|
 Japanese Version
Eagleware-Elanix has announced that GENESYS 2005 is now shipping.
It is available for download to all customers with active support
contracts and to holders of Demo Tickets. Click on the following link: » Download GENESYS 2005
Call and let
us explain how GENESYS 2005 can help you and your team improve
productivity and streamline the design process from engineering
to manufacturing.
NEW! GENESYS - full color 8-page brochure, 6 March 2006. PDF, 675 KB.
Special, Limited-Time Upgrade Offer
NEW! To celebrate the release, we are offering the chance to upgrade new and existing licenses to add exciting new capabilities at very attractive prices. Click on the following link for details:
GENESYS™ 2005
GENESYS 2005 incorporates numerous user interface
enhancements, including:
- Datasets that provide a persistent view of simulation results
and permit easy comparisons among simulation runs
- Enhancements to the equations capabilities to include structured
programming constructs such as WHILE loops and multi-line if-then-else
statements
- Scripting capabilities have been extended to support all design
elements.
Other significant enhancements in GENESYS 2005 include:
- Filter synthesis now supports generation of differential filters.
- Oscillator synthesis now supports closed-loop time domain
analysis.
- SPECTRASYS spectral domain simulation has been enhanced to
include support for voltage analysis and measurements, arbitrary
port/model impedance, phase noise, and hierarchical models.
- New Motorola LDMOS models, Taconic Substrate Library, and
new ideal circuit components.
Three new, separately-priced additional modules are also available for the first time in GENESYS 2005: WhatIF
(a new frequency planning tool), CAYENNE
(a new time domain simulator), and a new synthesis module called MIXER. Please contact your sales representative
for pricing information.
WhatIF
WhatIF, a frequency planning tool, uses a new simulation technique
that analyzes spurious performance of Intermediate Frequencies
(IFs). Spur-free regions are identified including multiple frequency
band conversions to a common IF frequency. Users see performance
tradeoffs between the IFs and can identify all spurious offenders
giving them complete control over mixer requirements and specifications.
This approach is a complete turnaround from traditional methods.
This new synthesis technique determines spurious responses and
their amplitudes from traditional spurious analysis parameters.
Simulation speed is fast since conventional sweep analysis has
been eliminated.
CAYENNE
CAYENNE is a SPICE-like time domain simulator. In addition to
the normal analysis capabilities available in other time domain
simulators, CAYENNE incorporates the following unique innovations:
- Direct use of S-parameter data
- In addition to full-frequency convolution, CAYENNE's faster
hybrid frequency/time mode creates models that are exactly correct
at a specific high frequency and are approximate at other frequencies
- User trade-off of accuracy versus simulation time
- Co-simulation with electromagnetic simulator, including lumped
elements
- Compatibility with all GENESYS linear, nonlinear, Verilog-A,
and system elements
- Accepts data written by SystemVue system simulator to allow
RF/Microwave transient analysis with real baseband time domain
input
MIXER
MIXER, the new mixer synthesis module allows the user to design
and analyze mixer configurations using a variety of topologies
as starting points. The 11 topologies of the initial release range
from simple passive configurations such as the “diode rat
race mixer” to complex active models such as the “bipolar
double balanced Gilbert mixer”. For each configuration,
supporting information provides insights into the theory of operation,
applicable frequency range, and performance tradeoffs.
|
 |
|
