Network analyzers did not directly simulate the dynamic effects of load application to machine dynamics ( torque angle, and others ).
32.
Daintree is an active member of the ZigBee Alliance, and their Sensor Network Analyzer is used by the ZigBee Alliance for product certification.
33.
A vector network analyzer achieves highly accurate measurements by correcting for the systematic errors in the instrument, the characteristics of cables, adapters and test fixtures.
34.
Older network analyzers did not have their own signal generator, but had the ability to control a stand-alone signal generator using, for example, a GPIB connection.
35.
Load balancers can be used to split huge data flows into several sub-flows and use several network analyzers, each reading a part of the original data.
36.
The simplest calibration that can be performed on a network analyzer, whilst providing phase information is a 1-port calibration ( S11 or S22, but not both ).
37.
To reduce the size of the model components, the network analyzer often was energized at a higher frequency than the 50 Hz or 60 Hz utility frequency.
38.
Aids to electrical calculation started with DC network calculating boards and AC network analyzers, which reached a high degree of development by the middle of the 20th century.
39.
The use of network analyzers allowed quick solutions to difficult calculation problems, and allowed problems to be analyzed that would otherwise be uneconomic to compute using manual calculations.
40.
Starting in 1929, AC network analyzers were constructed to solve calculation problems related to electrical power systems that were too large to solve with numerical methods at the time.
