ArnavP_Electrical task two

Arnav_Pandey_Electrical_task2.md

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+# Arnav Pandey_Electrical_Task_two
+## Task Description-
+We were supposed to create a 4 bit binary counter IC on tinkerCAD.
+## Procedure-
+During the task I learnt that the binary counter is used to count by lighting up LEDs in a pattern decided by the frequency modulator.In binary number system numbers used are as follows:- Decimal number System(1,2,3,4)----> Corresponding number in binary number sys.(0000,0010,0110,00100 and so on..)
+
+ *Note- In this task we were supposed to use 4 bits only so 4 LEDs(corresponding to 2^n where 1<=n<=4)are used.Each LED swithces ON whenever '1' is assigned to its corresponding bit and OFF when the same is assigned '0'.*
+
+ I used a 5 V power supply,4 different coloured LEDs(for main count),4 resistors (of 250 ohm each),a frequency modulator(working on square function) and a single LED(and a corresponding resistor of 250 ohm) to indicate the frequency.
+
+ ## Link-
+[Project_URL](https://www.tinkercad.com/things/6Cqn0gziJdq-copy-of-4-bit-binary-counter/editel?tenant=circuits)

Readme.md

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+**Electrical task one**
+
+**Link for my project-**_ https://www.tinkercad.com/things/2tTJUKOQHqE-adding-components/editel?lessonid=EM7TI4PIXKPYN1R&projectid=OIYJ88OJ3OPN3EA&collectionid=OIYJ88OJ3OPN3EA&sharecode=dd426PIpByROuillbcvRF7rPNX4PZ-q4ij8bOFTsGkY _
+
+**Procedure:**-I used a 9V battery to power the circuit, I connected it to the 555 timer .I used two 1 k-Ohm resistors and one 500 k-Ohm resistor. Further,I used a red led and one capactior( 10 microFarad ).I mounted the whole circuit on a breadboard.Following this I used the "Start Simulation " option on TinkerCAD. 
+