1

Introduction and identification of microwave component. 

As below

2

Study of the characteristics of Klystron tube and to determine its electronic tuning range. 

3

Study of following characteristics of Gunn Diode 

3.1 Output power and frequency as a function of voltage. 

3.2 Square wave modulation through PIN diode. 

4

To measure the polar pattern and the gain of a waveguide horn antenna. 

5

To determine the frequency & wavelength in a rectangular waveguide working in TE10 mode

6

Study of function of multi hole directional coupler by measuring the following parameters: 

6.1 Main line and auxiliary line SWR 

6.2 Coupling factor and directivity.

7

To determine the standing wave ratio and reflection coefficient. 

8

To perform PC to PC Communication using Microwave test bench 

9

To study and perform the voice communication by using Microwave Test Bench 

10

To study the Fixed and variable attenuator. 

11

To measure an unknown impedance with smith chart. 

12

To measure SWR of ports, isolation and coupling coefficients of Magic Tee. 

13

To measure Input VSWR,  Insertion loss and isolation of isolator/ circulator 

14

To measure resonant frequency of Cavity resonator. 

15

To study and perform the square law behavior of a microwave crystal detector.  

16

Introduction to spectrum analyzer and measurement of spectrum of microwave signal using 

1

Microwave Bench - Klystron

MICROWAVE100K

2

Microwave Bench - Gunn

MICROWAVE100G

3

Microwave Integrated circuits (MIC) Trainer

MIC100L