Contact an Expert

Technical Support

Test & Measurement

Find by Product Model Number: Examples: 34401A, E4440A

Refine the List

remove all refinements

By Application

By Type of Content

By Product Category

1-10 of 10

Sort:
ADS Videos on YouTube
Advanced Design System (ADS) Video Library playlist in Agilent EEsof EDA's Channel on YouTube

Demo 2012-01-27

Discovering Genesys
A collection of Agilent EEsof EDA Genesys video demonstrations and tutorials

Demo 2011-05-05

ADS 2011 Videos Debut on YouTube
A collection of Advanced Design System 2011 video demonstrations and tutorials

Demo 2011-02-25

Discovering ADS
A collection of Agilent EEsof EDA ADS video demonstrations and tutorials

Demo 2009-06-26

An Innovative Approach to Faster RFIC Transmitter Design
This Article by Andy Howard presents a number of simulation techniques; including HB, circuit envelope, EM, & wireless test benches applied to the integrated RFIC transceiver for WLANs/ IEEE 802.11b.

Article 2005-04-01

PDF PDF 3.68 MB
Overview on 1.6-mW LC-tuned VCO Design for 2.4GHz in 0.18-um RF CMOS Technology
The Paper details the design of the VCO using the Agilent ADS harmonic balance and Momentum simulators.

Technical Overview 2002-03-01

PDF PDF 687 KB
Design and Measurement of a 400 MHz Frequency Synthesizer: Accuracy Proof
This Application Note explains the 400 MHz PLL design with examples and hence giving the engineer a powerful effective tool for designing real PLLs.

Application Note 2001-11-01

Overview on Phase Noise and Jitter
This Paper by Rick Poore (Agilent Technologies) focuses on the relationship between phase noise and jitter in free-running oscillators.

Technical Overview 2001-05-17

PDF PDF 252 KB
PLL’s using a Charge Pump, High Divide-by-N Factors, and Decimation before Plotting
This Application Note shows an approach for designing a phase locked loop (PLL) that uses a charge pump, High Divide-by-N Factors, and Decimation before Plotting.

Application Note 2001-03-20

Phased Locked Loop Acquisition Using a Swept Local Oscillator
This Application Note details the Phased Locked Loop Acquisition Using a Swept Local Oscillator.

Application Note 2000-03-02