network_gain: Electrical Network Gain

In aaronmanderson3/rftk: RF Toolkit

Electrical Network Gain

Description

Calculates various gain metrics for a two-port network

Usage

available_gain(S, gamma_source)

power_gain(S, gamma_load)

transducer_gain(S, gamma_source, gamma_load)

Arguments

S	Network S-parameters,
gamma_source	Source reflection coefficient
gamma_load	Load reflection coefficient

Value

Gain value

Examples

S <- matrix(c(complex(modulus = 0.38, argument = -158 / 180 * pi),
              complex(modulus = 0.11, argument = 54 / 180 * pi),
              complex(modulus = 3.50, argument = 80 / 180 * pi),
              complex(modulus = 0.40, argument = -43 / 180 * pi)), nrow = 2, byrow = TRUE)

gamma_load <- z_to_gamma(40)
gamma_source <- z_to_gamma(25)

available_gain(S, gamma_source)
power_gain(S, gamma_load)
transducer_gain(S, gamma_source, gamma_load)

aaronmanderson3/rftk documentation built on July 30, 2023, 1:19 p.m.