1. 8
2. 10
3. 12
4. 16
8
1. 64 x 64
2. 16 x 16
3. 32 x 8
4. 256 x 1
16 x 16
1. 5 and 2
2. 4 and 1
3. 259 and 1
4. 260 and 1
259 and 1
1. XRI 0HF
2. ANI F0H
3. XRI F0H
4. ANI 0FH
ANI F0H
1. VTln(IsR/Vs)
2. -0.69V
3. VTln(IsR/Vs)
VTln(IsR/Vs)
1. ROM is a Read/ Write memory
2. PC points to the last instruction that was executed
3. Stack works on the principle of LIFO
4. All instructions affect the flage.
Stack works on the principle of LIFO
1. 15, 4
2. 6, 4
3. 7, 2
4. 4, 6
4, 6
1. I/O devices have 8 – bit addresses
2. I/O devices are accessed using In and OUT instructions
3. There can be a maximum of 356 input devices and 256 output devices
4. Arithmetic and logic operations can be directly performed with the I/O data
Arithmetic and logic operations can be directly performed with the I/O data
1. Hartley Oscillator with foscillation=79.6 MHz
2. Colpitts Oscillator with foscillation=50.3 MHz
3. Hartley Oscillator with foscillation=159.2 MHz
4. Colpitts Oscillator with foscillation=159.2 MHz
Colpitts Oscillator with foscillation=50.3 MHz
1. 2050, 0FFC
2. 2251 0FFC
3. 1025, 0CCF
4. 1025, 0CCF
2050, 0FFC