2073 BhadraChapter 1: Introduction1.1 Standard frequency bands
Classify signal frequency in different bands of waves and rays. What are the advantages and disadvantages of using microwave signal?
TU IOE · EX 72505
RF & Microwave Engineering
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Past questions by syllabus
Introduction
Standard frequency bands
4 questions- 2074 BhadraChapter 1: Introduction1.1 Standard frequency bands
Write short note on: Features of microwave frequency band
- 2074 MaghChapter 1: Introduction1.1 Standard frequency bands
Write short note on: Behavior of microwave bands
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Behaviour of circuits at conventional and RF/microwave bands
5 questions- 2071 MaghChapter 1: Introduction1.2 Behaviour of circuits at conventional and RF/microwave bandsClick to unlock premiumSee the full question with a premium plan
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Microwave applications
4 questions- 2070 BhadraChapter 1: Introduction1.3 Microwave applicationsClick to unlock premiumSee the full question with a premium plan
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RF and M/W Transmission Lines
Types of transmission lines
1 question- 2071 MaghChapter 2: RF and M/W Transmission Lines2.1 Types of transmission lines
Write short note on: Microwave strip-lines against micro-strips
Smith Chart analysis
8 questions- 2072 AshwinChapter 2: RF and M/W Transmission Lines2.3 Smith Chart analysis
What is admittance chart? A load impedance of Z_L = 80+j100 is connected to a microstrip transmission line. Use single stub shunt tuning stub with short and open stubs.
- 2072 MaghChapter 2: RF and M/W Transmission Lines2.3 Smith Chart analysis
Sketch an immittance chart and compare the scales.
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Impedance transformations and matching analysis
13 questions- 2070 BhadraChapter 2: RF and M/W Transmission Lines2.4 Impedance transformations and matching analysisClick to unlock premiumSee the full question with a premium plan
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RF an M/W Network Theory and Analysis
Scattering matrix and its properties
4 questions- 2071 BhadraChapter 3: RF an M/W Network Theory and Analysis3.1 Scattering matrix and its properties
Write short notes on: Merits of S-parameters in microwaves
- 2073 BhadraChapter 3: RF an M/W Network Theory and Analysis3.1 Scattering matrix and its properties
Suppose there are two identical radar transmitters and few passive devices in equipment stock. A particular application requires twice more input power to an antenna than either transmitter can deliver. As an RF engineer, give your appropriate solution for the above problem with necessary figures, mathematics and sufficient explanation.
- 2074 BhadraChapter 3: RF an M/W Network Theory and Analysis3.1 Scattering matrix and its properties
Identify and explain the properties of a microwave passive device having following S-Matrix.
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S-Parameter derivation and analysis
10 questions- 2070 BhadraChapter 3: RF an M/W Network Theory and Analysis3.2 S-Parameter derivation and analysisClick to unlock premiumSee the full question with a premium plan
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RF/Microwave Components and Devices
Waveguide
14 questions- 2070 BhadraChapter 4: RF/Microwave Components and Devices4.3 Waveguide
Define expressions for various field components of a rectangular waveguide in TE mode. Show that a 1 GHz signal cannot propagate in TE10 mode in a rectangular waveguide with a wall separation of 5 cm.
- 2071 BhadraChapter 4: RF/Microwave Components and Devices4.3 Waveguide
Describe field equations and other related parameters of a rectangular waveguide in TM mode. Compare TE10 and TE20 in terms of cut-off frequency and dominant mode.
- 2071 MaghChapter 4: RF/Microwave Components and Devices4.3 Waveguide
What is dominant mode in a waveguide? How is TE mode different from TM mode in a circular waveguide.
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Termination, E-plane Tee, H-plane Tee, Magic Tee
7 questions- 2072 AshwinChapter 4: RF/Microwave Components and Devices4.4 Termination, E-plane Tee, H-plane Tee, Magic TeeClick to unlock premiumSee the full question with a premium plan
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Directional coupler
2 questions- 2073 BhadraChapter 4: RF/Microwave Components and Devices4.7 Directional couplerClick to unlock premiumSee the full question with a premium plan
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Gunn diode
1 question- 2079 BhadraChapter 4: RF/Microwave Components and Devices4.8 Gunn diodeClick to unlock premiumSee the full question with a premium plan
Microwave transistor
11 questions- 2070 BhadraChapter 4: RF/Microwave Components and Devices4.9 Microwave transistorClick to unlock premiumSee the full question with a premium plan
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MASER
1 question- 2080 BaishakhChapter 4: RF/Microwave Components and Devices4.10 MASERClick to unlock premiumSee the full question with a premium plan
Resonator and circulators
4 questions- 2072 AshwinChapter 4: RF/Microwave Components and Devices4.11 Resonator and circulatorsClick to unlock premiumSee the full question with a premium plan
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Microwave Generators
Two-cavity and multi-cavity klystrons
2 questions- 2071 BhadraChapter 5: Microwave Generators5.3 Two-cavity and multi-cavity klystrons
What is bunching effect? Describe the working principle of a klystron oscillator.
- 2072 AshwinChapter 5: Microwave Generators5.3 Two-cavity and multi-cavity klystrons
What is density modulation? Describe the working principle of a multi-cavity klystron oscillator.
Reflex klystron
2 questions- 2072 MaghChapter 5: Microwave Generators5.4 Reflex klystron
Write short notes on: Bunching effect in reflex klystron
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TWT and magnetrons
10 questions- 2070 BhadraChapter 5: Microwave Generators5.5 TWT and magnetronsClick to unlock premiumSee the full question with a premium plan
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RF Design Practices
RF Low pass filter --- Insertion loss
7 questions- 2072 AshwinChapter 6: RF Design Practices6.1 RF Low pass filter --- Insertion loss
Write short notes on: LNA cavity device inserting loss method for filter designing
- 2072 AshwinChapter 6: RF Design Practices6.1 RF Low pass filter --- Insertion loss
Write short notes on: Insertion loss method for filter designing
- 2073 BhadraChapter 6: RF Design Practices6.1 RF Low pass filter --- Insertion loss
Justify and describe how a microwave filter is designed using insertion loss method.
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RF Low pass filter --- Frequency scaling
3 questions- 2071 BhadraChapter 6: RF Design Practices6.2 RF Low pass filter --- Frequency scalingClick to unlock premiumSee the full question with a premium plan
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RF Low pass filter --- Microstrip implementation
5 questions- 2072 AshwinChapter 6: RF Design Practices6.3 RF Low pass filter --- Microstrip implementationClick to unlock premiumSee the full question with a premium plan
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RF Amplifier --- Amplifier theory
1 question- 2081 BaishakhChapter 6: RF Design Practices6.4 RF Amplifier --- Amplifier theoryClick to unlock premiumSee the full question with a premium plan
RF Amplifier --- Design and real world consideration
4 questions- 2071 BhadraChapter 6: RF Design Practices6.5 RF Amplifier --- Design and real world considerationClick to unlock premiumSee the full question with a premium plan
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Oscillator and mixer --- Oscillator and super mixing theory
3 questions- 2070 BhadraChapter 6: RF Design Practices6.6 Oscillator and mixer --- Oscillator and super mixing theoryClick to unlock premiumSee the full question with a premium plan
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Microwave Antennas and Propagation
Propagation characteristics of microwave antennas
1 question- 2081 BaishakhChapter 7: Microwave Antennas and Propagation7.2 Propagation characteristics of microwave antennas
Classify microwave propagation fields of a GSM BTS and its radiation parameters. Explain what non-ionizing SAR is and how it becomes hazardous to human body.
RF an M/W radiation, safety practices and standards
11 questions- 2071 Bhadra2070 BhadraChapter 7: Microwave Antennas and Propagation7.3 RF an M/W radiation, safety practices and standards
Write short notes on: Microwave radiation hazards and safety practices
- 2072 Ashwin2071 MaghChapter 7: Microwave Antennas and Propagation7.3 RF an M/W radiation, safety practices and standards
Write short notes on: Microwave radiation fields
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RF/Microwave Measurements
Power measurement
4 questions- 2072 MaghChapter 8: RF/Microwave Measurements8.1 Power measurement
You are supposed to measure about 7.5 mW of microwave power. Choose a proper power measuring device and explain its working principle.
- 2073 BhadraChapter 8: RF/Microwave Measurements8.1 Power measurement
Define major microwave measurement parameters and explain the working principle of a low microwave power measurement device.
- 2074 MaghChapter 8: RF/Microwave Measurements8.1 Power measurement
Choose a proper power measurement tool to measure power of a Airport Surveillence Radar.
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Calorimeter method
4 questions- 2071 BhadraChapter 8: RF/Microwave Measurements8.2 Calorimeter methodClick to unlock premiumSee the full question with a premium plan
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Impedance measurement
1 question- 2074 BhadraChapter 8: RF/Microwave Measurements8.5 Impedance measurementClick to unlock premiumSee the full question with a premium plan
RF frequency measurement and spectrum analysis
2 questions- 2073 MaghChapter 8: RF/Microwave Measurements8.6 RF frequency measurement and spectrum analysisClick to unlock premiumSee the full question with a premium plan
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VSWR and Noise
3 questions- 2071 Bhadra2070 BhadraChapter 8: RF/Microwave Measurements8.9 VSWR and NoiseClick to unlock premiumSee the full question with a premium plan
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