Technical Articles
Corech Microwave has published these technical articles:
(Electrical and Electronic Test Equipment)
From this Article:
Frequency range selection in RF signal generators is application-dependent. The right choice depends on DUT range, workflow, and future frequency margin. This article outlines how engineers typically...
(RF, Microwave, and Wireless Components)
From this Article:
This article discusses how engineers typically decide between 20 GHz and 40 GHz RF signal generators in practical RF and microwave test environments. It explains why the choice is not simply a matter...
(RF, Microwave, and Wireless Components)
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This article examines the practical differences between benchtop RF signal generators and modular RF signal generators in RF and microwave applications. It explains how each format supports different...
(RF, Microwave, and Wireless Components)
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Phase noise in RF signal generators is application-dependent. Its impact varies with offset frequency, system sensitivity, and reference stability. This article focuses on how to interpret...
(RF, Microwave, and Wireless Components)
From this Article:
When engineers choose an RF signal generator, one of the most common questions is whether a 20GHz platform is enough or whether a 40GHz model is the better choice. On paper, the answer may look...
(RF, Microwave, and Wireless Components)
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This article outlines the main specifications engineers should review before selecting an RF signal generator for practical RF and microwave test work. It explains why frequency range alone is not...
(Electrical and Electronic Test Equipment)
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This article explains how engineers should evaluate RF signal generator output level accuracy by checking frequency range, DUT-plane power, ALC state, and test workflow....
(Electrical and Electronic Test Equipment)
From this Article:
This article explains how engineers should evaluate phase noise in RF signal generators by checking carrier frequency, offset range, reference quality, and real RF test workflow....
(RF, Microwave, and Wireless Components)
From this Article:
RF signal generator selection depends on more than frequency range. Output level, phase noise, spurious performance, modulation, sweep behavior, and remote control all affect system fit. This article...
(Electrical and Electronic Test Equipment)
From this Article:
This article explains how engineers should evaluate RF signal generator spurious performance by checking harmonics, sub-harmonics, non-harmonic spurs, and real test workflow....
(RF, Microwave, and Wireless Components)
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Sweep and CW operation in RF signal generators serve different purposes. The choice depends on measurement type, DUT behavior, and test workflow. This article outlines when to use sweep or CW mode in...
(RF, Microwave, and Wireless Components)
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This article provides an overview of RF signal generators and their role in practical RF testing. It explains how these instruments are used to create controlled signal conditions for evaluating...
(RF, Microwave, and Wireless Components)
From this Article:
Spurious performance directly affects RF measurement accuracy. Low spurious architecture improves receiver testing, filter evaluation, and automated validation workflows, especially in microwave...