Datasheet Pdf !new! — Phico D0 94v0 Lcd Display

Microcontroller PHICO LCD Module +-------------------+ +-------------------+ | GND |---------->| Pin 1 (Vss) | | +5V |---------->| Pin 2 (Vdd) | | | [POT] | | | Digital Pin |---->|---->| Pin 3 (Vo) | | Digital Pin |---------->| Pin 4 (RS) | | GND |---------->| Pin 5 (R/W) | | Digital Pin |---------->| Pin 6 (E) | | Digital Pin |---------->| Pin 11 (DB4) | | Digital Pin |---------->| Pin 12 (DB5) | | Digital Pin |---------->| Pin 13 (DB6) | | Digital Pin |---------->| Pin 14 (DB7) | | +5V |--[Resist]-| Pin 15 (LED+) | | GND |---------->| Pin 16 (LED-) | +-------------------+ +-------------------+ Use code with caution. Note: Always place a current-limiting resistor (typically

Warning: Always verify voltage levels with a multimeter if possible before connecting to a microcontroller, as reverse polarity can damage the panel.

Understanding the PHICO D0 94V0 LCD Display The designation is not a specific manufacturer part number. It is a UL 94 flammability standard issued by Underwriters Laboratories. phico d0 94v0 lcd display datasheet pdf

If you are using the Arduino IDE environment, you do not need to write raw register control scripts. The built-in LiquidCrystal library natively maps to the HD44780 structure used by these modules.

For those looking to save physical pins entirely, the 16 parallel pins can be soldered directly to an I2C backpack expander (PCF8574) . This reduces your physical footprint down to just four lines: VCC, GND, SDA, and SCL. Sourcing the Original Datasheet PDF It is a UL 94 flammability standard issued

Because the Phico D-0 relies on standard character display logic, you do not need a specialized driver. You can easily run it using the standard LiquidCrystal library in the Arduino IDE. Step-by-Step Wiring for 4-Bit Mode

Are you trying to or use this display in a new project ? Share public link For those looking to save physical pins entirely,

This means the display is receiving power properly but has not initialized successfully via software . Check your wiring on the RS, E, and data lines (DB4–DB7). Make sure the pins listed in your code match your physical jumper wires perfectly.

If you would like help implementing or troubleshooting this display, tell me:

For raw cross-reference numbers matching industrial part variations, search indexes like the Datasheet Archive 94V-0 Database provide alternative pin configurations for legacy instrumentation repairs.

The you plan to connect it to (Arduino, ESP32, Raspberry Pi, etc.)