PPT On PCB Making Workshop
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PCB Making Workshop Presentation Transcript:
1.Project and PCB making Workshop
2.Aim of workshop
Study of theory and to apply it.
To learn, how to design compact PCB.
Learn PCB making process.
3.Steps involved in making a project.
Take circuit from any authorized source OR design your own circuit using simulators.
Buy components which are to be used in the circuit. Try to buy the components from the shop where they are much cheaper.
Assemble the circuit on breadboard. If the circuit is working properly then proceed to next step.
Make PCB layout for this circuit. PCB layout should be compact, so use datasheets of the components.
4.Now assemble the circuit on PCB. The steps involved in making PCB will be illustrated later.
5.Regulated power supply
6.Negative supply:
7.Applications
Most digital IC’s including microprocessors and digital IC’s operate on ±5 volt.
There is often need of clock signal for digital circuits, so 60 Hz square wave is used as a clock signal.
Almost all linear IC’s operate on ±15 volt.
Hence this power supply is too much useful for electronic projects.
8.IR Transmitter and Receiver
Circuit diagram (transmitter):
9.applications
When used with optical fiber, this circuit transmits the signal over large distance.
When used with digital circuit, the above circuit can be used as remote control.
Download
PCB Making Workshop Presentation Transcript:
1.Project and PCB making Workshop
2.Aim of workshop
Study of theory and to apply it.
To learn, how to design compact PCB.
Learn PCB making process.
3.Steps involved in making a project.
Take circuit from any authorized source OR design your own circuit using simulators.
Buy components which are to be used in the circuit. Try to buy the components from the shop where they are much cheaper.
Assemble the circuit on breadboard. If the circuit is working properly then proceed to next step.
Make PCB layout for this circuit. PCB layout should be compact, so use datasheets of the components.
4.Now assemble the circuit on PCB. The steps involved in making PCB will be illustrated later.
5.Regulated power supply
6.Negative supply:
7.Applications
Most digital IC’s including microprocessors and digital IC’s operate on ±5 volt.
There is often need of clock signal for digital circuits, so 60 Hz square wave is used as a clock signal.
Almost all linear IC’s operate on ±15 volt.
Hence this power supply is too much useful for electronic projects.
8.IR Transmitter and Receiver
Circuit diagram (transmitter):
9.applications
When used with optical fiber, this circuit transmits the signal over large distance.
When used with digital circuit, the above circuit can be used as remote control.
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