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Circuit Layout

Rigid Flexible PCB Circuit Design, i.e. Consistent Pressure, Shielding...

Rigid flexible PCB circuit layout refers to the arrangement of electronic components, traces and connections on a circuit board or substrate.

A flexible PCB circuit layout of one key membrane button, this is the back view and easily to see its circuit layout.


Contact Reliability

Contact reliability of rigid flexible pcb is crucial, it always pertains to the consistency and dependability of electrical connections in electronic devices, particularly in interfaces like switches or connectors.

Contact Material

Choose high-quality contact materials that can withstand repeated keypresses without wearing out quickly. Silver, gold, or conductive carbon are common choices for contact surfaces.

Consistent Pressure

Design the switch mechanism to provide consistent pressure on the contacts when a key is pressed. This ensures reliable electrical connections every time.

Contact Spacing

Ensure that the spacing between contacts is sufficient to prevent accidental short circuits while still allowing for proper electrical contact when a key is pressed.


Trace Routing and Spacing

Trace routing and spacing are critical aspects of printed wire design and refer to how conductive traces are laid out on the wire surface. Proper trace routing involves designing the paths that carry electrical signals in a way that minimizes interference, crosstalk, and signal loss while optimizing electrical performance.

Proper Trace Width

The width of the traces on the circuit board should be appropriately sized to handle the current flowing through them. Too narrow traces can lead to overheating and circuit failure.

Electromagnetic Interference (EMI)

Keep traces properly routed and spaced to minimize electromagnetic interference. This is especially important in sensitive electronic devices to prevent signal degradation. Implement a solid ground plane to help reduce EMI and provide a stable reference voltage.

Signal Isolation

Keep high-speed or sensitive signal traces separate from noisy or high-power traces to prevent crosstalk or interference.



By carefully designing the circuit layout with these considerations in mind, you can create a membrane switch or electronic interface that offers reliable and consistent performance while minimizing the risk of contact failure and electrical interference.

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Our Value-added Solutions

Can make them resistant to dust, moisture, chemicals, or other harsh or demanding operating conditions.

Enhances visibility and usability, allowing users to interact with the switches more effectively in low-light or dark environments.

Metal control panel overlay makes membrane keypad extremely rugged, moreover metal overlay increase the aesthetic appearance.

A seven-segment display is seamlessly combined with a custom membrane switch, providing real-time feedback.

Provide electromagnetic interference (EMI) shielding or protection against electromagnetic radiation and interference.

Precise tactile response can enhance the user experience, making it easier for users to confirm that a button press has been registered.

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