Agilent Technologies Option H48 Multiport Test Set Z5623A Manual de usuario

Agilent Test Solutions for Multiport and Balanced Devices

10If frequency transition devices such as mixers and up/down convertersneed to be measured along with duplexers or filters, Agilent 8753ES is anapprop

11Test sets (typical performance)E5091A multiport test setDesigned to work with the ENA Series of network analyzersFrequency range: 50 MHz to 8.5 GHz

1287050A Option H test sets1 Designed to work with the 875x series of network analyzers. Frequency range: 30 kHz to 6 GHz Switch type: Mechanical2

1387050E test sets Designed to work with the 871x series of network analyzers.Special calibration features include Test Set Cal to reduce redundant c

14Z5623A test setsDesigned to work with the PNA series of network analyzersThe graphical multiport application interface is used to set up measurement

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Agilent Technologies’ Test and MeasurementSupport, Services, and AssistanceAgilent Technologies aims to maximize the valueyou receive, while minimizin

2Agilent Vector Network Analyzers for Multiport and Balanced DevicesENA Series• One-box integrated solution for three-, four-port, and balanced device

31 Specified up to 3 GHz used with 87050A test set and up to 2.2 GHz used with 87050E test set.2 Available up to 110 GHz for two ports, up to 50 GHz f

4New-generation wireless equipment depends on advanced RF components,from duplexers and couplers to differential SAW filters and amplifiers. Thesecomp

5ENA Series with E5091A Multiport Test SetThe Agilent E5091A multiport test set, combined with the four-port ENA series network analyzer, is a complet

6Rapid and continuous changes in RF and microwave technology present agrowing challenge for designers and manufacturers. The Agilent PNA Seriesis a me

7Many of today’s wireless communications and broadband components havethree or more ports. These components require multiple connections forcomplete c

8While ideal balanced components only respond to or produce differential (out-of-phase) signals, real-world devices also respond to or produce common-

9Physical-layer structures have increasingly become the bottleneck in high-speeddigital system performance. As bus speeds, clock speeds, and link spee