Arduino circuit

Hello. I have created a circuit (attached in this thread) and I want to create in on the computer too. By this I mean, I am looking for a website where I can create Arduino circuits and show the connections from the breadboard. I have looked at the website Tinkercad.com. However, it doesn't have all the components that I have used. Does anyone know any websites or apps, where I can draw this circuit?

Here's a list of the components that I have used:
- IR receiver - LPT 80 A
- Infrared emitter - SFH 4841 E7800
- Voltage comparator (OPAMP) - LM111
- Digitalt trimmer potentiometer DS1804 NV
- Power MOSFET - IRL530N
- Effect Resistor på 1,5 Ohm, 1 watt
- Capacitor 470nF og 10mF

Resistors used:
3 x 10kohm
2k2 ohm
332 ohm

Most schematic packages do not cover EVERY component, so you have the facility to import from user libraries..

Are you needing a schematic or a test run?? If its the latter, get hold of LTspice as loads of users here can help..

Ian Rogers said:

Most schematic packages do not cover EVERY component, so you have the facility to import from user libraries..

Are you needing a schematic or a test run?? If its the latter, get hold of LTspice as loads of users here can help..

Click to expand...

I just need to make a diagram with the components that I have used. I have attached a picture of what kind of diagram I want to make.

Your example diagram was created using Fritzing, which is a free download.

ICircuit has an Arduino part and you can add code to the Arduino. However, I don't know of any simulator that can simulate I2C communication to a digital POT or simulate light intensity of an IR emitter/IR receiver pair. For those, you'll just have to enter an expected voltage into a time function on the voltage source part in the simulator.

gophert said:

ICircuit has an Arduino part and you can add code to the Arduino. However, I don't know of any simulator that can simulate I2C communication to a digital POT or simulate light intensity of an IR emitter/IR receiver pair. For those, you'll just have to enter an expected voltage into a time function on the voltage source part in the simulator.

Click to expand...

Proteus does, but its expensive... You would need the arduino add on