MCQOPTIONS
Bookmark
Saved Bookmarks
→
Power Electronics
→
Pwm Inverters in Power Electronics
→
Determine the distortion factor (μ) for a full b..
1.
Determine the distortion factor (μ) for a full bridge inverter with supply Vs = 60 V.
A.
0.8
B.
0.7
C.
0.9
D.
1
Answer» D. 1
Show Answer
Discussion
No Comment Found
Post Comment
Related MCQs
Determine the distortion factor (μ) for a full bridge inverter with supply Vs = 60 V.
A single phase full bridge inverter using transistors and diodes is feeding a R load of 3 Ω with the dc input voltage of 60 V. Find the fundamental frequency output power.
A single phase full bridge inverter using transistors and diodes is feeding a R load of 3 Ω with the dc input voltage of 60 V. Find the rms output voltage and the peak reverse blocking voltage of each transistor.
Find the distortion factor (μ), for a single phase half wave bridge inverter with dc source Vs = 1 kV.
A single-phase half bridge inverter is connected to a 230 V dc source which is feeding a R load of 10 Ω. Determine the average current through each SCR inverter switch.
A single-phase half bridge inverter is connected to a 230 V dc source which is feeding a R load of 10 Ω. Determine the fundamental power delivered to the load.
The distortion factor (μ) is the ratio of
If Vr is the rms value of the inverter output voltage and V1 is the rms value of the fundamental component, then the total harmonic distortion (THD) is given by
A_SINGLE_PHASE_FULL_BRIDGE_INVERTER_USING_TRANSISTORS_AND_DIODES_IS_FEEDING_A_R_LOAD_OF_3_‚ÄÖ√Ñ√∂‚ÀÖ√´¬¨‚ÀÇ_WITH_THE_DC_INPUT_VOLTAGE_OF_60_V._FIND_THE_FUNDAMENTAL_FREQUENCY_OUTPUT_POWER.?$#
Determine_the_distortion_factor_(μ)_for_a_full_bridge_inverter_with_supply_Vs_=_60_V.$#
Reply to Comment
×
Name
*
Email
*
Comment
*
Submit Reply