The NV9000 series
of Microwave Test Benches are precision made microwave systems,
which use standard type rectangular wave-guide components to
illustrate the essential elements of this field for study.
The equipment consist of : 1. A selection of wave-guide components 2. Power supply for the microwave source 3. A detector 4. A meter, which monitors the detector output 5. A Demo Video CD 6. Audio Communication 7. PC to PC communication in Gunn based Benches 8. Wall Chart
These Training Benches are completely self-contained & provide the
means to allow students to carry out practical work at extremely low
cost. A comprehensive manual containing extensive microwave theory
and a progressive series of assignments is supplied with the
trainer.
Study
of the characteristics of klystron tube and to determine its electronic tuning range To
determine the frequency & wavelength in a rectangular waveguide working on TE mode 10 To
determine the standing wave ratio and reflection coefficient To
measure an unknown impedance with Smith Chart To
study the square law behaviour of a microwave crystal detector To
study the voice communication by using microwave test bench To
study the variable attenuator
To
study the V-I characteristics of Gunn Diode To
study the voice communication by using microwave test bench To
study the following characteristics of Gunn Diode
- Output power and frequency as a function of voltage
- Square wave modulation through Pin Diode To
determine the frequency & wavelength in a rectangular waveguide
working on TE mode 10 To
determine the standing wave ratio and reflection coefficient To
measure an unknown impedance with Smith Chart To
study the square law behaviour of a microwave crystal detector To
study the PC to PC data communication To
study the variable attenuator
Study
of the characteristics of Klystron tube and to determine its
electronic tuning range To
determine the frequency in a rectangular waveguide working on TE
mode 10 To
measure the polar pattern and the gain of following antennas
- Standard Gain Horn - Pick up horn
- Slotted Broad Wall - Slotted Narrow Wall
- Dielectric Antenna - E-plane Sectorial Horn
- H-Plane Sectorial Horn - Pyramidal Horn - Parabolic Dish To
study the square law behaviour of a microwave crystal detector. To
study the voice communication by using microwave test Bench. To
study the variable attenuator
To study
the variable attenuator
All the experiments of NV9002 can be performed in this model using
PC interfaced Motorized unit. Microcontroller
Based High Precision DC Stepper Motor Automatic
Zero Point setting Built-in
DC Power Supply Instant
Plotting of radiation Pattern Resolution
: 1° RS232
data link to PC Software
running under Windows 98 PC
Based Motorized Unit
To
study the V-I characteristics of Gunn Diode To
study the following characteristics of Gunn Diode
- Output power and frequency as a function of voltage
- Square wave modulation through Pin Diode To
determine the frequency & wavelength in a rectangular waveguide
working on TE mode 10 To
determine the standing wave ratio and reflection coefficient To
study the square law behaviour of a microwave crystal detector To
study the resonant cavity Measurements
of Dielectric constant.(Solid and liquid)
- Low-loss solid dielectrics - Liquid dielectrics or
solutions To
study the phase shift measurements by using phase shifter To
study the variable attenuator To
study the PC to PC data communication To
study the voice communication by using microwave test bench
Study
of the characteristics of klystron tube and to determine its
electronic tuning range To
determine the frequency & wavelength in a rectangular waveguide
working on TE mode 10 To
determine the standing wave ratio and reflection coefficient To
measure an unknown impedance with Smith Chart To
study the square law behaviour of a microwave crystal detector Study
of attenuators (fixed and variable type) Study
of Tee- E Plane Tee - H Plane Tee - Magic Tee Study
the function of multihole directional coupler by measuring the
following parameters.
- Main line & Auxiliary line VSWR
- Coupling factor and directivity and Isolation Study
of circulators/Isolator To
study the voice communication by using microwave test bench To
study the PC to PC data communication (with Gunn based source)
To
determine the frequency & wavelength in a rectangular waveguide
working on TE mode 10 To
study the following characteristics of Gunn Diode
- Output power and frequency as a function of Bias Voltage
- Square wave modulation through PIN diode To
determine the Standing Wave-Ratio and Reflection Coefficient To
measure an unknown Impedance with Smith chart To
study V-I characteristics of Gunn Diode To
measure the gain of a waveguide horn antenna Study
the function of multi-hole directional coupler by measuring the
following parameters :
- To Measure main-line and auxiliary-line VSWR
- To Measure the coupling factor and directivity and isolation. Study
of Magic Tee To
study the square law behaviour of a microwave crystal detector The
Q and bandwidth measurement in cavity resonantor To
Study the Attenuators (Fixed and Variable type) To
study the PC to PC data communication To
study the voice communication by using microwave test bench
Microwave Fundamentals
Microwave Fundamentals software is very powerful tool to
understand core concept of Microwave Technology, throw high quality
Simulation, rich theoretical content and attractive animated
diagrams. It covers following topics.
Technical
Specification >
Please refer PDF
link
Copyright
2009 NVIS Technologies Pvt. Ltd.
All rights reserved.
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Basic Science
Study
of the characteristics of klystron tube and to determine its electronic tuning range
2009 NVIS Technologies Pvt. Ltd.
All rights reserved.