The RFL-MMTLT is an advanced trainer for studying RF transmission line behavior, enabling precise standing-wave measurement, impedance characterization, Smith chart analysis, and S-parameter evaluation up to 1.5 GHz. Its motorized probe and PC-based interface provide highly accurate visualization of reflections, VSWR, and guided wavelength effects in practical microwave systems.
50 Ohm Microstrip Transmission line
1mm Sensing Probe Resolution
Standing wave pattern at various frequencies
Guided Wavelength Measurement
Characterization for given LOADS.
Characterization for Unknown LOADS Vs. Frequency
S-Parameters (S11, S21, S12, S22) Measurement
Analysis of reflection coefficients, VSWR and Impedance for LOAD, OPEN and SHORT termination
Smith Chart Analysis
CONTROL UNIT
Source Frequency : 250MHz to 1500MHz
Source Type : PLL Synthesizer
Power: +9dBm
DetectorType : Dual Log Type
Power handling capacity : +30dBm
Output Array Storage : 580 points on self-memory
Sensing Probe Resolution : 1mm
Probe Output : dBm/ uW/ mV
Operational Mode : PC & Panel mode
TRANSMISSION LINE
Transmission Line Length : 590mm
Characteristics impedance: 50 Ohms
Copper thickness : 1oz (35um)
DIRECTIONAL COUPLER
Frequency: 20MHz to 3000 MHz
Number of port : 3
Result/graph plotting : S11, Z, VSWR
Impedance: 50 Ohms
Minimum return loss(S11) : -30dB
Power handling : 1W
Observation Of Standing Wave Pattern at Various Frequency
Analysis of Minima and Maxima Creation At Various Frequency
Analysis of Various Load Condition on Microstrip Transmission Line
Determination of Unknown Frequency Characterization of TX Line
Measurement of S-Parameters for Microstrip Transmission Line
Plotting a Normalized Impedance on the Smith Chart
Measurement of Multiple Harmonics in Microstrip Transmission Line
Measurement S11 and S21 of Microstrip Transmission Line
