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Flexible Rigid PCB Rapid Circuit Boards Prototype Fab For Ventilator Medical Devices
  • Flexible Rigid PCB Rapid Circuit Boards Prototype Fab For Ventilator Medical Devices

Flexible Rigid PCB Rapid Circuit Boards Prototype Fab For Ventilator Medical Devices

Place of Origin Shenzhen,China
Brand Name ONESEINE
Certification ISO9001,ISO14001
Model Number ONE-102
Product Details
Solder Mask Color:
Green, Red, Blue, Black, White, Yellow
Marketing Method:
Factory Direct Sales
Product Description:
Flexible Pcb
Layer Count:
4
Surface Finishing:
ENIG
Product:
Flexible Pcb
Min Line Width:
Rigid 0.1mm Flex 0.75mm
Part Name:
Cleaning Machine
Highlight: 

Ventilator Medical Devices Rigid PCB

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Rapid Circuit Boards Prototype Rigid PCB

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Flexible Rigid PCB Prototype Fab

Payment & Shipping Terms
Minimum Order Quantity
1pcs
Price
USD0.1-1000
Packaging Details
Vacuun bag
Delivery Time
5-8 working days
Payment Terms
T/T, Western Union
Supply Ability
1000000000pcs/mon
Product Description

Flexible Rigid PCB Rapid Circuit Boards Prototype Fab For Ventilator Medical Devices

 

 

PCB parameter:

 

Brand:Oneseine

Number of layers: 4

Plate thickness: 0.13mm

Minimum aperture: 0.2

Minimum line width/line spacing: 0.1mm

Copper thickness: 1OZ

Solder resistance: yellow film

Surface technology: ENIG

Sample time: 3-5 days

Batch time: 15 working days

 

Introduction to Flexible PCBs
 
Flexible Printed Circuits (FPCBs) are a type of printed circuit board that can bend and flex without breaking. Unlike traditional rigid PCBs, flexible PCBs offer unique advantages that make them suitable for a variety of applications.
 
Key Features
 
Flexibility: FPCBs can be bent and twisted, allowing them to fit into compact and intricate spaces.
Lightweight: They are generally lighter than rigid boards, making them ideal for portable devices.
Space-saving: Their ability to conform to different shapes helps save space in electronic devices.
Durability: FPCBs are often more resistant to vibrations and shocks, leading to greater longevity in robust applications.
Applications
Consumer Electronics: Smartphones, tablets, and wearables often use flexible PCBs for their compact designs.
Medical Devices: FPCBs are used in devices like pacemakers and diagnostic equipment, where space and flexibility are critical.
Automotive: In modern vehicles, flexible circuits are used in dashboards and control systems to enhance connectivity and reduce weight.
Aerospace: Their lightweight and durable nature make them suitable for aircraft systems.
Manufacturing Process
The production of flexible PCBs involves several steps:
 
Material Selection: The base material is usually a flexible substrate like polyimide or polyester.
Circuit Design: Designs are created using CAD software, focusing on layout and functionality.
Etching: Copper layers are etched to form the circuit patterns.
Lamination: Multiple layers can be laminated together to create complex circuits.
Testing: Finished circuits undergo rigorous testing for quality and reliability.

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