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  Product Brief :
  

 

Microwave Training system MWL10 Features:

* Waveguide Inside outside precious metal plated test bench

* Tested on HP network analyser

* Microwave Power meter with X band source

* Simultaneous different experiments.

* X band spectrum analyser

* PC and audio communication in Microwave Trainer

 

Technical Specifications

1 Micrometer tunable Gunn Oscillator

Frequency range X band (8.5-11.5 GHz)

Power output 10 mW

Calibration chart steps of 100 Mhz

 

2 PIN Diode Modulator

S12 off 10dB

S12 on 2dB

 

3 Isolator

S12 20dB

S21 1dB

 

4 Calibrated Frequency Meter

Accuracy 1%

 

5 Calibrated Variable Attenuator

S12 1 to 20dB variable

 

6 Fixed Attenuator

S12 6dB

 

7 Slotted Line with Matched Probe

Resolution 0.1mm

 

8 Matched Detector Mount

Sensitivity -10dBm at 10 Ghz / 100mV dc

 

9 Fixed Short

 

10 Rectangular Waveguide

 

11 Matched Termination - 2nos

S11 >25dB

 

12 S.S. Tuner with Micrometer

Resolution X Y0.1mm

 

13 Solid dielectric Cell

 

14 Liquid Dielectric Cell

 

15 Phase Shifter

 

16 E plane Tee

 

17 H Plane Tee

 

18 Magic tee

 

19 M.H.D. Coupler

Coupling 10dB

Directivity 30dB

 

20 Circulator

S12 20dB

S21 1dB

 

21 Waveguide Stand - 5 nos

 

22. Manual Antenna rotator

 

23. Horn Antenna

 

24. Reflector Panel

 

 

25 Waveguide coax adapter

 

26 X band Coaxial cable

 

27 Movable Short

 

28 Digital Gunn Power Supply

Voltage 2-10 V/500mA

PIN Mod 900-1100Hz/0-10V

RS 232 port PC comm.

MIC input Audio comm.

 

29 SWR Meter square Law

Frequency 1KHz

Bandwidth 100Hz

Sensitivity 10uV

Rs232 port PC interface

Demod. Out For audio communication; builtin Speaker

 

30 X band Spectrum Analyser Downconverter module

Spectrum Analyser X Band Features:

* X Band measurement range

* Low cost with high performance

* Shows Gunn, Klystrons, Magnetrons, DRO’s etc.

AM and FM modulation

* Relative power & VSWR measurement

* Observe Spurious outputs of Gunn, Klystron

* Observe leakage in waveguide Flanges

* Gain, coupling, loss measurement

 

31 X band Microwave Power Meter XPM10 with X band source

Amitec Microwave Power Meter XPM10 Features:

POWER METER

Frequency range : 8.2GHz to 12.4 Ghz

Display : 16X2 Backlit LCD

Power : +20dBm to -30dBm

Measurement : dBm, dBr, mW, dBW, dBuW

With Digital Display

Resolution : 0.1, 0.5 and 1dB

Offset : For relative measurement

Level Indicator : Digital display and Bar Graph

Power : 100-240VAC, 47-63 Hz

 

POWER SENSOR

Frequency Range : 8.2GHz to 12.4 GHz

Power range : +20dBm to -30dBm

Compensation : Temperature compensated thermistor

Cable : Sensor/meter cable 3m

 

MICROWAVE SOURCE

Frequency : 10.3 Ghz typical

Power level : 1mW typical

 

                                           

E-Manual: Installation Video for ease of Learning

 

Related Equipment : Microwave Antenna Training System MAT10

 

EXPERIMENTS:

1. Introduction to waveguide components.

2. Gunn oscillator

i) Measurement of current vs. voltage characteristic of Gunn

ii) Measurement of Gunn oscillator output power and voltage.

iii) Measurement of Gunn oscillator frequency and voltage.

3. Modulator and crystal detector

i) Operation of PIN diode modulator.

ii) Operation of crystal detector.

iii) Measurement of square law behavior of crystal detector.

4. Propagation modes, wavelength and phase velocity in a waveguide.

i) Measurement of frequency of source.

ii) Measurement of free space & guide wavelength and verify waveguide law.

5. Q and bandwidth of resonance cavity.

i) Measurement of Q using power meter technique.

ii) Measurement of Q using SWR method.

6. Power Measurement

i) Direct Power Measurement

ii) Measurement of Power using Directional Coupler.

iii) Measurement of conjugate and Zo power.

iv) Measurement of power of modulated signal.

7. VSWR and Reflection Coefficient by Standing wave and

Double Minimum Method

i) Measurement of low and medium range SWR.

ii) Measurement of high range SWR.

iii) Measurement of high SWR using a calibrated attenuator.

8. Impedance Measurement

i) Measurement of unknown Impedance of load with smith chart.

ii) To match an unknown impedance.

9. Waveguide Hybrid( Magic) Tee

i) Measurement of Power division or Decoupling between H-arm and E- arm of a Magic Tee.

ii) Measurement of Insertion loss of a Magic Tee.

iii) Measurement of Return Loss of H arm of a Magic Tee.

vi) Measurement of VSWR of ports of Hybrid (Magic) Tee

10. Properties of Directional Coupler

i) Measurement of coupling factor.

ii) Measurement of directivity.

iii) Measurement of return loss of a load.

iv) Measurement of Main line insertion loss.

v) Measurement of VSWR of ports.

11. Fixed and Variable Attenuator

i) Measurement of attenuation using the Power Ratio

method.

ii) Measurement of attenuation using the substitution

method.

iii) Measurement of low values of attenuation.

Iv) Measurement of VSWR and Insertion Loss.

v) Measurement of Insertion Loss of attenuator.

12.To study a cavity resonator type frequency counter.

13.To study wave guide to coax transition.

14. To establish a Microwave audio & PC-PC communication link.

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