Differences
This shows you the differences between two versions of the page.
Both sides previous revisionPrevious revisionNext revision | Previous revisionNext revisionBoth sides next revision | ||
pcb-basics [2020/03/31 09:37] – benh | pcb-basics [2020/05/21 21:12] – Discussed perfboards madeline | ||
---|---|---|---|
Line 6: | Line 6: | ||
**What is a PCB? | **What is a PCB? | ||
- | A PCB (//printed circuit board//, or just a “board”), | + | {{ : |
- | {{http:// | + | If you don't have time to design and manufacture a PCB, you may want to consider using a perfboard. A perfboard is a rectangular sheet covered in a grid of through holes that can be used for soldering. Holes are connected by either running a wire between them or be making a solder bridge. Many also include pads on the side for surface mount components. Perfboards are more durable than breadboards and can save time when only one or two designs are needed. However, they are not recommended for circuits that are complicated or need to be replicated many times. |
- | multi-layered substrate specially designed and fabricated for circuit designers to eliminate wiring and mechanically support their components. At their simplest, they are single layers of copper on a rigid, electrically isolated backing, onto which you can solder components and cut connections between them out of the copper. More complex // | + | The rest of this article focuses on PCBs. If you are not sure which technique for implementing your circuit design is best for your project, you can talk to a PI about the advantages and disadvantages of different methods. Keep in mind that for most projects, you will use multiple implementation methods as you develop your design. |
+ | |||
+ | {{http:// | ||
+ | |||
+ | A PCB is a multi-layered substrate specially designed and fabricated for circuit designers to eliminate wiring and mechanically support their components. At their simplest, they are single layers of copper on a rigid, electrically isolated backing, onto which you can solder components and cut connections between them out of the copper. More complex // | ||
<< | << | ||
Line 21: | Line 25: | ||
- Design: Typically, one starts by developing a circuit, which may include simulations and/or prototyping on breadboard. The design of the board itself is then done on the computer using electronic computer-aided design (e-CAD) programs, such as KiCAD, EAGLE, or Altium, though there are many others. | - Design: Typically, one starts by developing a circuit, which may include simulations and/or prototyping on breadboard. The design of the board itself is then done on the computer using electronic computer-aided design (e-CAD) programs, such as KiCAD, EAGLE, or Altium, though there are many others. | ||
- | |||
- Fabrication: | - Fabrication: | ||
- | |||
- Assembly: the process of actually adding the components to the fabricated PCB. At The Hive, we have soldering stations to facilitate this, as well as solder paste and a reflow oven if you'd prefer. We can also make solder paste stencils. | - Assembly: the process of actually adding the components to the fabricated PCB. At The Hive, we have soldering stations to facilitate this, as well as solder paste and a reflow oven if you'd prefer. We can also make solder paste stencils. | ||