Microwave
Acropolis Technical Campus, Indore Department of Electronics and Communication Engineering
Subject-Microwave lab Student Name: Enrollment No.: Sub. Code- EC 704 Experiment No.: 01 Date:
Batch:
Details of submissions & performance
Performing Extra turn Regular turn First Submission Second submission
Grade and Remarks by the Tutor 1. Clarity about the objective of the experiment 2. Clarity about the problem statement 3. Submitted the work in desired format 4. Shown capability to solve the problem 5. Contribution to the team work. Others:
Cross Grade
A
B
C
D
E
F
Signature
Experiment No:-01 1.1Aim:
1.1.1 To become familiar with Microwave measuring and test equipment along with microwave components.
1.2 Objectives:
1.2.1 To understand working principle of microwave components. 1.2.2 To understand working principle of measuring and test equipment. 1.2.3 To understand applications of various microwave components.
1.3 Problem- Statement:
1.3.1 Setting up microwave bench for the experiment. 1.3.2 To understand the generation of microwave signal using Klystron tube and Gunn oscillator. 1.3.3 To understand the measurement process using VSWR meter.
Study Group: Microwave Engineering Created by: Mr. Amit Udawat
Exp.No: 01 Modified by: Mr.Abhijeet Gorey, Ms.Nisha Kiran
Acropolis Technical Campus, Indore Department of Electronics and Communication Engineering
Subject-Microwave lab Sub. Code- EC 704 Exp. No : 01
1.4 Theory:
1.4.1 Gunn Power Supply MXG 1. Gunn Power Supply : Gunn Power Supply comprises of an electronically regulated DC Power Supply and a square wave generator designed to operate Gunn oscillator and PIN modulator simultaneously. The DC voltage is variable from 0 to 10 volts. The frequency of square wave can be continuously varied from 800 to 1200 Hz. The front panel meter can read the Gunn voltage and the current drawn by the Gunn diode. The Power Supply is designed to protect Gunn diode from reverse
Subject-Microwave lab Student Name: Enrollment No.: Sub. Code- EC 704 Experiment No.: 01 Date:
Batch:
Details of submissions & performance
Performing Extra turn Regular turn First Submission Second submission
Grade and Remarks by the Tutor 1. Clarity about the objective of the experiment 2. Clarity about the problem statement 3. Submitted the work in desired format 4. Shown capability to solve the problem 5. Contribution to the team work. Others:
Cross Grade
A
B
C
D
E
F
Signature
Experiment No:-01 1.1Aim:
1.1.1 To become familiar with Microwave measuring and test equipment along with microwave components.
1.2 Objectives:
1.2.1 To understand working principle of microwave components. 1.2.2 To understand working principle of measuring and test equipment. 1.2.3 To understand applications of various microwave components.
1.3 Problem- Statement:
1.3.1 Setting up microwave bench for the experiment. 1.3.2 To understand the generation of microwave signal using Klystron tube and Gunn oscillator. 1.3.3 To understand the measurement process using VSWR meter.
Study Group: Microwave Engineering Created by: Mr. Amit Udawat
Exp.No: 01 Modified by: Mr.Abhijeet Gorey, Ms.Nisha Kiran
Acropolis Technical Campus, Indore Department of Electronics and Communication Engineering
Subject-Microwave lab Sub. Code- EC 704 Exp. No : 01
1.4 Theory:
1.4.1 Gunn Power Supply MXG 1. Gunn Power Supply : Gunn Power Supply comprises of an electronically regulated DC Power Supply and a square wave generator designed to operate Gunn oscillator and PIN modulator simultaneously. The DC voltage is variable from 0 to 10 volts. The frequency of square wave can be continuously varied from 800 to 1200 Hz. The front panel meter can read the Gunn voltage and the current drawn by the Gunn diode. The Power Supply is designed to protect Gunn diode from reverse
References: 1.8.1 Samuel .Y.Liao, 'Microwave Devices & Circuits ' Edition III/1995 ,PHI 1.8.2 George Kennedy, 'Electronic Comm. System ' Edition III/1996 , TMH. 1.8.3 Robert E Collin, “ Foundations For Microwave Engineering” Edition-II, Wiley. 15