1. 6x106m/sec
2. 6x107m/sec
3. 3x106m/sec
4. 6x108m/sec
6x108m/sec
1. -4V
2. 5 V
3. 5 V
4. -5.5 V
-4V
1. 60H to 63H
2. A4 to A 7H
3. 30H to 33H
4. 70H to 73H
A4 to A 7H
1. 6019
2. 6379
3. 6979
4. None of the above
6979
1. copy the originalbyte to the less significant byte of the word and fill the more significant withzeros
2. copy the original byte to the more significant byte of the word and fill the less significant byte with zeros
3. copy the original byte to the less significant byte of the word and make each fit of the moreSignificant byte equal to the most significant bit of the original byte
4. copy the original byte lo the loss significant byte as well as the more significant byte of the word
copy the original byte to the more significant byte of the word and fill the less significant byte with zeros
1. Vm/√2RL
2. Vm/π(Rf+RL )
3. 2Vm/√π
4. Vm/RL
2Vm/√π
1. n = 1.5 x 1015 /cm3 p = 1.5 x 1010/cm3
2. n = 1.5x 1010 /cm3,p = 2.25 x 1015/cm3
3. n = 2.25x 1015 /cm3,p = 1.0 x 105/cm3
4. n = 1.5x 1010 /cm3,p = 1.5 x 1010/cm3
n = 2.25x 1015 /cm3,p = 1.0 x 105/cm3
1.
2.
3.
4.
1. 010000
2. 011001
3. 010010
4. 010101
011001
1. the driver transistor has larger threshold voltage than the load transistor
2. the driver transistor has larger leakage currents compared to the load transistor
3. the load transistor has a smaller W/L ratio compared to the driver transistor
4. none of the above
the load transistor has a smaller W/L ratio compared to the driver transistor