Group 1: Loss, Efficiency
Attenuation
Attenuation ( F)
VSWR with Reflection Coefficient
VSWR with Reflected Power
Reflection Coefficient with Voltage Standing Wave Ratio
Reflection Coefficient with Reflected Power
Match Efficiency with Reflection Coefficient
Match Efficiency with Voltage Standing Wave Ratio
Match Efficiency with Forward Power
Return Loss from Reflection coefficient
Return Loss from VSWR
Return Loss from RFL
Mismatch Loss from Reflection Coefficient
Mismatch Loss from Forward Power
Mismatch Loss from Voltage Standing Wave Ratio
VSWR with Return Loss
Reflection Coefficient with Return Loss
Group 2: Signal
Delay vs. Length
Velocity of propagation from dielectric constant
Velocity of propagation from Time Delay & Length
Phase Angle
Time Delay
Dielectric constant from velocity of propagation
Flat Strip Braid Factor
Round Wire Braid Factor
Cutoff Frequency with Propagation Delay
Cutoff Frequency with Dielectric Constant
Electrical Length with Propagation Delay
Electrical Length with Dielectric Constant
Phase Temperature Coefficient
Phase Stability
Wavelength
Group 3: Characteristic
Impedance
Impedance with dielectric constant
Capacitance
Capacitance with Vp
Inductance
Inductance with Z, C
Group 4: Conversion Formula
Fahrenheit to Celcius Conversion
Celcius to Fahrenheit Conversion
Inches to Centimeters Conversion
Centimeters to Inches Conversion
Pounds to Kilograms Conversion
Kilograms to Pounds Conversion
Feet to Meters Conversion
Meters to Feet Conversion
Newton Meters to Pound-force inches
Pound-force inches to Newton Meters
Group 5: Resistors
3 Stripes
4 Stripes
Group 6: Helpful Tables
Multiple & Submultiple Prefixes
Relative Permittivity of Common Materials
Conductivity of Common Materials
Delay vs. Length
INPUT
RESULT
Time Delay (ps)
ps
Percent of Velocity of Propogation
%
Physical Length
mm
Physical Length = Time Delay(ps) * Velocity(%) / 333
