ThinkerCad circuits is making electronic easier, it helps sketching ideas to develop or to explain a circuit to students or teammates,
ThinkerCad Allow the users to log in with their google or Facebook account, to get to ThinkerCad,
Click Here ThinkerCad.com . log in and on the left hand side click on circuits, then click on create a new circuit the below window will appear:
inside the yellow box is the first navigation Box it contains:
- Projects Name
- circuit view
- schematic view
- component list
Circuit view is the main empty space in the middle of the screen. all designs and simulation are done here.
Shamanic view is a standard schematic page organized to explain or share your circuit.
component list is a table automatically determine used component and codes the and determine their quantities.
Then the next Navigation Box Contains design tools an command buttons:
left to right it has
copy, paste or delete buttons and an undo or redo buttons add a comment and hide
comment, wire colour and wire type, rotate and mirror buttons then the code and
simulation controls lastly the send button. and it has options:
download your
project as an image
send it to fusion for more advance design
save
as PCB (BRD) file
share your project by email
The last Navigation Box has a dropdown and in it there is two options, components or sample projects
on the right there is two ways of
display grid or a detailed list, and below lays all the components or starter
projects.
Arduino is a Development Board Consists of the MCU Atmega328p utilizing
it Pins in a simplified way to make prototyping a lot more fun and appreciable,
and rather than using an external Programmer Arduino added a UART Chip Called FTDI
in their original Arduino to allow the user to connect the board Directly to PC
or Laptop via USB Port, Arduino Made Meany and Meany Board and still developing
more, most common boards are Nano, Uno and Mega Boards. Finally, Arduino Made
their own IDE which stands for (integrated development environment) To Simplify
Programming even More, Called Arduino IDE you can find the Link in the
description this IDE is Supported by a huge community and provided by unlimited
resources on several platforms, like Instructorless YouTube GitHub and Patreon
Arduino
Types
Arduino UNO:
It’s the first
Arduino Got Created and build around MCU Atmega238p and Has 19 I/O distributed around
the board in a female header pins arraigned as 0 to 13 Digital pins and 6 of
them are PWM Capable and from A0 to A5 are 6 Analog pins or ADC pins. Look at
the pinouts below,
Arduino Nano:
Nano is Uno’s Little Clone (Mini Me)
it also Has theMCU Atmega238 but as an SMD and Has 19 I/O distributed around
the board in a Male header pins usually note soldiered in board arraigned as 0
to 13 Digital pins and 6 of them are PWM Capable and from A0 to A5 are 6 Analog
pins or ADC pins. Look at the pinouts below
Arduino Mega:
Truly
is Mega built around the giant MCU atmega2560 it has 52 I/O 22 of the digital
and 16 ADC and communication pins, power, ground etc. look below to pinout
what
can an Arduino do?
Or what it can’t do, Arduino with
the right modules and gadgets and a grate imagination nothing stops it, its
only disadvantage is clock speed its slightly slower than other controller like
Raspberry Pico but you can check Arduino’sofficial website for millions of projects done using one of their boards
Example
Arduino project
The simplest
example as always in MCU’s is blinking an LED, so what we need is
Arduino Board
Bread Board
LED
330 Ohm Resistor
Computer
And Arduino IDE
Start by connecting all like it shows below:
And make sue the LED is connected the right way (anode/positive to positive
and cathode/negative to negative)
The LED’s anode is the longest pin or the pin connected to the smaller block
inside the LED shown below:
Now download Arduino IDE form here and
flow along the installation like shown below :
First Run the Exactable file:
Then Agree to the Terms of Use
Then click next to install all checked items by default all check
recommended to keep it that way.
Chose the installation folder but I recommend to leave it as it is and
click install
Wait for the installation to complete.
When the driver’s installation box pups up click on install
Now click on the close button.
Run the software
This is the default sketch and it will show in first lunch. Fortunately it’s
the sketch we need
Now connect your board to your Computer and go to Tools tab and select
your board.
Then in Tools Tab also select your Possessor (If you don’t know It and
it didn’t work with Some Choose the other)
Now choose your Port
Change the delay from 1000 to 500 to see the change in Arduino blink as
every Arduino coms with blink sketch already uploaded.
Finally upload the code by clicking the upload button (arrow pointing right).
Waite for it to upload and the observe your LED’s behaviour
That’s it you have successfully completed your first Arduino project
Ultra ISO Is the Best Virtual disc Driver you can use it to Crate a Virtual Image of a DVD, CD and BlueRay and also it Runs These Context as Well . It Has A Virtual Driver In Pack and Its Easy To use and Hi In Performance with a Speed Limited Only By your PC Possessor
To Install UltraISO Premium Edition it Has To Be Activated After Installation, so you'll Need a License . Luckily I've Attached an Open License to Activate it
First Start By Running The (UltraISO Premium Edition v8.5.1.1860.exe) File
Choose the Language and Click "OK"
Now Click Next and Agree To The Terms Then Complete Following The Steps Below
Now Check the Box Labeled as "Lunch UltraISO" and you be Prompt With an Activation Method
Choose "I Have A Register Key " and Copy and Past the License In the Downloaded File
