# data[].attributes.body
Copper pouring
an area of a PCB layer that is filled with copper. The layer may be the top, bottom or any internal to the PCB stackup and the pour may be used as a ground, reference or to isolate specific components or circuitry from the rest of the elements of the layer. Additionally, copper pours with vias can be used to aid in thermal dissipation.
Place the part
- component placement is an extremely importemt functionn of the design
Auto route the board
-CAD TOOLS PROVIDE AUTO - rauter and board wizard functionality

# data[].attributes.body
Pcb design step:

1) Draw the schematic
2) Create the board
3) Place the part
4) Route the signal

# data[].attributes.body
3 steps of the PCB design process
1. Create library components
.Read data sheet to identify pins
.Draw the symbol
2.Draw the schematic
- place the part symbol
-draw the nets
-move & edit components
3.Create the board
-place the parts
.

# data[].attributes.body
1.Draw schematic
* Place the part symbols
* Draw the net and buses
* Move and edit components
2.Place The parts
*Compnent should be place according to their connection
Compnent should also be placed on grid
3.Auto route the board
*Cad tools provide auto-router and board wizad functionality

# data[].attributes.body
PCB design Tools
PCB design steps
Drawing the schematic
Create the Board
Place the parts
Copper puoring
Produce manufacturing data

# data[].attributes.body
1-create library components
2-draw the schematic
3-create the board
4-place the parts
5-route the signals

# data[].attributes.body
Pcb design

1.creat library component
2.draw shematic
3.Route the signals
4.copper pouring_vcc and gnd
5.create PCB manufacturing (CAM) data files

# data[].attributes.body
PCB Design Step
1. Schematic Capture:
-which component are use,
-how component are connect
-The relationships between groups of components in different schematics
2. Create a Blank PCB Layout
3.Synchronize Schematics to Your PCB

# data[].attributes.body
1.create library
2.create the board
3.place the board

# data[].attributes.body
PCB Design Steps
1. Create library
2. Draw schematic
3. Create board
4. Place parts
5. Route signal
6. Edit board
7. Auto route signal
8. Copper puring
9. Check board (DRC)
10. Create PCB manufacturing

# data[].attributes.body
PCB design steps
Create library components
-Read data sheet to identify pins
-Draw the symbol
-Draw the package
-Draw the schematic
-Place the part symbols
-Draw the nets and buses
-move and edit components
Create the board
Place the parts
Route the signals
Edit the board
Auto-Route signals
Copper pouring
Check the board (DRC)
Create PCB manufacturing (CAM) data files

# data[].attributes.body
-Create library Comp
-Draw the schematic
-Create the board
-Place the part
-Route the signal
-Edit the board
-Auto route signal
-Copper pouring
-Check the board
-Create PCB manufacturing data

# data[].attributes.body
PCB Design Steps
•Create library
-Read data sheet ti identify pins
-Draw the Symbol
-Draw the package
•Draw schematic
-Place the part symbols
-Draw the nets and buses
-move and edit comp
•Create board
•Place parts
•Route signal
•Edit board
•Auto route signal
•Copper puring
•Check board (DRC)
•Create PCB manufacturing

# data[].attributes.body
1-create library components
2-draw the schematic
3-create the board
4-place the parts
5-route the signals

# data[].attributes.body
Create library component

-Read data sheet to identify pins
-Draw the symbol
-Draw the package

Draw the schematic

-Part the part symbols
-Draw the nets and buses
-Move and edits components

Create the board

Place the parts

Route on he signals

Edit the board

Auto-Route signals

Copper pourings

Check The board(DRC)

Create PCB manufacturing (CAM) data files