This simulation demonstrates an LC Oscillator Circuit that generates a continuous sinusoidal waveform using the combination of an inductor (L) and capacitor (C). The circuit uses a transistor for amplification and a tuned LC tank circuit consisting of a 10 µH inductor and a 10 nF capacitor to determine the oscillation frequency. When powered by a 3 V supply, the energy alternates between the inductor’s magnetic field and the capacitor’s electric field, producing sustained oscillations at approxi
0:15
This simulation demonstrates an LC Oscillator Circuit that generates a continuous sinusoidal waveform using the combination of an inductor (L) and capacitor (C). The circuit uses a transistor for amplification and a tuned LC tank circuit consisting of a 10 µH inductor and a 10 nF capacitor to determine the oscillation frequency. When powered by a 3 V supply, the energy alternates between the inductor’s magnetic field and the capacitor’s electric field, producing sustained oscillations at approxi
51.4K views8 months ago
FacebookElectronics Education
This simulation demonstrates a ring oscillator, a classic example of how oscillation can be created using only inverting stages and feedback. At the bottom, you can see an odd number of inverter blocks connected in a closed loop. Because the total loop inversion is odd, the circuit can never settle into a stable logic state. Any small change or noise keeps propagating around the loop, forcing continuous transitions between high and low levels. At the top, the waveforms show how each stage output
0:17
This simulation demonstrates a ring oscillator, a classic example of how oscillation can be created using only inverting stages and feedback. At the bottom, you can see an odd number of inverter blocks connected in a closed loop. Because the total loop inversion is odd, the circuit can never settle into a stable logic state. Any small change or noise keeps propagating around the loop, forcing continuous transitions between high and low levels. At the top, the waveforms show how each stage output
38.2K views3 months ago
FacebookElectronics Education
This simulation shows a sine wave generator built using a Wien-bridge oscillator configuration. The two 1 kΩ resistors and two 1 µF capacitors form the Wien-bridge network, which determines the oscillation frequency—around 159 Hz, matching the oscilloscope reading. The op-amp provides the necessary gain to sustain oscillations, while the 48 Ω and 100 Ω resistors control loop stability and amplitude. As the circuit starts, noise is amplified and shaped into a stable sinusoidal waveform. The oscil
0:20
This simulation shows a sine wave generator built using a Wien-bridge oscillator configuration. The two 1 kΩ resistors and two 1 µF capacitors form the Wien-bridge network, which determines the oscillation frequency—around 159 Hz, matching the oscilloscope reading. The op-amp provides the necessary gain to sustain oscillations, while the 48 Ω and 100 Ω resistors control loop stability and amplitude. As the circuit starts, noise is amplified and shaped into a stable sinusoidal waveform. The oscil
78.8K views5 months ago
FacebookElectronics Education
This simulation showcases a Ring Oscillator, a fundamental oscillator circuit widely used in digital electronics and VLSI systems. The circuit is composed of an odd number of CMOS inverters connected in a loop, creating a feedback path. As seen in the waveform above, the outputs of each inverter stage oscillate with a noticeable phase shift , 60°, between them, forming a periodic waveform without any external clock or input signal. The voltage plots (in orange, green, and violet) highlight how t
0:11
This simulation showcases a Ring Oscillator, a fundamental oscillator circuit widely used in digital electronics and VLSI systems. The circuit is composed of an odd number of CMOS inverters connected in a loop, creating a feedback path. As seen in the waveform above, the outputs of each inverter stage oscillate with a noticeable phase shift , 60°, between them, forming a periodic waveform without any external clock or input signal. The voltage plots (in orange, green, and violet) highlight how t
18.5K views9 months ago
FacebookElectronics Education
Ring Oscillator Analysis Part 1
10:19
Ring Oscillator Analysis Part 1
42.9K viewsFeb 24, 2018
YouTubeJordan Edmunds Chetty
A Simple Oscillator Circuit
11:28
A Simple Oscillator Circuit
66.4K viewsJan 16, 2020
YouTubeThe Organic Chemistry Tutor
Crystal Oscillator Explained
15:56
Crystal Oscillator Explained
443.7K viewsNov 4, 2018
YouTubeALL ABOUT ELECTRONICS
38:37
PSPICE ORCAD Tutorial Part II: Op-Amps
118.9K viewsAug 26, 2016
YouTubeElectrical Engineering Topics
6:37
LC Oscillator Tank Circuit
269.2K viewsFeb 15, 2020
YouTubeThe Organic Chemistry Tutor
10:29
Hartley Oscillator Circuit
65.9K viewsMay 17, 2020
YouTubeThe Organic Chemistry Tutor
8:49
UJT Relaxation Oscillator Circuit Simulation
5.3K viewsJun 10, 2021
YouTubeMK Subramanian
17:38
Colpitts Oscillator Explained
333.1K viewsOct 24, 2018
YouTubeALL ABOUT ELECTRONICS
6:02
Electronic Basics #17: Oscillators || RC, LC, Crystal
970.8K viewsNov 22, 2015
YouTubeGreatScott!
14:46
Crystal oscillator - Frequency measurement
38.1K viewsAug 8, 2021
YouTubeFesZ Electronics
16:43
LC Oscillating Circuit: An Explanation
42.7K viewsApr 10, 2021
YouTubeStep by Step Science
15:45
Colpitts Crystal Oscillator Circuit
33.5K viewsMay 25, 2020
YouTubeThe Organic Chemistry Tutor
4:40
Op-Amp Colpitts Oscillator (Multisim Simulation)
8.2K viewsApr 14, 2017
YouTubeMahadi
12:53
Video 6 - LTSpice Oscillators
9.1K viewsApr 6, 2020
YouTubeAdriaan de Kamper
16:28
#26: The Wien bridge oscillator
82K viewsDec 5, 2016
YouTubeRadio Physics and Electronics
4:25
Oscillators explained in 4 minutes
86.6K viewsMay 12, 2019
YouTubeSaral Tayal
7:30
Wein bridge oscillator using multisim
17.1K viewsFeb 23, 2020
YouTubeELect-ELect
17:08
RC Phase Shift Oscillator (using Op-Amp) Explained
689.8K viewsAug 19, 2018
YouTubeALL ABOUT ELECTRONICS
5:30
Simulating a 1GHz Ring Oscillator using Cadence Spectre
50.7K viewsNov 24, 2015
YouTubeisword
5:37
RC Phase Shift Oscillator Design & Simulation in LTSpice | Op-Amp Tutorial
20.4K viewsMay 30, 2020
YouTubeElectronics Circuit Hub
17:21
Pierce Crystal Oscillator Circuit Using a JFET
15.9K viewsMay 27, 2020
YouTubeThe Organic Chemistry Tutor
12:53
RC Phase Shift Oscillator Circuit Using a NPN Transistor
69.1K viewsMay 31, 2020
YouTubeThe Organic Chemistry Tutor
15:08
Astable Multivibrator (using op-amp) Explained
471.5K viewsSep 1, 2018
YouTubeALL ABOUT ELECTRONICS
10:11
Wien Bridge Oscillator using Op-Amp 741
1.4K viewsJun 11, 2021
YouTubeMK Subramanian
3:21
What is an oscillator? Oscillator tutorial in HD!
764.9K viewsApr 1, 2010
YouTubeAfrotechmods
4:32
RC phase shift oscillator (transistor based) Multisim simulation
20.7K viewsSep 16, 2019
YouTubeMindsRiot
See more