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3. Design a PUT relaxation oscillator shown below by specifying the values of the other components in the figure below. The capacitor sawtooth waveform periodically charge up to 12.7V and discharges periodically to 2V. The frequency of oscillation is placed at 5Hz. R is at the midpoint between the maximum allowable R value and minimum allowable R value to guarantee oscillation. Ip=6uA, Iv=15mA, VDiode=0.7V g Vo=15V R, 10k R R. 1K

3. Design a PUT relaxation oscillator shown below by specifying the values of the other components in the figure below. The capacitor sawtooth waveform periodically charge up to 12.7V and discharges periodically to 2V. The frequency of oscillation is placed at 5Hz. R is at the midpoint between the maximum allowable R value and minimum allowable R value to guarantee oscillation. Ip=6uA, Iv=15mA, VDiode=0.7V g Vo=15V R, 10k R R. 1K

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3. Design a PUT relaxation oscillator shown below by specifying the values of the other components in the figure below. The capacitor sawtooth waveform periodically charge up to 12.7V and discharges periodically to 2V. The frequency of oscillation is placed at 5Hz. Ris at the midpoint between the maximum allowable R value and minimum allowable R value to guarantee oscillation. Ip=6uA, Iv=15mA, VDiode=0.7V q Voo 15V 10k R IK
Transcribed Image Text:3. Design a PUT relaxation oscillator shown below by specifying the values of the other components in the figure below. The capacitor sawtooth waveform periodically charge up to 12.7V and discharges periodically to 2V. The frequency of oscillation is placed at 5Hz. Ris at the midpoint between the maximum allowable R value and minimum allowable R value to guarantee oscillation. Ip=6uA, Iv=15mA, VDiode=0.7V q Voo 15V 10k R IK
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