Anritsu 540 A Series, Руководство по эксплуатации, Страница: 177 / 208

(A) SWR Autotesters
For optimum accuracy, the SWR Autotester test port must mate to
the DUT's input connector. If you must use an adapter at the SWR
Autotester test port, use a precision low SWR adapter to minimize
degradation of directivity.
(B) Detectors
One detector is required for transmission or DTF measurements in
non-ratio configurations. Ratio measurements (monitors source
output power) require a second detector. BNC type detectors will
not mate directly to the N-type power splitter output (for use as the
Reference of a Ratio Measurement) or power divider output (for
use in Distance-To-Fault Measurements). For these applications,
use a 1091-172 adapter or an N(m) detector such as 5400-71N50,
5400-71N75, or 560-7N50B. (C) Power Splitter
Two resistor power splitters are used for ratio measurements and
external leveling.
(D) Splitter Adapter
Adapter mates the power splitter output to the SWR Autotester
input for Ratio and/or externally leveled measurements.
(F) Source Cable
In manufacturing applications, using the source cable from the
source output to the power splitter input (or, in Non-Ratio applica-
tions to the SWR Autotester input) helps minimize long term wear
of the SWR Autotester’s test port connector. The cable mates
directly to power splitter’s input. Connection directly to SWR
Autotesters requires a male-male adapter for WSMA, K,
and V type SWR Autotesters.
8
54100A SERIES NETWORK ANALYZER CONFIGURATION C
1
V to K interconnections require male (source) to female power splitter adapters.
2
Also requires a source adapter.
3
See page 7 (bottom right) to select appropriate test port heads.
Model Source DUT's Input SWR Power Splitter Ext. Leveling Source
Number Frequency Connector Autotester
Detector
Splitter Adapter Detector Cable
Connection Diagram Reference Letter A B C D E F
75
Ω
F (m) 5400-67FF75 5400-71N75 N241A75 1091-175 73N75 10N75-1
54107A 0.001 to 1.5 GHz
50
Ω
BNC (f) 5400-6B50 5400-71B50 N241A50 34NN50A 73N50 10N50-1
50
Ω
BNC (m) 5400-6BF50 5400-71B50 N241A50 34NN50A 73N50 10N50-1
75
Ω
BNC (f) 5400-6B75 5400-71B75 N241A75 34NN75B 73N75 10N75-1
75
Ω
BNC (m) 5400-6BF75 5400-71B75 N241A75 34NN75B 73N75 10N75-1
54109A 0.001 to 2.2 GHz
50
Ω
N (f) 5400-6N50 5400-71N50 N241A50 34NN50A 73N50 N120-6
50
Ω
N (m) 5400-6NF50 5400-71N50 N241A50 34NN50A 73N50 N120-6
54111A 0.001 to 3.0 GHz
75
Ω
N (f) 5400-6N75 5400-71N75 N241A75 34NN75B 73N75 10N75B-1
75
Ω
N (m) 5400-6NF75 5400-71N75 N241A75 34NN75B 73N75 10N75B-1
50
Ω
APC-7 560-97A50-1 560-7A50 1091-28 34NN50A 75N50B N120-6
54117A 0.01 to 8.6 GHz
50
Ω
N (f) 560-97N50-1 560-7N50B 1091-28 34NN50A 75N50B N120-6
50
Ω
N (m 560-97NF50-1 560-7N50B 1091-28 34NN50A 75N50B N120-6
54147A 0.01 to 20 GHz
50
Ω
SMA (f) 560-98C50 3 560-7S50B K241B 1091-27 75KB50 NS120MF-6
50
Ω
SMA (m) 560-98C50 3 560-7S50B K241B 1091-27 75KB50 NS120MF-6
50
Ω
SMA (f) 560-98C50 3 560-7S50-2 K241C K220 75KC50 K120MF-6
50
Ω
SMA (m) 560-98C50 3 560-7S50-2 K241C K220 75KC50 K120MF-6
54161A 0.01 to 32 GHz
50
Ω
K (f) 560-98C50 3 560-7K50 K241C K220 75KC50 K120MF-6
50
Ω
K (m) 560-98C50 3 560-7K50 K241C K220 75KC50 K120MF-6
54169A 0.01 to 40 GHz
50
Ω
V (f) 560-98VA50 560-7VA50 V241C 1 34VV50 70VC50 K120MF-6
50
Ω
V (m) 560-98VFA50 560-7VA50 V241C 1 34VV50 70VC50 K120MF-6
50
Ω
K (f) 560-98C50 3 560-7K50 K241C 1 K220 75KC50 V120MF-6
50
Ω
K (m) 560-98C50 3 560-7K50 K241C 1 K220 75KC50 V120MF-6
54177A 0.01 to 50 GHz
50
Ω
V (f) 560-98VA50 560-7VA50 V241C 34VV50 70VC50 V120MF-6
50
Ω
V (m) 560-98VFA50 560-7VA50 V241C 34VV50 70VC50 V120MF-6