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Pin-16 (LED-): This is the Cathode terminal of the backlight LED.Reputable Online Pharmacy Glyburide and Metformin.

In Arduino based projects, the back LED light can be power-driven from the 3.3V source on the Arduino board. When operated at 5V, a 560-ohm resistor should be associated in series with this pin.

Pin-15 (LED+): Anode of the back LED light.

The instructions and data are fed to the LCD module, though these data pins.

Pin7 to Pin14 (DB0-DB7): These are data pins.

A high to the low signal at this pin will permit the module.

Pin-6 (E-enable): This pin is meant for permitting the LCD module.

Logic HIGH at this pin actuates read mode and logic LOW at this pin actuates write mode.

Pin-5 (R/W- Read/Write modes): This pin is used for choosing between Read & Write modes.

If we make the RS -pin low and feed an i/p to the data lines, then this will be treated as a command. If we make the RS -pin HIGH and feed an i/p to the DB0 to DB7 (data lines), this i/p will be treated as data to show on the LCD screen.

Pin-4 (RS- Register select pin): The JHD162A has 2-registers such as data register and command regisThe logic high at RS-pin chooses data register and logic low at RS-pin chooses command register.

The voltage at the VEE-pin describes the difference.

Pin-3 (VEE): Contrast adjustment pin, Logic this is done by connecting the terminals of a 10K potentiometer to Vcc and GND, then connecting the slider pin to the VEE-pin.

Pin-2 (Vcc): Power (+5V supply) to LCD module.

Pin-1 (Vss): GND pin of the LCD module.

The term and the functions of every pin of the LCD module are discussed below.

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