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Network Parameter Conversion

S-parameters; T, Y, Z, ABCD, hybrid, and hybrid-g parameters; common-mode, cross-mode, and differential-mode S-parameters

To define components of RF circuits and networks, you use the network parameters. Using RF Toolbox™, you can define RF filters, transmission lines, amplifiers, and mixers by using network parameters and then calculating the small signal response.

You can convert among different types of network parameters. For example, Y-parameters are convenient for working with RLC circuits, whereas S-parameters are better for visualizing frequency responses.


expand all

sparametersS-parameter object
yparametersCreate Y-parameter object
zparametersCreate Z-parameter object
abcdparametersCreate ABCD parameter object
gparametersCreate hybrid-g parameter object
hparametersCreate hybrid parameter object
tparametersCreate T-parameter object
newrefChange reference impedance of S-parameters
abcd2hConvert ABCD-parameters to hybrid h-parameters
abcd2sConvert ABCD-parameters to S-parameters
abcd2yConvert ABCD-parameters to Y-parameters
abcd2zConvert ABCD-parameters to Z-parameters
s2abcdConvert S-parameters to ABCD-parameters
s2hConvert S-parameters to hybrid h-parameters
s2sConvert S-parameters to S-parameters with different impedance
s2sccConvert single-ended S-parameters to common-mode S-parameters (Scc)
s2scdConvert 4-port, single-ended S-parameters to 2-port, cross-mode S-parameters (Scd)
s2sdcConvert 4-port, single-ended S-parameters to 2-port, cross-mode S-parameters (Sdc)
s2sddConvert 4-port, single-ended S-parameters to 2-port, differential-mode S-parameters (Sdd)
s2smmConvert single-ended S-parameters to mixed-mode S-parameters
s2rlgcConvert S-parameters to RLGC transmission line parameters
s2tConvert S-parameters to T-parameters
s2yConvert S-parameters to Y-parameters
s2zConvert S-parameters to Z-parameters
smm2sConvert mixed-mode 2N-port S-parameters to single-ended 4N-port S-parameters
snp2smpConvert and reorder single-ended N-port S-parameters to single-ended M-port S-parameters
rlgc2sConvert RLGC transmission line parameters to S-parameters
t2sConvert T-parameters to S-parameters
z2abcdConvert Z-parameters to ABCD-parameters
z2hConvert Z-parameters to hybrid h-parameters
z2sConvert Z-parameters to S-parameters
z2yConvert Z-parameters to Y-parameters
y2abcdConvert Y-parameters to ABCD-parameters
y2hConvert Y-parameters to hybrid h-parameters
y2sConvert Y-parameters to S-parameters
y2zConvert Y-parameters to Z-parameters
h2gConvert hybrid h-parameters to hybrid g-parameters
h2sConvert hybrid h-parameters to S-parameters
h2yConvert hybrid h-parameters to Y-parameters
h2zConvert hybrid h-parameters to Z-parameters
h2abcdConvert hybrid h-parameters to ABCD-parameters
g2hConvert hybrid g-parameters to hybrid h-parameters


Process File Data for Analysis

Explains how to convert N-port S-Parameters to M-Port S-parameters and how to convert Single-Ended S-Parameters to Differential-, Common-, and Cross-Mode S-Parameters.

Modify Component Data

Describes setting parameter values of RF component objects.

Featured Examples