S-36 Microstrip Systems Trainer (50-1300MHz)

S-36 series brochure (PDF) 490K




* Microstrip components designed by Prof Girish Kumar, Dept of Elect Eng, IIT Bombay, India

Laptop shown above is not included

MICROSTRIP COMPONENTS
Passive Devices
  Power Dividers
1. Two way equal power
2. Four way equal power
3. Two way un-equal power
  Directional Coupler
4. Two branch
5. Three branch
6. Coupled Line
7. Rat Race
  Filters
8. Low Pass
9. Band Pass
10. Band Reject (Notch)
  Other Components
11. Rectangular Resonator
12. Attenuator 6dB
13. Circulator - Isolator
Active Devices
14. Amplifier
15. Oscillator (VCO)
16. Mixer
17. Pin Diode Switch
Microstrip Antennas - 2 nos
Terminations
Short, Open, Match & Loads
Misc Cables & Connectors
Brief Description & Key Specifications

STS-3033 Software Features ...
 
 


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VSWR vs Frequency

The incident voltage
(Vi) and reflected voltage (Vr) are measured using a directional coupler and their plots against frequency are generated.
The
VSWR is computed from the Vi and Vr values and VSWR vs Frequency plot is generated.
Cursor gives measurements of Vi, Vr and VSWR at different frequencies.


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Spectrum Analysis

Spectrum Analysis of a signal is possible using this mode. Software allows selection of start & stop frequencies, step size and number of steps.
Two spectrum displays can be viewed concurrently and cursor measurement gives values of both traces at the selected frequency.
This eases comparative study of two signals thereby enhances understanding of devices and sources. (especially active devices eg:input vs output of an amplifier).



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NETWORK Analysis (Scalar)

This mode allows measurement of Loss or Gain of passive and active devices respectively.
Insertion Loss vs Frequency of cables, Filters, Directional Couplers, etc can be measured.
Likewise Gain vs Frequency of amplifiers can be measured.
Cursors yield measurements of loss/gain at the selected frequency. List giving the frequency and the loss/gain at each step can be scrolled on the PC and can also be saved as a text file.



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S-PARAMETERS (Scalar) optional

Scattering parameters (or s parameters) are the most important set of two-port parameters relating to network measurements.

Students can measure the S11, S12, S21 and S22 parameters of different devices and also investigate various factors that effect their performance.