Please make a linear style circuit diagram for a three-inverter ring oscillator using these steps 1. Build the circuit by using three inverters and connect them to form a loop.2. Connect pins 7, 4, and 9 together to the ground rail (blue) of your breadboard.3. Connect pins 14,2 , and 11 together to the supply rail (red) of your breadboard.4. Connect the drains of transistors N2 and P2 together, pins 5 and 1, to form the firstinverter.5. Connect the drains of transistors N1 and P1 together, pins 8 and 13, to form the secondinverter.6. Connect the gates of N1 and P1, pin 6, to the drains of transistors N2 and P2, pins 5and 1.7. Connect the drains of transistors N1 and P1, pins 8 and 13, to the gates of transistorsN3, P3, pin 10.8. Close the loop by connecting the drains of transistors N3 and P3, pin 12, to the gatesof transistors N2 and P2, pin 3.9. Set the supply voltage to 5 V
Please make a linear style circuit diagram for a three-inverter ring oscillator using these steps
1. Build the circuit by using three inverters and connect them to form a loop.
2. Connect pins 7, 4, and 9 together to the ground rail (blue) of your breadboard.
3. Connect pins 14,2 , and 11 together to the supply rail (red) of your breadboard.
4. Connect the drains of transistors N2 and P2 together, pins 5 and 1, to form the first
inverter.
5. Connect the drains of transistors N1 and P1 together, pins 8 and 13, to form the second
inverter.
6. Connect the gates of N1 and P1, pin 6, to the drains of transistors N2 and P2, pins 5
and 1.
7. Connect the drains of transistors N1 and P1, pins 8 and 13, to the gates of transistors
N3, P3, pin 10.
8. Close the loop by connecting the drains of transistors N3 and P3, pin 12, to the gates
of transistors N2 and P2, pin 3.
9. Set the supply voltage to 5 V
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