WC1602A LCD Application Guide

flux

I’ll research the WC1602A-STBLWHC06 LCD module and create the requested application guide in project files, with cited wiring guidance, verified alternatives, and explicit notes where specifications cannot be confirmed.

flux

I confirmed this is a Wincom module, not Winstar, and found similarly named serial-interface variants that must not be substituted blindly. The datasheet lookup is still unresolved; I’ll clearly distinguish source-supported family guidance from specifications that need confirmation for the exact suffix.
Created a project doc

WC1602A-STBLWHC06 Application and Usage Guide

View Document
WC1602A-STBLWHC06 Application and Usage Guide
The WC1602A-STBLWHC06 is a Wincom 16×2 character LCD module, described in an exact-name supplier listing as a blue negative STN display with white LED backlighting and a parallel interface; the manufacturer's WC1602A family page independently confirms the character-display family and parallel-interface option. Its common application is an alphanumeric status or menu display controlled by a microcontroller through an HD44780-style character-LCD interface, using the integration pattern documented by Arduino. Wincom family page · Exact-name listing · [Arduino LCD...

flux

Created the WC1602A-STBLWHC06 Application and Usage Guide in project files, covering all seven requested sections with source links, practical wiring guidance, and two functionally similar alternatives.
Important limitation: Exact-suffix electrical ratings, backlight requirements, and footprint compatibility remain unverified and are clearly flagged; a supplier-approved datasheet is needed before treating the guide as production-ready.
Sign up to send

Files

Pins

Symbol

Layout

3D View

explain this project.
R

rodrigoellis183

@copilot explain this project.
2y

copilot

This project appears to involve a 16x2 LCD Display Module (Winstar WC1602A), which is HD44780-compatible and comes with a backlight. It is stated to be useful with Arduino, Adafruit, and Raspberry PI.
The LCD has several terminals with different designators which are used to interface with it. These are typically connected to a microcontroller or other device to control the display.
  • D0 to D7: 8 data lines that carry the data to and from the LCD. They are input to the LCD.
  • RS: This pin is used to select whether a command is data (RS=1) or an instruction (RS=0).
  • R/W: This pin is used to select whether the operation is read from (R/W=1) or write to (R/W=0) the display.
  • E: This is the enable pin for the LCD, used to start data read/write.
  • VSS, VDD: These are the supply voltage pins of the LCD module. Typically, VDD is connected to the power supply while VSS is connected to the ground.
  • VO: This pin controls the contrast of the LCD. It's often connected through a potentiometer to adjust contrast.
  • LED(+), LED(-): These pins are used for the backlight LED. LED(+) is connected to the power supply and LED(-) is connected to the ground.
In your project, no nets (connections) have yet been made between the components. The specifics of how these components are connected will depend on the requirements of your specific application and the characteristics of any other components in the system.
2y
2
D5
D6
D1
D4
VDD
RS
E
D7
VO
VSS
D0
LED(+)
LED(-)
D3
R/W
D2
Name
Pin #
Type
Section
Pin Group
Orientation
Order
Sub-symbol
Terminal Type
VSS
1
Unspecified
powerIn
VDD
2
Unspecified
powerIn
VO
3
Unspecified
INPUT
RS
4
Unspecified
INPUT
R/W
5
Unspecified
INPUT
E
6
Unspecified
INPUT
D0
7
Unspecified
INPUT
D1
8
Unspecified
INPUT
D2
9
Unspecified
INPUT
D3
10
Unspecified
INPUT
D4
11
Unspecified
INPUT
D5
12
Unspecified
INPUT
D6
13
Unspecified
INPUT
D7
14
Unspecified
INPUT
LED(+)
15
Unspecified
powerIn
LED(-)
16
Unspecified
powerIn

WC1602A