Microwave and Mircostrip Training Kit

• Rectangular Microstrip Patch Antenna with Transformer coupling
• Rectangular Microstrip Patch
• Circular Microstrip Patch Antenna with Inset feed Antenna with transformer coupling
• Microstrip Fed Slot Antenna Top View Bottom View
• 3-Element Series Fed Microstrip Rectangular Patch Antenna Array
• Printed Dipole Antenna Top View Bottom View
• 2x2 Rectangle Microstip Patch Antenna Array

Accessories:

• Components are also available in discrete at extra cost.

• Microprocessor based turn table is also available at an extra cost

• 50-ohm Microstrip Line
• 50-ohm Coplanar Waveguide
• 5th Order low impedance-high impedance low pass filter [cut off frequency ~2GHz]
• 7th Order low impedance-high impedance low pass filter [cut off frequency! 2 GHz]
• 7th order low impedance-high impedance low pass filter [cut off frequency~2.45GHz]
• Symmetrical stub line low pass filter [cut off frequency ~2.45GHz]
• Asymmetrical stub line low pass Filter [cut of frequency -2.45 GHz)
• Three-resonator band pass filter [centre frequency ~ 2.45GHz]
• Three-stub band stop filter [centre frequency ~ 2.45 GHz]
• Five-stub band stop filter [Centre frequency ~ 2.45GHz|
• Ring resonator with coupling gap [centre frequency ~ 2.45GHz|
• Ring resonator without coupling gap [centre frequency ~ 2.45GHz]
• Parallel coupled directional couple
• Branch line hybrid directional coupler-Type I
• Branch line hybrid directional coupler-Type II
• Rat race hybrid directional coupler
• Power divider without isolation resistor
• Power divider with isolation resistor
• Amplifier circuit

Accessories:

For More Details Please download the PDF.

Following Experiments can be performed using this training kits.

To Plot the Polar pattern & Gain Characteristics of the following Antennae.

Pyramidal Horn

Pick Up Horn

Slotted Wave Guide Antenna (Narrow & Broad - Wall)

Dielectric Antenna

Sectorial Horns (E & H - Plane)

Parabolic Dish

Heliax Antenna

To study Antenna & Wave Propagation

Following Experiments Can be performed using this Training kits.

• To understand basic setup & introduction of given system.
• To study reflection in Microwaves.
• To study refraction through prism.
• To study polarization using microwaves.
• To study Double-Slit Interference.
• To study Lloyds Mirror.
• To study Fabry-Perot Interferometer.
• To study Michelson Interferometer.
• To study Fiber Optics.
• To measure Brewster's Angle.
• To study Bragg Diffraction using crystal lattic structure.

VX-2013 Compact Microwave Labkit consists of the following Components and Instruments :-

Note : Experiment Manual will be provided along with Kit.

Experiments

To prove Bragg's Law using Microwave Diffraction Spectrometer

• Microwave radiations are mono-chromatic, Plane Polarised and Coherent and they behave like waves. Many laboratory experiments in optics can be performed easily with simple microwave equipments, Reflection, Refraction and polarization including to prove Bragg's Law can be performed with this microwave Diffraction Spectrometer.

• It consists of a Goniometer with one stationary and other rotatable arms. Each of these arms has to adjustable stands. These stands holds the transmitting horn on one end and the receiver horn on the other.

• The Polyfoam containing the steel balls structure is kept in the center. A 0-360° found scale with a pointers is provided to read the position of rotatable arm.

VX-2007 Compact Microwave Labkit consists of the following Components and Instruments :

For More Details Please download the PDF.

Following Experiments can be performed using this training kits.

• To study the Characteristics of Reflex Klystron.
• To study Frequency, Guide Wavelength & free Space Wavelength.
• To measure the SWR & Reflection Coefficient.
• To measure Impedence of a load.
• This is the basic Microwave test bench using klystron Source.

Compact microwave training kits VX-2001 consists of the following Components & Instruments :-

Experiments:

• To measure the polar and linear pattern of Horn Antenna using microprocessor based turn table.

To Plot the Polar pattern & Gain Characterstics of the following Antennae.

i) Pyramidal Horn

ii) Pick Up Horn

iii) Slotted Wave Guide Antenna (Narrow & Broad - Wall)

iv) Dielectric Antenna

iv) Sectorial Horns (E & H - Plane)

vi) Parabolic Dish

vii) Heliax Antenna

Following experiments can be performed using this training kits.

• To study Magic Tee, Directional Couplers, Isolators & Circulators.
• To study the Characteristics of detector diode.
• To study Attenuation measurement.
• To study the return loss measurement.

For More details please download the pdf.

Following experiments can be performed using this training kits.

• To study Magic Tee, Directional Couplers, Isolators & Circulators
• To study the Characteristics of detector diode.
• To study Attenuation measurement.
• To Study the return loss measurement.
• To study the Characteristics of Gunn Diode.
• To study Frequency, Guide Wavelength & free Space Wavelength.
• To measure the SWR & Reflection Coefficient.
• To measure Impedence of a load.
• To study the Characteristics of Reflex Klystron.

Compact Microwave Labkit VX-2010 Components & Instruments:

Experiments:

To Study the Faraday Rotation Effects and its properties.

VX-2006 microwave training kits consists of the following Parts and Instruments :-