Mfd by: Amitec Electronics Ltd.
Regd. Off: 504, Nilgiri, Barakhamba Road, New Delhi-110001
Works: 4/32, Site-4, Industrial Estate Sahibabad, UP-201010
amitec@rediffmail.com, www.amitec.co.in
91-120-4371276, 91-9811839949, 91-9810193153
MICROWAVE COMMUNICATION SYSTEM MCS03
MICROWAVE COMMUNICATION SYSTEM
MCS03
Model MCS03 Microwave Communication System has
been designed to provide experimentation and teaching
of various commonly used antennas in Microwave band
in the laboratory for students of all levels. It can be used
in stand-alone mode as well as be interfaced with a
computer via RS232. The system supersedes all the
other available antenna trainers at 10 GHz in the world.
The system consists of a set of two monopods – one for
mounting the transmitting antenna and another stepper
motor controlled antenna positioning tripod for mounting
the receiving antenna, 16 different types of antennas,
DR stabilised microwave Transmitter, DR stabilised
Digital microwave Receiver & Stepper Controller and all
the necessary cables and accessories.
Features:
* Tabletop Stand-alone system
* 16 different types of Antennas like
Monopole, Dipole, Helix, Slot, Patch, Horn
Dielectric Rod etc. are offered
* In built Microwave power meter receiver with
0.1dB resolution
* DRO stabilized antenna transmitter and
receiver operating in the frequency range of
10.5 GHz
* Stepper motor controlled antenna rotator
* RS232 interface to PC for display of polar plots
Technical Specifications:
Transmitter
Frequency : 10.5 GHz Dielectric Resonator
stabilized MESFET source on
microstrip
Accuracy : 0.01%
Modulation : CW
RF Level : 100 dBuV
Accuracy : +/- 3 dB
Output Z : 50 ohms with N connector
Mains : 220V AC + 10%
Receiver
Frequency : 10.5 GHz Microwave heterodyne
receiver
Accuracy : 0.01%
Sensitivity : -80dBm typical
Measure : Microwave power level in dBm
& dBuV
Resolution : 0.1dB
Input Z : 50 ohms with N connector
PC Interface: RS232 to PC for polar plotting using
supplied software
Display : 16x2 backlit LCD for angular
Position and power level
Rotation : 0-359 degrees
Control : Menu, Enter, Escape, Up & Down
Angle : User selectable steps of
1, 5, 10, 45 degrees
Memory : 1000 memories for storing positions
and RF levels for quick recall
Auto Mode : Automatic rotation in user steps with
datalogging facility.
Indication : Beep on reaching the selected
position
Mains : 220V AC + 10%
MICROWAVE COMMUNICATION SYSTEM MCS03
Mfd by: Amitec Electronics Ltd.
Regd. Off: 504, Nilgiri, Barakhamba Road, New Delhi-110001
Works: 4/32, Site-4, Industrial Estate Sahibabad, UP-201010
amitec@rediffmail.com, www.amitec.co.in
91-120-4371276, 91-9811839949, 91-9810193153
Technical specifications:
Antenna Types :
1. Monopole 2. Dipole
3. Slot WG narrow wall 4. Slot WG broad wall
5. Helix (LHCP) - 2 6. Helix (RHCP) - 2
7. Patch MIC 8. Patch MIC Array x2
9. Patch MIC Array x4 10. Patch MIC Array x16
11. Parabolic Dish 12. Conical Horn
13. Pyramidal Horn - 2 14. E Plane Horn
15. H Plane Horn 16. Dielectric Rod
WINDOWS SOFTWARE:
ACCESSORIES INCLUDED :
• Non-conductive and non-radiating monopod
for mounting transmitting Antenna
• Stepper motor controlled non-conductive and
nonradiating monopod stand for rotation of
receiving antenna
• All necessary connectors and cables
• Students activity, Teachers Reference and
Theory Manuals
• Waveguide to Coax adapter- 2
RS 232 interface with polar plotting software with log,
linear cartesian and polar plots, Vi, Vr & VSWR plots,
Multiple pattern overlay, Double cursor measurement,
Zoom, Colour editing, 1000 location editor,
Absolute/Relative,3dB/10dB beam-width measurement
LIST OF EXPERIMENTS:
* To prove the inverse square law of
propagation.
* To plot the radiation pattern of Omni-direc
tional and a directional antenna.
* To study the phenomenon of Polarization for
Vertical, Horizontal and Circularly polarized
antennas.
* To demonstrate that the transmitting and
receiving radiation patterns of an antenna are
equal and hence confirm the reciprocity of
antenna.
* Study of antenna parameters
* To plot the radiation pattern (E & H Plane
Polar & Cartesian Plots on Log/Linear scale)
of an antenna.
* From the radiation pattern, measure the
directive gain, beam width (Half Power/10dB),
front to back ratio, plane of polarization, side
lobe level and its angular position.
* Comparative study between various
antennas based on antenna parameters.
* Study of Dipole Antenna
* Study of Horn (E, H, Pyramidal) Antenna
* Study of Conical Horn Antenna
* Study of Monopole antenna.
* Study of Slot(NW & BW) Antenna.
* Study of Parabolic Dish Antenna.
* Study of Patch array Antenna
* Study of Helix antenna (LHCP & RHCP).