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(a) (i) If the power supply voltage to the Wheatstone bridge in Figure Q.2a( increased, what will happen to the voltage between A and B? TM & UTM &UTM & UTMS 100 kN. 20 kQ GuM UTM 8 UIM A B & UTM 8TM UTM M *20 kn Figure Q.2a(i) Wheatstone bridge UTM UTM 7

(a) (i) If the power supply voltage to the Wheatstone bridge in Figure Q.2a( increased, what will happen to the voltage between A and B? TM & UTM &UTM & UTMS 100 kN. 20 kQ GuM UTM 8 UIM A B & UTM 8TM UTM M *20 kn Figure Q.2a(i) Wheatstone bridge UTM UTM 7

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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(а) (i) If the power supply voltage to the Wheatstone bridge in Figure Q.2a(i) increased, what will happen to 6 TTM 20 k. KUIM UTM A 5 UTM 8 TM UTM 0 kQ' B M. 20 kƆ Figure Q.2a(i) Wheatstone bridge UTM UTM 7 (ii) Figure Q.2a(ii) shows an arrangement of an AC bridge. Explain why this bridge cannot achieve balance? shoM & UTM UTM 5 UTM UTM "M R3 lell AC detector R2 R4 M (iii) Determine the impedance Z as shown in Figure Q.2a(iii), which is rectangular forms. UTM &UTM * & UTM & IM 5 UT 5 UTM 275 mH ) 400 Hz 1 kQ 350 2 IM UIM Figure 0.2c(iii) AC Bridge UTM
Transcribed Image Text:(а) (i) If the power supply voltage to the Wheatstone bridge in Figure Q.2a(i) increased, what will happen to 6 TTM 20 k. KUIM UTM A 5 UTM 8 TM UTM 0 kQ' B M. 20 kƆ Figure Q.2a(i) Wheatstone bridge UTM UTM 7 (ii) Figure Q.2a(ii) shows an arrangement of an AC bridge. Explain why this bridge cannot achieve balance? shoM & UTM UTM 5 UTM UTM "M R3 lell AC detector R2 R4 M (iii) Determine the impedance Z as shown in Figure Q.2a(iii), which is rectangular forms. UTM &UTM * & UTM & IM 5 UT 5 UTM 275 mH ) 400 Hz 1 kQ 350 2 IM UIM Figure 0.2c(iii) AC Bridge UTM
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