Problem: In electronics device laboratory, you need to use the function generator to use different types of signals e.g., sinusoidal wave, square waves, sawtooth waves and so on. Imagine you are planning to make an approximate square wave generator from a sinusoidal wave having peak voltage of [three digits before last digit of your ID] mV to use the produced square wave to study the clamper circuit. You can consider any frequency. You need to avoid using any dc power supply to save the energy. Also consider the amplitude of the produced square wave must be greater than the PIV of the diode. 1. Identify which circuit is necessary for making the generator. Illustrate input-output signals with appropriate labeling. 2. Lift the produced square wave above the x axis by the amount of [your last digit of your ID] V explaining appropriate steps. + Sinusoidal PIV

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Problem: In electronics device laboratory, you need to use the function generator to use different types of signals
e.g., sinusoidal wave, square waves, sawtooth waves and so on. Imagine you are planning to make an approximate
square wave generator from a sinusoidal wave having peak voltage of [three digits before last digit of your ID]
mV to use the produced square wave to study the clamper circuit. You can consider any frequency. You need to
avoid using any dc power supply to save the energy. Also consider the amplitude of the produced square wave
must be greater than the PIV of the diode.
1. Identify which circuit is necessary for making the generator. Illustrate input-output signals with
appropriate labeling.
2. Lift the produced square wave above the x axis by the amount of [your last digit of your ID] V explaining
appropriate steps.
+
Sinusoidal
PIV<last
Square
two digits of
Your ID
wave
wave
Fig. 1: Sample circuit for designing the square wave generator
Hints: If your student ID is 12-34567-8, then the last digit will be 8 and three digits before last digit will be 567.
Transcribed Image Text:Problem: In electronics device laboratory, you need to use the function generator to use different types of signals e.g., sinusoidal wave, square waves, sawtooth waves and so on. Imagine you are planning to make an approximate square wave generator from a sinusoidal wave having peak voltage of [three digits before last digit of your ID] mV to use the produced square wave to study the clamper circuit. You can consider any frequency. You need to avoid using any dc power supply to save the energy. Also consider the amplitude of the produced square wave must be greater than the PIV of the diode. 1. Identify which circuit is necessary for making the generator. Illustrate input-output signals with appropriate labeling. 2. Lift the produced square wave above the x axis by the amount of [your last digit of your ID] V explaining appropriate steps. + Sinusoidal PIV<last Square two digits of Your ID wave wave Fig. 1: Sample circuit for designing the square wave generator Hints: If your student ID is 12-34567-8, then the last digit will be 8 and three digits before last digit will be 567.
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