A. equal division of voltage across each thyristor
B. equal division of current through each thyristor in parallel
C. equal division of voltage across each thyristor in parallel
D. equal division of current through each thyristor in series
A. equal division of voltage across each thyristor
B. equal division of current through each thyristor in parallel
C. equal division of voltage across each thyristor in parallel
D. equal division of current through each thyristor in series
A. 60
B. 70
C. 80
D. 90
A. 76.3 %
B. 91.6 %
C. 83.3 %
D. 90.9 %
A. Directly proportional to Vm of supply voltage
B. Inversely proportional to Vm of supply voltage
C. Inversely proportional to L in the circuit
D. Both A and C
A. 5, 7
B. 4, 6
C. 7, 5
D. 6, 4
A. R and C in series but with diode across C
B. R and C in series but with diode across R
C. Series R and diode with C across R
D. Series R and diode with C across R
A. String efficient
B. Reliability factor
C. Factor of safety
D. Derating factor
A. holes only
B. electrons only
C. either electron or holes
D. Both electron and holes
A. series connection.
B. parallel connection.
C. anti parallel connection.
D. both B and C.
A. To limit di / dt of SCR
B. To limit dV / dt of SCR
C. For voltage equalisation
D. Both B and C