PC Based Manual Antenna Trainer

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PC Based Manual Antenna Trainer Manufacturer

PC Based Manual Antenna Trainer is basically a tool for different experiments in the laboratory for students. It is widely used in understanding the working of different Antennas in UHF-Microwave. Firstly, the trainer is rotated 3600 and after that we can monitor the strength of signal on the receiver.

It is available with a polar plotting software which is used to save the readings manually. This trainer has the two tripods which are used for mounting the transmitting antenna and for mounting the receiving antenna and relevant accessories/ cables etc.

Basic Description:

Network Analyser RF Transmitter & Receiver
Frequency 86 – 860 MHz PLL synthesized
Step Size 0.05, 0.1, 0.25, 0.5, 1, 10, 100 Mhz
Accuracy 0.01%
Display 16X2 Backlit LCD
Functions Menu, Enter, Escape, Up & Down
Memory Location 1000 individual frequencies and level can be stored/recalled
Output Impedance 50 Ohms
RF Level 90 dBuVTypical
Measurement RF level in dBuV with 0.1dB resolution
Dynamic Range 60 dB Log
Manual Mode Data logging for antenna gain & polar/cartesian plot
USB interface Easy connectivity to PC using polar pattern plotting software
Power Supply 230V @ 50 Hz

Antennas Other Accessories Microstrip Circular patch

  • Microstrip Rectangular Patch
  • Microstrip Circular patch
  • Microstrip Ring
  • Microstrip Triangular patch
  • Crossed Dipole RHC
  • Microstrip Slot
  • Microstrip Co-Linear
  • Microstrip Semicircular patch
  • Log Periodic
  • Dipole L/2
  • Axial Mode Helix RHCP
  • Endfire Array L/2
  • Phase Array L/4
  • Broadside Array L/2
  • Dipole L/4
  • Yagi Uda (4E)
  • Yagi Uda (3E)
  • Folded Dipole
  • Monopole
  • Sleeve
  • Axial Mode Helix LHCP
  • Square Loop

Experiments:

  • Variation of field strength with distance
  • Plot radiation pattern of omni directional antenna
  • Plot radiation pattern of directional antenna
  • Polarization of vertical and horizontal antenna
  • Study resonant and non resonant antenna
  • Demonstrate reciprocity theorem of antennas
  • Study current distribution along the element of antenna
  • Study different antennas polar plots, radiation patterns, gain, beam width, front back ratio
  • Comparison of different antennas
  1. RF Transmitter Tripod & Receiver Tripod
  2. Stepper In/ Trigger BNC Cable with push button
  3. Experimental Manual
  4. USB Connecting Lead
  5. Antenna Plotting Software CD
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