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      Ubiquitous Trainer Series  
      Bluetooth trainer Series  
    Microwave trainer Serie
    Antenna trainer Series
    - Wave and Antenna Training
        System
    Mobile Telecom trainer Series
    RFID Trainer Series
    Commerial products
 
 
 
 
     
  WATS-2002 > Product > HOME  
 
                   
 
  ¢Æ  Characteristics
               
 

The majority of existing antenna practice devices identified only radiation pattern of antenna based on fixed
radio communication environment. Therefore a new learning system was required to identify and analyze
the characteristics of electromagnetic wave in mobile communication environment.
WATS-2002(Wave and Antenna Training System-2002) is an ideal future antenna training system and
multi function system. The standard function of WATS-2002 examines antenna radiation pattern and inspects
other mobile communication environments; standing wave measurement, multi-path fading measurement,
phase delay fading measurement, time delay fading measurement and Doppler frequency measurement.
Through these experiments, students and engineers should understand the basic characteristics of antenna and mobile communication and will be benefited with followings;
  - Insight knowledge on the baseband circuit design in radio communication and mobile communication.
  - Ability to forecast a signal change in real communication environment.
  - Ability to analyze the performance of the communication system.
  - Ability to design a base station transceiver and select the position of the relay station.

 
  ¢Æ  Functions
               
 

¡¤ Antenna characteristics experiment
  - Radiation pattern measurement experiment
  -Antenna manufacturing and characteristic measurement experiment
¡¤ Mobile communication propagation characteristics experiment
  - Fading experiment (phase delay, power attenuation, multi path)
  - Standing wave experiment
  - Time delay experiment
¡¤ Doppler frequency experiment
¡¤ Mobile communication propagation environment simulation
  - Propagation model simulation
¡¤ Auto calibration
¡¤ User interface with GUI windows

 
 
  ¢Æ  Specifications
               
 
Items Specifications
   RF
   Frequency    914 [MHz], 2.45 [GHz]
   Output Power    +4.5 [dBm] Max
   Local Oscillation    PLL
   Impedance    50 [ohm]
   AGC Dynamic Range    40 [dB]
   IF    21.7 [MHz]
   Supplied Antenna Types    Yagi, Chip, Dipole, Monopole, Loop,
   Patch, Inverted F, Array Patch
   Antenna Body for Manufacturing Experiment    Yagi, Loop, Dipole
   Control
   Control Method    Micro-controller
   Antenna Angle Control    360 [¡Æ], 400 [step]
   0.9 [¡Æ/step]
   Angle Control Range    0~360 [¡Æ ]
   Position Calibration    Auto Calibration
   Motor Rotation    Front, Back, Step
     
 
  ¢Æ  Experiment Steps
 
                   
   

1) Antenna characteristic Experiment
  - Radiation pattern measurement
  - Antenna manufacturing and
    characteristic measurement

2) Mobile communication propagation
    characteristics experiment
  - Fading experiment (phase delay,
    power attenuation, multi path)
  - Standing wave experiment
  - Time delay experiment
  - Doppler frequency experiment

3) Mobile communication propagation
    nvironments simulation
  - Propagation model simulation

     
     
 
  ¢Æ  Components
 
                   
   

Part 1. Introduction and Installation of Program
   Chapter 1. Introduction of WATS-2002
   Chapter 2. Program Installation and Instruction

Part 2. Antenna characteristics Experiment
   Chapter 3. Dipole Antenna Characteristics Experiment
   Chapter 4. Yagi Antenna Characteristics Experiment
   Chapter 5. Monopole Antenna Characteristics Experiment
   Chapter 6. Loop Antenna Characteristics Experiment
   Chapter 7. Ceramic Chip Antenna Characteristics Experiment
   Chapter 8. Inverted F Antenna Characteristics Experiment
   Chapter 9. Patch and Array Patch Antenna Characteristics Experiment

Part 3. Antenna Design and Manufacturing Experiment
   Chapter 10. Dipole and Yagi Antenna Production and Analysis Experiment
   Chapter 11. Loop Antenna Production and Analysis Experiment

Part 4. Mobile Communication Propagation Experiment
   Chapter 12. Phase Delay Experiment
   Chapter 13. Power Attenuation Characteristic Experiment
   Chapter 14. Multi-Path Fading Experiment
   Chapter 15. Time Delay and Doppler Effect Experiment
   Chapter 16. Standing Wave Experiment

Part 5. Mobile Communication Propagation Environments Simulation
   Chapter 17. Propagation Modeling and Propagation Loss Experiment

   
     
  ¢Æ  Components
               
     

¡¤ Main body 1 [EA]
¡¤ Carriage Bag 1 [EA]
¡¤ Textbook 1 [EA]
¡¤ Training Antenna 3 [EA]
¡¤ Antenna 14 [EA]
¡¤ Program CD(Multi-media CD) 1 [EA]
¡¤ Antenna Base 2 [EA] Power Switch
¡¤ Antenna Fixing Bracket 2 [EA]
¡¤ RF Coaxial Cable 3 [EA]
¡¤ 50 ohm Terminator 2 [EA]
¡¤ RS-232C Cable 2 [EA]
¡¤ Adapter 1 [EA]
¡¤ Wrench 1 [Set]

   
 
   
    GO¢Ñ EXQ