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Q5:A::How much voltage is required across wo delflection plates separated by 1 cm to deflect an electron beam 1.5cm if the length of the deflection plates is 2 cm änd the accelerating potential is 2000 V?[ take L 30 cm ]. Then find the vertical denection of the electron at the moment of departure of the vertical deflection plat. B: For the sweep generator shown, if the transistor is triggered every 5msec. by the impulses shown. Calculate.the.current through the capacitor and find the peak to peak voltage of the capacitor then sketch the voltage waveform across the capacitor. Assume zero discharge time.

Q5:A::How much voltage is required across wo delflection plates separated by 1 cm to deflect an electron beam 1.5cm if the length of the deflection plates is 2 cm änd the accelerating potential is 2000 V?[ take L 30 cm ]. Then find the vertical denection of the electron at the moment of departure of the vertical deflection plat. B: For the sweep generator shown, if the transistor is triggered every 5msec. by the impulses shown. Calculate.the.current through the capacitor and find the peak to peak voltage of the capacitor then sketch the voltage waveform across the capacitor. Assume zero discharge time.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Q5:A::How much voltage is required across two deflection plates separated by 1 cm to deflect an electron beam 1.5cm if the length of the deflection plates is 2 cm änd the accelerating potential is 2000 V?[ take L= 30 cm ]. Then find the vertical denlection of the electron at the moment of departure of the vertical deflection plat. B: For the sweep generator shown, if the transistor is triggered every 5msec. by the impulses shown. Calculate the current through the capacitor and find the peak to peak voltage of the capacitor then sketch the voitage waveform across the capacitor. Assume zero discharge time.
Transcribed Image Text:Q5:A::How much voltage is required across two deflection plates separated by 1 cm to deflect an electron beam 1.5cm if the length of the deflection plates is 2 cm änd the accelerating potential is 2000 V?[ take L= 30 cm ]. Then find the vertical denlection of the electron at the moment of departure of the vertical deflection plat. B: For the sweep generator shown, if the transistor is triggered every 5msec. by the impulses shown. Calculate the current through the capacitor and find the peak to peak voltage of the capacitor then sketch the voitage waveform across the capacitor. Assume zero discharge time.
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