Download RF2000 PC Scope Emulator:
Windows 95/98 version
Windows 2000 version

The RF 2000 Radio Frequency Training System is one of the few comprehensive educational training systems on the market today. It can be used for measuring, observing, and even designing RF circuits. Use of the RF 2000, will cultivate students' first-step understanding of characteristics and basic design theory behind of Radio Frequency. The six major components to the RF 2000 Radio Frequency Training System are outlined below:

• EZ-RF Analyzer
• 12 Experiment Courses
• 14 Experiment Modules (Included 19 kits)
• Student User Manual
• Teacher Technical Manual
• Software for design Course (optional)

• Simple S11/ S21 Measurement
• Sweep/CW Mode Signal Generators
• Single Frequency Power Measurement
• Radio Frequency Counter
• RF Basic Design Theory and Experiment
• Practical and Easy to Follow Experiments
  

• 4 sets of frequency band (50 ~ 1000MHz)
• 60dB measurement range (-50 ~ 10 dB)
• X.Y. output terminal design, fit in any X.Y. display or oscilloscope
• Sweep/Single frequency output ability
• S21/S11 output measurement
• Spectrum measurement
• Built-in frequency counter (up to 2GHz)
• Built-in marker for display (5MHz minimum interval)
• Liquid crystal display with backlight
• Second RF signal output
• Support RS232C control
• Single frequency power measurement
  

• Transmission line (open/short/through)
  To understand the basic theory of transmission line and design procedure for microstrip-line type for RF/µW applications.
  To learn the characteristics of microstrip line with measuring the LabWORK kit 1 - PEN/SHORT/THROUGH by MOTECH RF 2000.
  
  
• Impedance transformer
  To understand the basic design theory and procedure for impedance matching network.
  To learn the characteristics of impedance transformer with measuring the LabWORK kit 2 and 3 - 50 to 75 ohm Pi-type and T-type impedance transformers by MOTECH RF 2000.
  
  
• Power attenuator
  To understand the basic design concept and procedure for power attenuator.
  To learn the characteristics of power attenuator with measuring the LabWORK kit 4 and 5 - 10dB Pi-type and T-type power attenuator by MOTECH RF 2000.
  
  
• Power splitter
  To understand the basic design concept and procedure for some typical types of power splitter.
  To learn the characteristics of power splitter with measuring the LabWORK kit 6 and 7 - Delta-type and Wilkinson-type power splitter by MOTECH RF 2000.
  
  
• Directional coupler
  To understand the basic concept of directional couplers and design procedure for branch-line type and parallel-line type coupler.
  To learn the characteristics of directional coupler with measuring the LabWORK kit 8 and 9 - L-C branch-line type and Parallel-line type coupler by MOTECH RF 2000.
  
  
• Filter
  To understand the basic concept of filters and design procedure for low-pass, high-pass, band-pass and band-stop filters.
  To learn the characteristics of filter with measuring the LabWORK kit 10 and 11 - L-C type Low-pass and Band-pass filters by MOTECH RF 2000.
  
  
• Amplifier
  To understand the basic theory of amplifiers and design procedure for small signal amplifiers for RF/µW applications.
  To learn the characteristics of amplifier with measuring the LabWORK kit 12 and 13 - MMIC amplifier and BJT amplifier by MOTECH RF 2000.
  
  
• Oscillator
  To understand the basic theory and design procedure for RF oscillators using by S-parameters.
  To learn the characteristics of oscillator with measuring the LabWORK kit 14 - BJT Oscillator by MOTECH RF 2000.
  
  
• Voltage controlled oscillator
  To understand the basic theory and design procedure for VCO with varators.
  To learn the characteristics of VCO with measuring the LabWORK kit 15 - VCO by MOTECH RF 2000.
  
  
• Microstrip patch Antenna
  To understand the basic concept and design procedure for microstrip patch antenna.
  To learn the basic characteristics of antenna with measuring the LabWORK kit 16 and 17 - Microstrip patch antenna by MOTECH RF 2000.
  
  
• Up converter
  To understand the basic concept and system parameters for RF Transmitter.
  To learn the basic characteristics of up-converter with measuring the LabWORK kit 18 - Frequency up converter by MOTECH RF 2000.
  
  
• Down converter
  To understand the basic concept and system parameters for RF Receiver.
  To learn the basic characteristics of down-converter with measuring the LabWORK kit 19 - Frequency down converter by MOTECH RF 2000.

• Open/Short/Through
• Impedance transformer
• Power attenuator
• Delta-type Power splitter
• Wilkinson power splitter
• L-C branch line coupler
• Microstrip parallel-line coupler
• L-C low/band pass filter
• MMIC/BJT amplifier
• BJT oscillator
• Voltage controlled oscillator
• Microstrip patch Antenna
• Up converter
• Down converter
  

• Experiment purpose
• Experiment procedures
• Experiment result records
• Discussion

• Detail description of the related theory
• Notice and explain of the experiment procedures
• Reference of the experiment results

• Ansoft® : Serenade® (Microwave circuit simulator)
• MathCAD® : design formula calculation

• EZ - RF Analyzer (RF 2000 - 1)
• Experiment Modules (RF 2000 - 2)
• BNC Cables
• Terminators
• Student User Manual
• Teacher Technical Manual
• Carrying Case
• Software for design course (optional)