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Agilent EEsof EDA Applications: Noise Simulation

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Noise Simulation

Designers who wish to examine the noise performance of designs can use Advanced Design System (ADS) for the whole range of noise analyses.

ADS can be used to determine Noise Figure, phase noise, time domain random noise, behavioral noise, circuit level noise, generated noise, such as noise from oscillators, and contributed noise, from components.

Additional design support is provided by a growing number of examples and training classes, and by Agilent EEsof EDA technical support.

Click on any of the links on this page to learn more about examples and products using EDA tools from Agilent EEsof EDA.
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 Products
Agilent EEsof EDA products that support noise simulations include the following:
Advanced Design System (ADS) Bundled Suites
• Microwave Circuit Designer
• Communication Systems Designer
Individual ADS Modules
• Design Environment
• Data Display
ADS Simulators
• Linear
• Harmonic Balance
• Circuit Envelope
Model Sets
• RF System Models
• RF Passive Circuit Models
 DesignGuides
DesignGuides for Advanced Design System guide you through complex multi-step design flows and automate the setup, simulation, and data display of complete designs.
•DesignGuides Overview
Product Description Data Sheet (PDF, 2.0 MB)
•Bluetooth DesignGuide
Product Description
•Linearizer DesignGuide
Product Description
•Mixer DesignGuide
Product Description
•Oscillator DesignGuide
Product Description
•Power Amplifier DesignGuide
Product Description
•RF System DesignGuide
Product Description
•DesignGuide Developer Studio
Product Description
 Contact Agilent EEsof EDA
To contact an Agilent Technologies representative by telephone for help with Product Selection and Product Purchase, click on the following link:
• Sales
To send an e-mail message to Agilent EEsof EDA, click on the following link:
• Send E-mail to Agilent EEsof EDA
 
 Examples
Project files in the Examples directory of Advanced Design System are described in the online manual and listed in the Examples Documentation.
Project files that show noise simulations include the following:
Noise Circles
• 1 GHz Low Noise Amplifier
• 1 GHz BJT Low Noise Amplifier
Noise Contributor Listing
• Fifth-Order Phase-Locked Loop
• Fraction-N PLL
• Open and Closed Loop PLL Simulation
• Phase Noise Simulation
• Phase Noise Simulations Using Small Signal Models
• PLL Simulations Using Circuit Envelope
• Differential Mode RFIC Mixer
• RFIC Oscillator
• Linear Budget Analysis
• RF System-Level Simulations
• Budget Analysis
Noise Floor
• Gilbert Cell Mixer
Noise Power Ratio
• 1 GHz BJT Low Noise Amplifier
• Noise Simulation in Envelope Analysis
• Noise Power Ratio Simulation
Noise Power Spectral Density
• Gilbert Cell Mixer
Noise Voltage Spectral Density
• Gilbert Cell Mixer
Phase Noise
• Fifth-Order Phase-Locked Loop
• Fraction-N PLL
• Open and Closed Loop PLL Simulation
• Phase Noise Simulation
• Phase Noise Simulations Using Small Signal Models
• PLL Simulations Using Circuit Envelope
• RFIC Oscillator
• Simulation Controller Applications

Support Examples
Support examples can be found in the
Agilent EEsof Knowledge Center.
 Design Seminars
Bit Error Rate Simulations
Cory Edelman, Agilent EEsof EDA
Text/Slides (PDF, 782 KB)
ADS Project (ZAP, 502 KB)

 Training Classes
• Overview: Customer Education
• Advanced Design System Fundamentals
• Using ADS Communication Systems Designer
• Power Amplifier Linearization