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Can someone make a breadboard layout for this schematic?
I already have a pulse detector module.. simple with LED and photodector.. It has 3 pins: VCC, GND and one ouput(from photodetector) as signal..
I want to amplify the signal using op amp LM324
i have the following resistors available:
10Ω、22Ω、47Ω、100Ω、150Ω、200Ω、220Ω、270Ω、330Ω、
470Ω、510Ω、680Ω、1KΩ、2KΩ、2.2KΩ、3.3KΩ、4.7KΩ、
5.1KΩ、6.8KΩ、10KΩ、20KΩ、47KΩ、51KΩ、68KΩ、100KΩ、
220KΩ、300KΩ、470KΩ、680KΩ、1M
and following capacitors
50V 2.2UF
100V 10UF
50V 10UF
16V 100UF
16V 47UF
25V 33UF
50V 1UF
16V 220UF
50V 0.22UF
50V 4.7UF
50V 0.47UF
25V 22UF
Discussions
Best Answer 4 years ago
I am using transistors instead of MCP6002 where the + is represented by e and the - by c.
making this scematic took more time than it would have on an real breadboard.
Answer 4 years ago
hey.. thank you for doing this time consuming task.. I'll try this soon
4 years ago
First do you want a bread board or a printed circuit board.
For printed circuit boards there are programs on line you can download or do on line like this one.
http://www.expresspcb.com/
For bread boards just go to 123D electronics.
https://123d.circuits.io/
Answer 4 years ago
hey there.. thanks for the help, I appreciate it..
Answer 4 years ago
Yea I like 123D for its bread boarding and Arduino.
Answer 4 years ago
hey there.. thanks for the help.. 123d sounds awesome for beginners like me
4 years ago
OK!! Sorry for the bad layout. How about this. You make the layout and I'll delete my previous comment.
4 years ago
You need to teach yourself how to do it.
Answer 4 years ago
I agree ... the last guy we helped layout didn't even say thanks.
Answer 4 years ago
That's because your paid to respond..... Oh, wait a moment, no your not a paid employee, you volunteer your time and knowledge - silly me.
Answer 4 years ago
As you do and have for 5600+ Helpful Answers...
4 years ago
I am sorry that it is confusing but I know what it is. It's just that the software that I was using didn't have any 8 pin IC's so I used the available 3 pin component to make a 'you understand' circuit.