 libraries folder, open the Arduino software, File > Examples > LCD4884_Joystick_Shield_Demo > LCD4884 Demo click the download button on the surface of the software, a moment later, liquid crystal display.

Specifications & Features: TypeDisplay, Use ForFor Arduino, Dimension(cm)(7 cm x 5.3 cm x 1.8 cm), Net Weight(kg)0.026, “LCD 4884 Rocker Expansion Board”

From your scope shots, you are very clearly transitioning the MOSI data line at the same time as the rising edge of the SCLK. This is a problem, since the clock is a rising-edge clock (data is sampled at the moment of the rising edge). According to the data sheet the data should be stable on the serial input for 40 ns or more before the rising edge, and should remain for 40 ns or more after the rising edge. Ideally, you would change the data around the same time as the falling edge of the clock. If you are using a hardware SPI, then you probably have the clock phase set up wrong; the fix would be as simple as flipping a bit in a config register somewhere. If you are bit-banging it, then you need to revisit your code.

It"s possible that a 3.3V compatible 12864 display would work from the SPI daughter board connector without level shifters, although the datasheet implies that the SPI clock signal needs to be gated externally with CS. It"s not hard to find 3.3V-compatible 12864 displays, but all the cheap integrated display+encoder combinations seem to be 5V only.

This is a framed type LCD graphical 128x64 with LED backlight. ST7920 controller type LCD with a simple command interface. This display utilizes the unofficial 12..