Matching Questions Questions

• Match the following: List I List II A. Poles and zeros of lie an real axis driving point LC network 1. lie an real axis B. Canonic LC network has 2. a zero C. The number of Canonic networks for the given driving point function 3. minimum number of elements D. The first critical frequency nearest the origin for RL driving point impedance 4. four 5. minimum number of elements 6. alternate 7. either a pole or zero 8. three
• Match the following: List I List II A. 200 MHz 1. SHF B. 20 GHz 2. UHF C. 500 kHz 3. VHF D. 500 MHz 4. MF
• Match the following: List I (Octal) List II (Hexadecimal) A. 66 1. 3 F B. 77 2. 36 C. 55 3. 27 D. 47 4. 3D
• Match the following: List I (BJT amplifier) List II (Characteristics) A. CE 1. good voltage gain, good current gain B. CC 2. voltage gain less than 1, high current gain C. CB 3. current gain less than 1, voltage gain high
• Match the following: List I List II A. Integrated fin line 1. B. Dielectric loaded waveguide 2. C. Ridge waveguide 3.
• Match the following: List I List II A. True type 1. Type of calculator in window B. FIND 2. Window command C. WORD PAD 3. Name of a Font D. STANDARD 4. Has many features of a simple word processor
• Match the following: List I (Circuits) List II (Output dc voltage) A. Single phase half wave converter 1. B. Fully controlled bridge converter (1 phase) with RLE load 2. C. 3 Phase full converter 3. D. Single phase full wave converter (M-2) connection 4.
• Match the following: List I (Processor in C) List II (Output) A. Preprocessor 1. Source code file B. Compiler 2. Executable code in machine language C. Linker 3. Relocatable object code
• Match the following: List I List II A. BJT 1. B. SCR 2. C. UJT 3. D. PUT 4.
• Match the following: List I List II A. Step up chopper 1. B. Class E chopper 2. C. Class D chopper 3. D. Class B chopper 4.
• Match the following: List I List II A. Detection of a periodic signal in noise 1. Increase in bandwidth B. Recovery of a band limited signal from its uniformly sampled values 2. Slope overload error C. Finer quantization of signal 3. Nyquist rate D. Delta modulation 4. Cross correlation
• Match the following: List I List II A. Mu Metal 1. very high magnetic permeability B. Samrium/cobalt 2. very high magnetic remanence C. Sapphire 3. very high thermal conductivity D. Ferrites 4. very stable magnetic permeability
• Match the following: List I (Types of N-bit ADC) List II (Characteristics) A. Flash converter 1. Integrating Type B. Successive 2. Fastest converter approximation C. Counter ramp 3. Maximum conversion time = N bits D. Dual slow 4. Used a DAC in its feedback path
• Match the following: List I (Binary) List II (Hexadecimal) A. 10101010 1. FF B. 11111111 2. 88 C. 10001000 3. 92 D. 10010010 4. AA
• List I (Theorems) List II (Property of Network) A. h11 1. 1/(re + rd) B. h12 2. rb + re C. h21 3. μbc D. h22 4. μcb
• Match the following: List I List II A. IF amplifier 1. Amplifier frequencies in the range of 100 kHz to 5 MHz. B. RF amplifier 2. Current in the output flows only during a portion of the positive half of the input cycle C. AF amplifier 3. Amplifier frequencies in the range of 0 Hz to 5 MHz D. Class operation 4. Amplifier frequencies in the frequency range of 40 Hz to 15 kHz.
• Match the following: List I List II A. Television 1. Either AM or FM used B. Radio 2. Both AM and FM are used C. Radar 3. PCM is used D. Data Communication 4. Digital system
• Match the following: List I (Antenna) List II (Communication system) A. Turnstile 1. Radar B. Yagi 2. TV transmission C. Dish 3. MW broadcasting D. Vertical mast 4. TV reception
• Match the following: List I List II A. Darlington amplifier 1. A circuit using pnp and npn transistors B. CB amplifier 2. A CS amplifier driving a CG amplifier C. Cascade amplifier 3. A circuit with over-all voltage gain close to 1 and very large input impedance D. Complementary symmetry amplifier 4. A circuit with low input impedance
• Match the following: List I List II A. JFET 1. B. DMOSFET 2. C. TRIAC 3. D. Enhancement-only channel MOSFET 4.