About RF Designer™
The RF Designer™ RF/microwave design app is a highly affordable linear RF and microwave simulator geared towards students, professionals, and hobbyists. What was once only possible on workstations can now be accomplished...
The RF Designer™ RF/microwave design app is a highly affordable linear RF and microwave simulator geared towards students, professionals, and hobbyists. What was once only possible on workstations can now be accomplished on your phone or tablet anywhere.
Features:
Schematic entry
Import 1 through 4 port S-parameter files for use in the schematic.
Linear frequency domain analysis of up to 4 ports over user defined frequency range.
Export simulated data to S-Parameter files.
Plots and graphs: Rectangular, smith chart, and tabular data.
Save Smith charts and rectangular graphs to PNG image files.
Export tabular and graph trace data to CSV files.
Please check the website at http://www.mmctec.com/ or the YouTube channel at: https://www.youtube.com/channel/UCbcuuD3HI2gQKdYv3hVUZVA
for examples and tutorials
Element models currently provided:
[Lumped Elements]
RES - ideal resistor
CAP- ideal capacitor
IND - ideal inductor
SRC - series resistor and capacitor
SRL - series resistor and inductor
SLC - series inductor and capacitor
SRLC - series resistor, inductor, and capacitor
PRC - parallel resistor and capacitor
PRL - parallel resistor and inductor
PLC - parallel inductor and capacitor
PRLC - parallel resistor, inductor, and capacitor
XFER - ideal transformer
IMPED - ideal impedance element
ADMIT - ideal admittance element
ATTEN - ideal attenuator
[Ideal Transmission Line Elements]
TLIN - ideal transmission line
TLOC - ideal open circuit transmission line
TLSC - ideal short circuit transmission line
TLIN4 - ideal 4 node transmission line
CLIN - ideal coupled transmission lines
[Physical Transmission Line Elements]
TLINP - physical transmission line
TLPOC - physical open circuit transmission line
TLPSC - physical short circuit transmission line
TLINP4 - physical 4 node transmission line
CLINP - physical coupled transmission lines
[Microstrip Transmission Line Elements]
MLIN - microstrip transmission line
MCLIN - symmetric edge coupled microstrip lines
MTEE - microstrip tee-junction
MCROS - microstrip cross junction
MBENDO - optimal right angle mitered microstrip bend
MBEND - unmitered right angle microstrip bend
MBEND2 - 50% mitered right angle microstrip bend
MCURVE - radiused microstrip bend
MLOC - open-circuited microstrip without end-effect
MLSC - short-circuited microstrip
MLEF - open-circuited microstrip with end effect
MSTEP - microstrip abrupt step in width
MGAP - gap in microstrip
[Stripline Transmission Line Elements]
SLIN - stripline transmission line
SCLIN - symmetric edge coupled striplines
SLOC - open-circuited stripline without end-effect
SLSC - short-circuited stripline
SLEF - open-circuited stripline with end effect
SSTEP - stripline step in width
SGAP - gap in stripline
[Linear Elements]
S1P - 1 port S-parameter data block
S2P - 2 port S-parameter data block
S2PGND - 2 port S-parameter data block with exposed ground
S3P - 3 port S-parameter data block
S4P - 4 port S-parameter data block
[Universal elements]
GAIN - linear gain block element with frequency shaping
CIRC - ideal circulator element
ISOL - ideal isolator element
CPLR - ideal coupler
GYR - gyrator
Previous Versions
Here you can find the changelog of RF Designer™ since it was posted on our website on 2017-01-02 12:11:26.
The latest version is 1.27 and it was updated on 2024-04-19 22:33:37. See below the changes in each version.
RF Designer™ version 1.27
Updated At: 2019-04-29
Changes: Added S2PGND element that provides an exposed ground terminal to the S2P block.
Minor bug fixes and API updates.
RF Designer™ version 1.23
Updated At: 2016-11-26
Changes: Plot marker tags can now be moved on the plot.,Added calculators for certain microstrip and stripline components.,Added a properties button to the schematic tool bar for editing the selected component (double tapping still works),Added mouse wheel zoom for bluetooth mice.
