Create single, double-sided or multilayer PCBs of your circuits with a single mouse click, using automatically-placed and routed components. All components in TINA are "PCB-ready" and have associated footprints. If necessary, you can review and edit a component's footprint using the components' spreadsheet. TINA's unique 3D capability displays a schematic with the physical parts in place of their electronic symbols. You can also view the PCB in 3D from any angle to see how it will look after manufacture.
The fully integrated layout module of TINA 7 has all the features you need for advanced PCB design, including powerful autoplacement & autorouting, flexible PCBs, manual and "follow-me" trace placement, DRC, forward/back annotation, pin/gate swapping, keep-in/out areas, thermal relief, fanout, plane layers, Gerber file output and much more.
Single layer SMD circuit
Schemaric diagram
Schematic with 3D view of parts
Single sided layout
3D view of the circuit
Double layer through-hole circuit
Schematic diagram of a double-sided design
3D part preview on the schematic
PCB layout with Top (red) layer selected
PCB layout with Bottom (green) layer selected
3D view of the top side
Looking at the bottom layer
4-layer SMD circuit
Schematic diagram of the 4-layer SMD design
PCB layout of the 4-layer SMD design
3D view of the top side
3D view of the bottom side
Flexible PCB Layout (Flex PCB)
Flex PCBs are PCBs whose electronic devices are mounted on flexible plastic substrates. They are widely used in modern electronics where space is a critical factor e.g., cameras, mobile phones, etc. TINA supports Flex PCB design, which we will introduce by way of an example. Our example will consist of a conventional rigid PCB with two flexible extensions.
Example file „PIC Flasher DIP4SW flex top.TSC” from the Examples\PCB folder of TINA.
TINA can present a 3D view of the circuit board. Press the rightmost button (3D View) in the TINA PCB Designer program see the PCB as presented in the next figure.
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