In the 3-phase delta loaded inverter circuit, there is an R (ohmic) load as the load. 3 IGBTs are triggered at the same time in the circuit. For the values given below, calculate the product of the phase-to-phase effective voltage (Volt) measured by the V voltmeter, and the phase current effective value (Amper) measured by the A ammeter. (result: V*A) E=350 Volt, R=14 Ohm, f=50 Hz A) 6482.5 B) 7354.8 C) 3583.1 D) 5833.3 E) 4659.2
In the 3-phase delta loaded inverter circuit, there is an R (ohmic) load as the load. 3 IGBTs are triggered at the same time in the circuit. For the values given below, calculate the product of the phase-to-phase effective voltage (Volt) measured by the V voltmeter, and the phase current effective value (Amper) measured by the A ammeter. (result: V*A) E=350 Volt, R=14 Ohm, f=50 Hz A) 6482.5 B) 7354.8 C) 3583.1 D) 5833.3 E) 4659.2
Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter17: Commercial And Industrial Air-conditioning Control Systems
Section: Chapter Questions
Problem 22RQ
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Question
(hat akımı=line current, faz akımı=phase current)
In the 3-phase delta loaded inverter circuit, there is an R (ohmic) load as the load. 3 IGBTs are triggered at the same time in the circuit. For the values given below, calculate the product of the phase-to-phase effective voltage (Volt) measured by the V voltmeter, and the phase current effective value (Amper) measured by the A ammeter. (result: V*A)
E=350 Volt, R=14 Ohm, f=50 Hz
A) 6482.5
B) 7354.8
C) 3583.1
D) 5833.3
E) 4659.2
Transcribed Image Text:001
+
V
R
S1
S3 S5
E
hat akımı
b
S4 S6 S2
R
faz akımı
ic
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