5OZ Heavy Copper Single Sided PCB Board 1 Layer
Heavy Copper 5OZ Single Sided Copper Clad Board Prototype PCB Customized Product Specifications Attribute Value Product Heavy Copper 5OZ Thick Copper Printed Circuit Board Feature Low cost simple PCB Min. Solder Mask Clearance 0.1mm Finished V-Cut/CNC Layer Count 1 Layer Min Hole 0.2mm Quick Details Material Fr4 Name Heavy copper PCB Thickness 3.3CM Layer 1 Surface ENIG Key words Thick copper PCB Copper 5OZ Brand ONESEINE Applications of Printed Circuit Boards Printed circuit
| Attribute | Value |
|---|---|
| Product | Heavy Copper 5OZ Thick Copper Printed Circuit Board |
| Feature | Low cost simple PCB |
| Min. Solder Mask Clearance | 0.1mm |
| Finished | V-Cut/CNC |
| Layer Count | 1 Layer |
| Min Hole | 0.2mm |
| Material | Fr4 |
| Name | Heavy copper PCB |
| Thickness | 3.3CM |
| Layer | 1 |
| Surface | ENIG |
| Key words | Thick copper PCB |
| Copper | 5OZ |
| Brand | ONESEINE |
Printed circuit boards (PCBs) mechanically support and electrically connect electronic components using conductive pathways etched from copper sheets laminated onto a non-conductive substrate.
PCBs serve as the foundation for most electronics, providing both physical support and wiring for surface-mounted components. Typically made from fiberglass or composite epoxy, single-layer PCBs are ideal for simple electronics, while more complex devices may require multi-layer boards.
- Medical Devices: High-density PCBs enable compact designs for pacemakers, X-ray machines, and other medical equipment.
- Industrial Machinery: Thick copper PCBs (like 5OZ) handle high-current applications in motor controllers and battery chargers.
- LED Lighting: Aluminum-backed PCBs provide efficient heat dissipation for high-lumen LED solutions.
- Automotive/Aerospace: Flexible PCBs withstand vibration and conform to tight spaces in vehicles and aircraft.
Single-sided PCBs feature copper traces and components on one side only, making them cost-effective solutions for simpler circuits. While easier to design and manufacture than multi-layer boards, they have limitations in circuit density and complexity.
- Television remote controls
- Handheld calculators
- Battery-operated toys
- Basic audio devices (radios, MP3 players)
- Simple electronic gadgets (clocks, timers, thermometers)