Shenzhen Yideyi Technology Limited Company 86-136-7006-7254
20 Layer Rigid Flex Pcb Prototype With Impedance Control Fabric Textiles

20 Layer Rigid Flex Pcb Prototype With Impedance Control Fabric Textiles

  • High Light

    Rigid Flex Pcb Prototype


    20 Layer Rigid Flex Pcb


    Fabric Textiles pcb

  • Service
    Flex PCBA PCB
  • Type
    PCB With Impedance Control Rigid Flexible PCB 20 Layer Fabrics Textiles
  • Min Annular Ring For Component Hole
    4mil (0.1mm)
  • Min. Hole Size
  • Copper Thickness
  • Min. Line Width
  • Application
    Electronics Device
  • Min Thickness For Insulating Layer
    1mil (0.025mm)
  • Place of Origin
  • Brand Name
  • Certification
    ISO13485, IATF16949, ISO9001,IOS14001
  • Model Number
  • Minimum Order Quantity
  • Price
  • Packaging Details
    Vacuum packing or Anti-static package,Outer:export carton or according to the customer's requirement.
  • Delivery Time
    1-15 working days
  • Payment Terms
    L/C, D/A, D/P, T/T, Western Union, MoneyGram
  • Supply Ability

20 Layer Rigid Flex Pcb Prototype With Impedance Control Fabric Textiles

PCB With Impedance Control Rigid Flexible PCB 20 Layer Fabrics Textiles



One-Stop Service:

Now we have been a factory which can provide one-stop service,

from the PCB production, the components purchasing to the components assemble.


1. PCB Copy

2. PCB drawing / design according to your schematic diagram

3. PCB manufacturing

4. Component sourcing

5. PCB Assembly

6. PCBA 100% test

7.  AOI, In-Circuit Test (ICT), Functional Test (FCT)

8. PCBA copy

9. Quick prototyping

10.  Flex-Rigid PCB



Rigid Flexible PCB Capability


Process capability
product type
FR-4, High Tg, Aluminium, Copper PCB, Ceramic PCB, Polyimide PCB, Rigid-flex PCB
Max layer count
20 layers
Min base copper thickness
1/3 OZ (12um)
Max finished copper thickness
10 OZ (350um)
Min trace width/spacing(Inner layer)
2/2mil (0.05mm)
Min trace width/spacing(Outer layer)
2/2mil (0.05mm)
Min spacing between hole to inner layer conductor
6mil (0.15mm)
Min spacing between hole to outer layer conductor
6mil (0.15mm)
Min annular ring for via
4mil (0.1mm)
Min annular ring for component hole
4mil (0.1mm)
Min BGA diameter
4mil (0.1mm)
Min BGA pitch
4mil (0.1mm)
Min hole size
0.15mm(CNC); 0.1mm(Laser)
Max aspect ratios
Min soldermask bridge width
4mil (0.1mm)
Soldermask/circuit processing method
Min thickness for insulating layer
1mil (0.025mm)
HDI & special type PCB
HDI(1-3 steps), R-FPC(2-16 layers), High frequency mix-pressing(2-14 layers), Buried capacitance & resistance, 0.14mm to 0.2mm
extra thinner pcb,high heat conducting thermoelectric separation copper based pcb, etc
Surface treatment type
ENIG, HAL, HAL lead free, OSP, Immersion Sn, mmersion silver, Plating hard gold,Plating silver, carbon oil, ENIG immersion tin
Max PCB size
Multi-layer: 600*550mm 1-2 layer: 500*1200MM



Rigid flex circuits enable you to design circuitry to fit your end product, rather than building it around the circuit board – and they are a reliable, strong, and versatile way to do so.

Rigid flex circuit assemblies are ideal for reducing and/or eliminating connectors, as well as the labor, yield, transmission, and reliability issues that are inherent in their application.


There are several circumstances that make rigid flex PCBs as an optimal solution. In such situations, these boards are not only worth the investment, but also may be the most cost-effective choice. These include:


1. High-shock and high-vibration environments. Rigid flex PCBs are highly shock resistant and can survive in high-stress environments that would otherwise cause equipment failure.
2. High-precision applications where reliability is more important than cost considerations. In situations where a cable or connector failure would be dangerous, the more durable rigid flex PCBs are preferable.
3. High-density applications.Some assemblies lack the requisite surface area for all the necessary connectors and cables. A rigid flex circuit can economize space to solve this problem.
4. Applications requiring multiple rigid boards. When assemblies get crowded with more than four connected boards, it may be optimal and more cost effective to replace them with a single rigid flex PCB.



Rigid Flexible PCB that we made for customers:


20 Layer Rigid Flex Pcb Prototype With Impedance Control Fabric Textiles 0


At Printed Circuits, we specialize in bringing advanced rigid flex circuit designs to market, and we consistently build on over 10 years of manufacturing expertise.


20 Layer Rigid Flex Pcb Prototype With Impedance Control Fabric Textiles 1


Shenzhen YDY PCBA is one of the most efficient electronic OEM, ODM and PCB sourcing suppliers in Shenzhen city China. Our key business including PCB assembly, full turnkey PCBA contract manufacturing from SMT to box build, PCB sourcing and supplier audit, PCB & PCBA quick turn prototype, electronic design(both hardware design and software design.





Q1. How to keep our product information and design file secret ?
We are willing to sign a NDA effect by customers side local law and promising to keep customers data in high confidential level.


Q2. What kind of PCB file format can you accept for production?


Q3. What’s the MOQ?
We are able to handle Small as well as large volume production with flexibility.


Q4. How can we guarantee you receive an good quality product?

For PCB, we will use Flying Probe Test, E-test etc. for it.
For PCBA, we need you to offer us a method or test fixture for the function test.Before that, our inspectors will use microscope and X-ray to check the IC footwelding or bad solder etc.


Q5. What is the main application of your PCBA service?

Industrial commander, and other industrial devices.

Medical equipments main board.

Security electronics

Communicative devices

New energy electronics