Example 2.22 || Clampers || Square Input || Sinusoidal Input || DC 2.10 (1)(E)(Boylestad)

EDC 2.10 (1) (English) (Boylstead) || Example 2.22
A clamper is a network constructed of a diode, a resistor, and a capacitor that shifts a
waveform to a different dc level without changing the appearance of the applied signal.
The video explains a very simple technique of drawing output wave of a clamper circuit.

The simplest of clamper networks is provided in Fig. 2.89
Example 2.22: Determine v o for the network of Fig. 2.93 for the input indicate

#ElectricalEngineeringAcademy
# WhatsApp [phone]

[ElectricalEngineeringAcademy]

Electronic Devices & Circuits (English)(Boylestad):
Electronic Devices & Circuits (English) (Sedra):

[fahimmirza]

Keep doing that ...sir...we are so grateful to you....your video is too helpful for us..take love from Bangladesh

[maanmughal]

sir I am from Pakistan. YOU JUST EXPLAIN THINGS SO WELL. Thanks for such explanations.

[ahmedshaban]

from egypt i give you a big hug thank you very much ✨

[farwaaakamran]

thnk you so much for uploading such a important lecture with example ... so much appreciate u .

[skrisalatsanjan]

wherever you are, May Allah always bless you with happiness and prosperity and grant you zannatul ferdous after passing away.

[Harryby]

What happens if we introduce a series resistor in the input side and for time varying square wave input signal, how to calculate R and C (if the input signal frequency is around 1MHz how the circuit behaves and what type of diode we have to chose ?).

[Tekttskskwdi]

at 10:55, the value of Vo in the bottom part of the graph should be, 0.7- 2vi. Correct me if i am wrong

[RokiiAs]

Sir how top becomes 45 top is 5 bottom is -45

[manishsinghsisodiya]

15:18 wrong answer bcz capacitor polarity had been taken wrong it should be - + instead of +-