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Flexible PCB keypad

Flexible PCB keypads are crucial for the effective and reliable input control of many electronic devices, including mobile phones, tablets, remote controls, and industrial equipment. Their crucial function is to allow users to interact effortlessly with the device, whether it be for inputting text, modifying options, or triggering certain features. They are made for flexible, durable, and easier integration into compact electronic designs. Flexible PCB Keypads are an important component of modern electronics to achieve performance and durability.

  • Material: Polyimide (PI)
  • Copper Thickness: Common Options 12um or 18um.
  • Minimum Line Width/Spacing: Common Options 0.1-0.2mm
  • Via Hole Size:0.1-0.2mm
  • Button Type: Dome and Tactile Switch
  • Reinforcement Type: PI / Steel Sheet (0.1-0.5mm) / FR4 (0.2-2.0mm)
  • Appearance Color: Amber, Black,White

Detailed Description of Flexible PCB Keypad

Introduction

The Flexible PCB Keypad is an advanced, thin, and robust solution for input control in the most modern electronic devices. Additionally, it can bend easily to fit into tight designs; furthermore, its electrical performance is better than comparable designs. An essential component, this chip allows engineers to build compact, power-efficient, and long-lifetime keypads for use in a wide array of products.

Product Features

  • Ultra-thin & lightweight: The PCB flexible keypad is extremely thin, with a thickness of less than 0.1 mm, suitable for the design of miniaturized devices, such as mobile phones, tablets, and wearable devices. Not only does it reduce the weight of the device, but it also ensures its longevity.

  • Smart Design: The keypad is very flexible and endures repeated flexing and bending, thus making it ideal for dynamic applications that may experience multiple presses of the keypad, such as in wearables and hand-held devices.

  • Flexible Layout: The keypad design has a high degree of freedom and can be adjusted according to the specific layout of single-sided, double-sided, and multilayer. Such support means that the keypad can fit into various shapes and sizes and would work with a wide variety of device forms.

  • Stable Signal Transmission: Despite its thin and flexible design, the keypad maintains low signal loss and high electrical performance, which ensures precise and responsive input during use.

Key Advantages

  • Space Efficiency: The flexible nature of the PCB allows for compact integration, optimizing the internal layout of electronic devices and reducing the need for additional components.
  • Enhanced Device Reliability: With its robust construction, the flexible PCB keypad provides consistent performance, even under frequent use and environmental stress.
  • Low manufacturing cost: The keypad owns its property for compatible scalable manufacturing means it will be manufactured at a very low cost without sacrificing quality.
  • Green and Clean: The product is RoHS and REACH compliant, which mean that it went through the manufacturing process safely on and is environmentally friendly.

Applications

The Flexible PCB Keypad’s versatility makes it suitable for a wide range of industries, including:

  • Smartphones: Used for on-screen navigation or hardware-based buttons, providing seamless user interaction.
  • Wearable Devices: Integrated into compact wearables like smartwatches and fitness trackers for responsive input.
  • Tablets: Supports side or front-facing buttons for volume control, power on/off, and other functionalities.
  • Consumer Electronics: Found in TV remote controls, gaming gadgets, and other portable devices that require compact, high-performance keypads.
  • Medical Devices: Portable diagnostic equipment and medical monitoring system

Customization Options

  • Design Customization: The keypad layout can be tailored to specific device needs, allowing for flexible integration into irregular device forms.
  • Options for Layering: Single-layer, double-layer, or multi-layer, depending on the complexity needed. Performance and durability improvements can be achieved through the use of gold plating or other conductive finishes.

Side Key FPC Specification

Layers Double Type Flexible
Base Material
Electrolytic Copper
Customization YES
Copper Thickness 12um/18um Finished Thickness 0.1mm
Insulation Material PI Reinforcement Material  PI / Steel Sheet/ FR4
Coverlay Amber, Black, White Surface Treatment ENIG
Sample Price $60 Mold Fee $200
Sample Quantity 30PCS Test Fixture Fee $150
Sample  Time 5-6 Days Batch Lead Time 8-10Days
 Sample Testing Flying Probe Batch Testing  Electrical Test
Sample Shaping Laser Batch Shaping Die Punching

Q: What is the minimum order quantity?

A: We do not have a minimum order quantity requirement, it depends entirely on the actual needs of the customer.

Q: Can I customize the design?

A: Yes, we offer full customization, including material, layout, and dimensions.

Q: How long does production take?

A: Standard production takes 10–15 working days. Expedited orders can be completed in 7 days.

Q: Do the products meet international standards?

A: Yes, all our products comply with RoHS, REACH, and ISO9001 certifications.

Q: Can I get a sample?

A: Yes, sample orders are available, with a lead time of 5 working days.

Q: Do you offer international shipping?

A: Yes, we use DHL, FedEx, UPS, and other shipping methods worldwide.

Q: How is the price determined?

A: Pricing is based on order quantity, specifications, and complexity. Bulk discounts are available.

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