Q2.) A CRT has deflecting plats of 4mm longs, and 2000μm a part. The screen is 500mm away from the center of plates. The electron beam enters the plates at velocity of (2445x10 m/s). An input voltage signal of 100mV is applied to the CRT whose amplifier has an overall gain of 100. If the electrons mass and charge is 9.11x10-28g, 1.6x10-¹9 C respectively. Determine: 1) The deflection on the screen (D). 2) The angular deflection (0). 3) The deflection factor (G).

Q2.) A CRT has deflecting plats of 4mm longs, and 2000μm a part. The screen is 500mm away from the center of plates. The electron beam enters the plates at velocity of (2445x10 m/s). An input voltage signal of 100mV is applied to the CRT whose amplifier has an overall gain of 100. If the electrons mass and charge is 9.11x10-28g, 1.6x10-¹9 C respectively. Determine: 1) The deflection on the screen (D). 2) The angular deflection (0). 3) The deflection factor (G).

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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Question

Q2.) A CRT has deflecting plats of 4mm longs, and 2000μm a part. The screen is 500mm
away from the center of plates. The electron beam enters the plates at velocity of
(2445x10 m/s). An input voltage signal of 100mV is applied to the CRT whose amplifier has
an overall gain of 100. If the electrons mass and charge is 9.11x10-28g, 1.6x10-¹⁹ C
respectively. Determine:
1) The deflection on the screen (D).
2) The angular deflection (0).
3) The deflection factor (G).
4) The coordinates of the point at which the electrons leave the plates (P[x, y]).

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