1. 800 A/cm2
2. 8 A/cm2
3. 200 A/cm2
4. 2 A/cm2
8 A/cm2
1. Vdc = (Vm/π), PIV = 2Vm
2. Vdc = 2(Vm/π), PIV = 2Vm
3. Vdc = 2(Vm/π), PIV = Vm
4. Vdc = (Vm/π), PIV = Vm
Vdc = 2(Vm/π), PIV = 2Vm
1. 1
2. 2
3. 3
4. 4
2
1. 25, 9 and 57 respectively
2. -6, -6 and -6 respectively
3. -7, -7 and -7 respectively
4. -25, -9 and -57 respectively
-7, -7 and -7 respectively
1. Mode 0 for I and Mode 1 for II
2. Mode 1 for I and Mode 0 for II
3. Mode 2 for I and Mode 0 for II
4. Mode 2 for I and Mode 1 for II
Mode 2 for I and Mode 1 for II
1. 2 for I and 2 for II
2. 4 for I and 3 for II
3. 3 for I and 3 for II
4. 3 for I and 4 for II
4 for I and 3 for II
1. contents of location 9258 are moved to the accumulator
2. contents of location 9258 are compared with the contents of the accumulator
3. contents of location 8529 are complemented and stored in location 8529
4. contents of location 5892 are complemented and stored in location 5892
contents of location 9258 are moved to the accumulator
1. 1 unit
2. 4 unit
3. 3 unit
4. 2 unit
2 unit
1. zero Hz
2. 0.75 kHz
3. 0.5 kHz
4. 0.25 kHz
0.5 kHz