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Mobile Radio Propagation Channel Simulator
Mobile Radio Propagation Channel Simulator
FOB Price
Korea (North)
Main Products : Educational Equipment, Vocational train, Automotive training Equipment, Engine/Chassis Simulator, Aircraft Simulation Trainer, Telecommunication Simulation software
604, Samhwan Digital Venture Tower, 52, Achasan-ro 15(sibo)-gil Seongdong-gu,, Seoul
Mobile Radio Propagation Channel Simulator Details
Model Number
YES-WaveSim
Place of Origin
Korea
Mobile Radio Propagation Channel Simulator Introduce

Features

Characteristics analysis of a variety of radio signals such as DCS, PCS and IMT-2000 Supply of an optimal propagation parameters calculation program A comparative analysis of theoretical data and measured data

Experiments

Chapter 1. WaveSim Introduction and Program Install

Test 1. WaveSim Introduction

Test 2. Wavelink 1.0 Introduction and Instruction

Chapter 2. RF & Antenna Characteristic Analysis Experiment

Test 3. Electric Wave Characteristic and Electric Field Strength

Test 4. Antenna Characteristic and Parameter

Test 5. Signal Characteristic of Mobile Communication Channel

Test 6. Patch Antenna Characteristic

Chapter 3. Mobile Radio Propagation Channel Experiment

Test 7. Standing .Wave Signal Characteristic

Test 8. Signal Characteristic by Direct Wave and Ground Reflected Wave

Test 9. Comprehension of Mobile Communication Channel Environment

Test 10. Pass .Loss Characteristic of Mobile Communication Channel

Test 11. Fading Characteristics of Mobile Communication

Test 12. Signal Characteristic by Time Delay

Test 13. Signal Characteristic by Doppler Effect

Test 14. Spacing Diversity Characteristic

Test 15. Hand .Over of Cellular Mobile Communication System

Antenna pattern Experiment-Measuring a signal level as rotating in 360 degrees
-Radiation pattern
-polarization character
-diversity reception
WaveSimStanding Wave & 2-rat Wave Experiment
-Measuring a signal phase difference between a direct wave and a reflected wave
-Practicing distance attenuation of a 2-ray wave
Mobile Radio channel Experiment
-Learning a Wave character according to Actual environment creation
-Learning Fading, Doppler Delay characteristics
-Hand-over of a Mobile radio communication design ability

Secifications

FR Frequency
DCS : 868MHz, PCS : 1840~1870MHz,IMT-2000 : 2110~2170MHz
IF Frequency
100MHz
Local Oscillator(LO)
Each RF Freq. + 100MHz
Antenna Mast
(Mobile)
Antenna Angle Control Range: 0 ~ 360[degree]
Antenna Angle Resolution: 1.8[degree] /Step
Input Voltage: 5V, 18V
Path Attenuation
Attenuation Range : 44dB
Attenuation Resolution : 2dB Below
Doppler
Doppler Shift Range : Max 3MHz
Doppler Shift Resolution : 1Hz
Angles: 0 ~ 359.9 [degree]
Resolution : 1Km/h
Delay
Delay Range (Max) : 3sec
Delay Resolution : 100ms
Path Loss
Path-loss Attenuation Range(Max) : 128dB
Attenuation Resolutions : 2dB
Others
GUI : Win98/2000/me/NT based PC, USB cable
Power Supply : 84~240V(AC), 50~60 Hz

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