2 3 Draw A Neat Labelled Square Wave Form And Indicate The Fundamental Waveform As Well As The Third 3 And Fifth 5 1 (133.13 KiB) Viewed 13 times
2 3 Draw A Neat Labelled Square Wave Form And Indicate The Fundamental Waveform As Well As The Third 3 And Fifth 5 2 (133.13 KiB) Viewed 13 times
2 3 Draw a neat, labelled square wave form and indicate the fundamental waveform as well as the third (3) and fifth (5) harmonics on the wave. A coil with a resistance of 10 2 and inductance of 0,2 H is connected in parallel with a capacitor Calculate the value of the capacitor required to produce resonance when the circuit is supplied by a frequency of 1k5Hz. Explain what a low pass filter is. An adjustable frequency source with a constant voltage of 20 mV is connected across an RLC circuit. If the frequency is adjusted until there is a maximum current flow of 120 mA at 5,550 kHz, calculate the value of R, L and C if the Q factor is 120.
2 3 Draw a neat, labelled square wave form and indicate the fundamental waveform as well as the third (3) and fifth (5) harmonics on the wave. A coil with a resistance of 10 2 and inductance of 0,2 H is connected in parallel with a capacitor Calculate the value of the capacitor required to produce resonance when the circuit is supplied by a frequency of 1k5Hz. Explain what a low pass filter is. An adjustable frequency source with a constant voltage of 20 mV is connected across an RLC circuit. If the frequency is adjusted until there is a maximum current flow of 120 mA at 5,550 kHz, calculate the value of R, L and C if the Q factor is 120.
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