Custom Made 2.54MM Pitch Female Connector Membrane Keyboard Membrane Switch Panel

Custom Made 2.54MM Pitch Female Connector Membrane Keyboarmembrane Switch Panel

Design Considerations

1. Connector Specifications:

   • Pitch: Ensure the female connector has a 2.54mm pitch (0.1 inch) for compatibility with standard headers.
   • Pin Count: Determine the number of pins required based on your design.

2. Membrane Switch Structure:

   • Layers: Typically consists of an upper layer (graphic overlay), spacer layer, and lower layer (circuit layer).
   • Material: Use durable materials (like polyester or polycarbonate) that can withstand repeated presses.
   • Adhesive: Choose high-quality adhesives to ensure longevity and reliability.

3. Graphics and Labeling:

   • Custom Graphics: Design the overlay with clear, user-friendly graphics and labels.
   • Backlighting: Consider adding an option for backlighting if needed.

4. Tactile Feedback:

   • Domes: Incorporate tactile dome switches to provide feedback when keys are pressed.
   • Actuation Force: Specify the required actuation force for user comfort.

Technical Specifications

1. Electrical Specifications:

   • Voltage and Current Ratings: Ensure the switch can handle the necessary voltage and current for your application.
   • Circuit Design: Design the circuit to accommodate the intended use, including any required resistors or capacitors.

2. Testing and Compliance:

   • Durability Testing: Test the membrane switch for durability (e.g., lifecycle testing).
   • Environmental Testing: Ensure it can withstand environmental factors (humidity, temperature).

other Features:

• Product Name: Membrane switch panel
• Metal Domes: Nickel Or Gold Plated Or Others
• Circuit: Printing Silver Ink On PET Material
• Material: Polyester Or Polycarbonate
• Structure: 6 Layers
• Life Cycles: 500,000-1,200,000

Looking for a Graphic Overlay Membrane Switch? Our Tactile Membrane Switches have you covered. With metal domes available in nickel, gold plated, or other options, a circuit printed with silver ink on PET material, and a durable 6-layer structure, these switches can withstand up to 1,200,000 life cycles.

Technical Parameters:

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