SNA5000A Vector Network Analyzer User Manual 108
1)
S parameter
convert to H parameter
𝐻
11
= 𝑍
0
∙
(1 + 𝑆
11
)(1 + 𝑆
22
) − 𝑆
12
𝑆
21
(1 − 𝑆
11
)(1 + 𝑆
22
) + 𝑆
12
𝑆
21
𝐻
12
=
2 ∙ 𝑆
12
(1 − 𝑆
11
)(1 + 𝑆
22
) + 𝑆
12
𝑆
21
𝐻
21
=
−2 ∙ 𝑆
21
(1 − 𝑆
11
)(1 + 𝑆
22
) + 𝑆
12
𝑆
21
𝐻
22
=
1
𝑍
0
∙
(1 − 𝑆
11
)(1 − 𝑆
22
) − 𝑆
12
𝑆
21
(1 − 𝑆
11
)(1 + 𝑆
22
) + 𝑆
12
𝑆
21
2)
S parameter
convert to Y parameter
𝑌
11
=
1
𝑍
0
∙
(1 − 𝑆
11
)(1 + 𝑆
22
) + 𝑆
12
𝑆
21
(1 + 𝑆
11
)(1 + 𝑆
22
) − 𝑆
12
𝑆
21
𝑌
12
=
1
𝑍
0
∙
−2 ∙ 𝑆
12
(1 + 𝑆
11
)(1 + 𝑆
22
) − 𝑆
12
𝑆
21
𝑌
21
=
1
𝑍
0
∙
−2 ∙ 𝑆
21
(1 + 𝑆
11
)(1 + 𝑆
22
) − 𝑆
12
𝑆
21
𝑌
22
=
1
𝑍
0
∙
(1 + 𝑆
11
)(1 − 𝑆
22
) + 𝑆
12
𝑆
21
(1 + 𝑆
11
)(1 + 𝑆
22
) − 𝑆
12
𝑆
21
3)
S parameter
convert to Z parameter
𝑍
11
= 𝑍
0
∙
(1 + 𝑆
11
)(1 − 𝑆
22
) + 𝑆
12
𝑆
21
(1 − 𝑆
11
)(1 − 𝑆
22
) − 𝑆
12
𝑆
21
𝑍
12
= 𝑍
0
∙
2 ∙ 𝑆
12
(1 − 𝑆
11
)(1 − 𝑆
22
) − 𝑆
12
𝑆
21
𝑍
21
= 𝑍
0
∙
2 ∙ 𝑆
21
(1 − 𝑆
11
)(1 − 𝑆
22
) − 𝑆
12
𝑆
21
𝑍
22
= 𝑍
0
∙
(1 − 𝑆
11
)(1 + 𝑆
22
) + 𝑆
12
𝑆
21
(1 − 𝑆
11
)(1 − 𝑆
22
) − 𝑆
12
𝑆
21
4)
S parameter
convert to basic parameter
A =
(1 + 𝑆
11
)(1 − 𝑆
22
) + 𝑆
12
𝑆
21
2 ∙ 𝑆
21
B = 𝑍
0
∙
(1 + 𝑆
11
)(1 + 𝑆
22
) − 𝑆
12
𝑆
21
2 ∙ 𝑆
21
C =
1
𝑍
0
∙
(1 − 𝑆
11
)(1 − 𝑆
22
) − 𝑆
12
𝑆
21
2 ∙ 𝑆
21
Summary of Contents for SNA5000A Series
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