A highly inductive d.g. load requires 12 A at 150 V from a 240 V single-phase a.c. supply. Give design details for this requirement using (i) bi-phase half-wave and (ii) bridge connection. Assume each diode to have a volt-drop of 0.7 V. Make comparisons between the two designs.
A highly inductive d.g. load requires 12 A at 150 V from a 240 V single-phase a.c. supply. Give design details for this requirement using (i) bi-phase half-wave and (ii) bridge connection. Assume each diode to have a volt-drop of 0.7 V. Make comparisons between the two designs.
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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Transcribed Image Text:A highly inductive d.ç. load requires 12 A at 150 V from a 240 V single-phase
a.c. supply. Give dèsign details for this requirement using (i) bi-phase half-wave
and (ii) bridge connection. Assume each diode to have a volt-drop of 0.7 V.
Make comparisons between the two designs.
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