聯絡是德專家

技術支援

電子量測

依產品型號搜尋: 例如: 34401A, E4440A

1-8 / 8

排序:
SystemVue 2013 Technical Overview
SystemVue is a focused EDA environment for electronic system-level (ESL) design that enables system architects and algorithm developers to innovate the physical layer (PHY) of next-generation wireless and aerospace/defense communications systems.

技術總覽 2014-09-03

ADS for your RF Board Design Flow
Overview of ADS & Genesys for RF Board design flow.

技術總覽 2009-02-03

PDF PDF 1.87 MB
Accurate Simulation Models Yield High Efficiency Power Amplifier Design
In this Paper, an accurate nonlinear transistor model is shown to form the basis for a systematic simulation-based design procedure for a microwave power amplifier.

技術總覽 2005-12-01

PDF PDF 298 KB
RF/Microwave Oscillator Phase Noise calculation - Envelope Transient Technique
A brief Technical Overview on Rigorous RF and Microwave Oscillator Phase Noise calculation using Envelope Transient Technique by E. Ngoya, J. Rousset, and D. Argollo

技術總覽 2005-06-22

PDF PDF 322 KB
De-Embedding Series-Connected/Transmission Configured Devices
This Technical Overview details the complete de-embedding methodology that has been successfully implemented in IC-CAP for device characterization and modeling purposes.

技術總覽 2003-08-21

PDF PDF 352 KB
Automated Circuit Modeling Tool for Arbitrary Passive Microwave and RF Components
This Paper describes an automated circuit-modeling tool developed for arbitrary passive components. The tool builds compact, parameterized, analytical models based on fullwave EM simulations.

技術總覽 2002-06-24

PDF PDF 105 KB
Overview on Constrained EM-based Modeling of Passive Components
An Overview by Tom Dhaene, Jan De Geest and Daniel De Zutter (Keysight Technologies) focusing on details of constrained EM-based modeling of passive components.

技術總覽 2002-06-01

PDF PDF 378 KB
Overview on Co-Simulation of DSP, RF and Analog
This Paper presents a design environment supporting a mix of simulation engines, signals and models for DSP, RF and analog technologies.

技術總覽 1999-01-01

PDF PDF 310 KB