PCB DESIGNING

 

Printed circuit board (PCB) design brings your electronic circuits to life in the physical form. Using layout software, the PCB design process combines component placement and routing to define electrical connectivity on a manufactured circuit board.

 

 

In the world of Fabrication from small Circuitry to complete Network designing becomes crucial and to achieve it one of the important tool or mechanism is Printed Circuit Board. From engineering students to industrialize for manufacturing the product the basic design can be achieved on PCB. In Consumer Electronics Digital Wristwatch to computers, in telecommunication Walkie- Talkies, Automotive Electronics and many more. Designing comes from thinking and to design your own innovation learn how to do it with us.

Whenever we have a circuit on paper, and we want to test it or build physical format of that circuit then we build a printed circuit board. So basically PCB is a solid format of a circuit which is drawn on paper. And to design the PCB we need to understand about the electronic circuit and its interactions properly. That’s why it said that PCB design is an art as well as a science at the same time. A designer must consider number of different parameters but most important of them are the size of PCB and the number of components mounted onto it. A good PCB design is one which can accommodate more components in less area .

PCB Design or printed circuit board design is the process of giving a solid form to a circuit we create on paper. Usually we can prototype any circuit using a breadboard. On a breadboard you can very well test a circuit but to create a physical circuit you need to design PCB’s.

PCB Design is an art and science at the same time, because, you need to know about the electronic components, their current flow and related things in order to design PCB and, you must be artistic enough to make your pcb look good. You might have heard about the Steve Job’s obsession about making things beautiful inside a computer, and it also involved, how the PCB’s looked, and how the tracks bent on the board