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This section includes 5 Mcqs, each offering curated multiple-choice questions to sharpen your Linear Integrated Circuit knowledge and support exam preparation. Choose a topic below to get started.
1. |
Calculate the voltage to frequency conversion factor, where fo=155Hz and Vcc=10V. |
A. | 130 |
B. | 124 |
C. | 134 |
D. | 116 |
Answer» C. 134 | |
2. |
Voltage to frequency conversion factor for VCO is |
A. | K<sub>v</sub> = V<sub>c</sub>/ f<sub>o</sub> |
B. | K<sub>v</sub> = f<sub>o</sub>/ V<sub>c</sub> |
C. | K<sub>v</sub> = f<sub>o</sub> V<sub>c</sub> |
D. | K<sub>v</sub> = 1/( f<sub>o</sub> V<sub>c</sub>) |
Answer» C. K<sub>v</sub> = f<sub>o</sub> V<sub>c</sub> | |
3. |
Choose the VCO for attaining higher output frequency. |
A. | NE566 |
B. | SE566 |
C. | MC4024 |
D. | All of the mentioned |
Answer» D. All of the mentioned | |
4. |
Calculate the value of external timing capacitor, if no modulating input signal is applied to VCO. Consider fo=25 kHz and RT=5 k . |
A. | 6nF |
B. | 100 F |
C. | 2nF |
D. | 10nF |
Answer» D. 10nF | |
5. |
Determine the value of current flow in VCO, when the NE566 VCO external timing resistor RT =250 and the modulating input voltage Vc=3.25V.(Assume Vcc=+5v). |
A. | 3mA |
B. | 12mA |
C. | 7mA |
D. | 10mA |
Answer» D. 10mA | |