ShenZhen Taida Membrane Switch CO.,LTD

DongGuan Taida Membrane Switch Technology Co., Ltd

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Printed Polyester Digital Membrane Switch Module Arduino Matte Self Adhesive Nameplate

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Country/Region:china
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Printed Polyester Digital Membrane Switch Module Arduino Matte Self Adhesive Nameplate

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Brand Name :Taida
Model Number :20241128-01
Certification :ISO9001,SGS,ROHS,REACH,UL
Place of Origin :DongGuan of China
MOQ :300 pcs
Price :communication
Payment Terms :Western Union, T/T,PAYPAL
Supply Ability :40000 +pcs +a Month
Delivery Time :4-5 days for Samples making ;10-15 days for Batch goods
Packaging Details :PE bags first and Foam in Carton and etc
Material :Polyester or Polycarbonate ,silicone or other request
Color :Pantone, RAL CMYK ,RGB or samples
Adhesive :3M adheisve or other reuqest
Button type :Poly dome or flat
Embossing shape :Rim embossing ,Pollow embosing,dimple embossing
Stock Temperature :-40°c~+80°c
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Printed Polyester Digital Membrane Switch Module Arduino Matte Self Adhesive Nameplate​

Using a Membrane Switch with Arduino

Here's a basic guide on how to set up a membrane switch module with an Arduino:

Components Needed

  • Arduino board (e.g., Arduino Uno)
  • Membrane switch module
  • Breadboard and jumper wires
  • Resistor (typically 10k ohm for pull-down configuration)

Wiring Diagram

  1. Connect the Membrane Switch:
    • Connect the common pin (COM) of the membrane switch to a digital input pin on the Arduino.
    • Connect the other pins (for each button) to ground through a resistor (10k ohm).

Explanation

  • INPUT_PULLUP: This configures the pin with an internal pull-up resistor, meaning the pin reads HIGH when the button is unpressed and LOW when pressed.
  • Debouncing: A short delay is included to prevent multiple readings from a single press.

Tips

  • Testing: Use the Serial Monitor in the Arduino IDE to see the output when the button is pressed.
  • Multiple Buttons: If your membrane switch has multiple buttons, you can connect each button's output to a different pin on the Arduino and modify the code accordingly to read their states.

Applications

Membrane switch modules are commonly used in:

  • Control panels for appliances
  • Keypads for security systems
  • User interfaces for various electronic devices

Specification:

1)Material (for front or face overlay)

Polyester:

1.Highly versatile for embossing

2.Highly resistant to chemicals

3.Better durability

4.For internal and external use, UV resistance

Polycarbonate:

1.Different surface(Glossy, Matt) and thickness(From 0.12mm~2mm)

2. cost-effective in price

3.For internal and external use

2) Embossing

Rim embossing/pillow embossing/dimple embossing

Graphic overlays can be embossed in order to insert domes/LED, leave space for mechanical keys/LED and provide tactile indications and better tactile feeling.

3)Windows(for display function)

1. print different colors windows, As transparent grey/Red/green window for display

2. Clear/Transparent window for LCD display

2. Matt/semi-transparent window for LED

4)Keys/buttons

Tactile keys---with poly dome

Non-tactile--silver printing dots with flat key

5)Adhesive

mostly used are 3M-double-side glue



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Printed Polyester Digital Membrane Switch Module Arduino Matte Self Adhesive NameplatePrinted Polyester Digital Membrane Switch Module Arduino Matte Self Adhesive NameplatePrinted Polyester Digital Membrane Switch Module Arduino Matte Self Adhesive Nameplate

Advantages:
Easy to apply and remove without leaving residue
Durable and resistant to moisture, chemicals, and environmental factors
Customizable with various designs, shapes, and sizes
Cost-effective for small to medium-sized labeling needs
Versatile for use on a wide range of surfaces and materials
Self-adhesive labels are a popular choice for a variety of labeling and identification needs due to their convenience, versatility, and ability to be customized to meet specific requirements.

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