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SEEKPCB is recognized as a top provider of flexible PCBs in the industry. We specialize in offering flexible 3-layer polyimide PCBs for soldering circuit connectors, with a commitment to delivering reliable and high-performance solutions. SEEKPCB ensures competitive pricing for these high-quality PCBs. For any inquiries or custom requests, contact us directly for prompt and professional assistance. Layer: 3 Thickness: 0.15mm Copper: 12um Surface Treatment: Immersion Gold Application: flexible pcb connectors Highlights: Impedance Control 100OHM | |||||||||
The Flexible 3 Layer Polyimide PCB is designed for soldering circuit connectors. It has a thickness of 0.15mm, ensuring compactness and flexibility. The copper layer thickness is 12um, providing robust conductivity. Impedance control is set to 100OHM for optimal signal integrity. This PCB is ideal for flexible connectors in electronic devices. It features a surface treatment of immersion gold for enhanced durability and reliability. The material is polyimide, providing high thermal stability.
This product is well-suited for flexible PCB applications. SEEKPCB offers a wide range of capabilities, from 1-20 layers. The maximum board size is 1200x400mm, with a thickness tolerance of ±8%. Surface treatments such as HAL, ENIG, plated gold, and immersion gold are available. Copper weights range from 0.5 to 6oz, and various color options are available for solder mask and silkscreen.
Parameter | Value |
---|---|
Layer | 3 |
Thickness | 0.15mm |
Copper | 12um |
Surface Treatment | Immersion Gold |
Application | Flexible PCB connectors |
Impedance Control | 100OHM |
Manufacturing Capacity | 1-20 layers |
Base Materials | FR4, High-TG FR4, CEM3, Aluminum, High Frequency |
Max Board Size | 1200x400mm |
Board Thickness Tolerance | ±8% |
Surface Treatments Available | HAL, ENIG, Plated Gold, Immersion Gold, OSP |
Copper Weight | 0.5-6oz |
Color Options | Various colors for solder mask and silkscreen |
Three-layer FPC: Flexible PCB specifically designed for connectors.
Impedance Control: Maintains 100OHM impedance for reliable signal transmission.
Electromagnetic Film Protection: Outer layer protects against external signal interference.
Thickness & Copper: 0.15mm thickness and 12um copper layer for durability and performance.
Surface Treatment: Immersion gold enhances surface reliability and longevity.
Small Size and Flexibility: Compact and adaptable, replacing traditional cables.
Signal Transmission: Impedance control ensures reliable transmission of large data volumes.
External Protection: Electromagnetic film layer protects against external signal interference.
Custom Solutions: Tailored solutions and professional guidance for flexible PCB connectors.
Experience: Over 10 years of expertise in flexible PCB design and fabrication.
1. What is a Flexible 3 Layer Polyimide PCB?
A flexible 3-layer polyimide PCB is a circuit board designed with three layers of flexible polyimide material, ideal for creating compact, bendable connectors used in various electronic devices.
2. What are the benefits of using Flexible PCBs for connectors?
Flexible PCBs offer small size, flexibility, and the ability to replace traditional cables, making them ideal for compact spaces. They provide better signal integrity, especially in high-frequency applications.
3. How does impedance control benefit the signal transmission?
Impedance control ensures consistent signal transmission by preventing signal reflections and loss, especially when transmitting large volumes of data, improving the overall performance of your devices.
The Flexible 3 Layer Polyimide PCB is designed for soldering circuit connectors. It has a thickness of 0.15mm, ensuring compactness and flexibility. The copper layer thickness is 12um, providing robust conductivity. Impedance control is set to 100OHM for optimal signal integrity. This PCB is ideal for flexible connectors in electronic devices. It features a surface treatment of immersion gold for enhanced durability and reliability. The material is polyimide, providing high thermal stability.
This product is well-suited for flexible PCB applications. SEEKPCB offers a wide range of capabilities, from 1-20 layers. The maximum board size is 1200x400mm, with a thickness tolerance of ±8%. Surface treatments such as HAL, ENIG, plated gold, and immersion gold are available. Copper weights range from 0.5 to 6oz, and various color options are available for solder mask and silkscreen.
Parameter | Value |
---|---|
Layer | 3 |
Thickness | 0.15mm |
Copper | 12um |
Surface Treatment | Immersion Gold |
Application | Flexible PCB connectors |
Impedance Control | 100OHM |
Manufacturing Capacity | 1-20 layers |
Base Materials | FR4, High-TG FR4, CEM3, Aluminum, High Frequency |
Max Board Size | 1200x400mm |
Board Thickness Tolerance | ±8% |
Surface Treatments Available | HAL, ENIG, Plated Gold, Immersion Gold, OSP |
Copper Weight | 0.5-6oz |
Color Options | Various colors for solder mask and silkscreen |
Three-layer FPC: Flexible PCB specifically designed for connectors.
Impedance Control: Maintains 100OHM impedance for reliable signal transmission.
Electromagnetic Film Protection: Outer layer protects against external signal interference.
Thickness & Copper: 0.15mm thickness and 12um copper layer for durability and performance.
Surface Treatment: Immersion gold enhances surface reliability and longevity.
Small Size and Flexibility: Compact and adaptable, replacing traditional cables.
Signal Transmission: Impedance control ensures reliable transmission of large data volumes.
External Protection: Electromagnetic film layer protects against external signal interference.
Custom Solutions: Tailored solutions and professional guidance for flexible PCB connectors.
Experience: Over 10 years of expertise in flexible PCB design and fabrication.
1. What is a Flexible 3 Layer Polyimide PCB?
A flexible 3-layer polyimide PCB is a circuit board designed with three layers of flexible polyimide material, ideal for creating compact, bendable connectors used in various electronic devices.
2. What are the benefits of using Flexible PCBs for connectors?
Flexible PCBs offer small size, flexibility, and the ability to replace traditional cables, making them ideal for compact spaces. They provide better signal integrity, especially in high-frequency applications.
3. How does impedance control benefit the signal transmission?
Impedance control ensures consistent signal transmission by preventing signal reflections and loss, especially when transmitting large volumes of data, improving the overall performance of your devices.