Noise occurs naturally in any active device or circuit limiting the minimum levels of useful signals causing unwanted interference on weaker signals. Therefore, it is important to design circuits to minimize the effects of noise by quantifying them in the form of noise parameters, comprised of Fmin, Gamma Opt (Mag and Phase), and Rn.
Maury Microwave’s ATS ultra-fast noise method is capable of improving overall calibration and measurement times by a factor of 100X-400X, changing what would have taken hundreds of hours to tens of minutes allowing you to spend more time creating and validating models and designing LNAs!
ATS is the industry leading hardware-in-the-loop Noise Parameters extraction software resulting in faster and more accurate results. Spend more time creating and validating noise models and designing LNAs!
Maury Microwave’s ATS ultra-fast noise method is capable of improving overall calibration and measurement times by a factor of 100X-400X, changing what would have taken hundreds of hours to tens of minutes allowing you to spend more time creating and validating models and designing LNAs!
ATS is the industry leading hardware-in-the-loop Noise Parameters extraction software resulting in faster and more accurate results. Spend more time creating and validating noise models and designing LNAs!
Features and Benefits
- Turnkey noise parameters extraction solution
- 10x more accurate and 100x faster than comparable solutions
- Faster measurement speeds eliminate temperature drift
- Smoother data with less scatter than traditional methods
- Interactive Noise Measurement mode
- Easily integrated into 3rd party automation applications
Key Applications
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Transistor noise model extraction
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Transistor noise model validation
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LNA Design
Models Table
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NameDescriptionPrerequisite
MT993B Noise Figure, Noise Parameters, Interactive Noise Measurement Mode, Swept Noise Display, Noise Statistics Display – MT993B01 Swept-Frequency Noise Parameter Add-On MT993B MT993E External Software Control (API) MT993B MT993F System Control MT993B MT993G DC-IV Curves MT993B MT993J Fixture Characterization MT993B