主题：手机声腔的模拟软件 -MICRO-CAP大家知道吗？

Micro-Cap 7.0
Electronic Circuit Analysis Program

Copyright 1982-2001 by Spectrum Software
1021 South Wolfe Road
Sunnyvale, CA 94086
Phone: (408) 738-4387
FAX: (408) 738-4702
Internet:www.spectrum-soft.com
Support:support@spectrum-soft.com
Sales:sales@spectrum-soft.com

现在8.0也出来了!

7.16 7.17网上可以下载,是电路分析软件.

Spectrum Software has released Micro-Cap 8, the eighth generation of our SPICE circuit simulator.

Prices - U.S Domestic Prices Only
Micro-Cap 8	$3995
Micro-Cap 8 LAN Version ( Per Seat / Two Seat Minimum )	$3995
Extra manual sets	$50

Domestic shipping by UPS Surface, (7-10 working days)	$10
Domestic shipping by UPS Blue, (2 working days)	$35
Domestic shipping by UPS Red, (1 working day)	$60
International shipping by UPS Air, (3 working days)	$125
VISA / MasterCharge credit card surcharge	3%
American Express credit card surcharge	4%
C.O.D. charge	$8.50

• Integrated schematic editor and simulator.
• An on-line simulator available at a key press. No need to load or shell to another program to perform an analysis.
• SPICE compatible models and simulator.
• Transient analysis - for plotting any time-domain waveform.
• AC analysis - for investigating the small signal behavior.
• DC analysis - for plotting static DC variables.
• Transfer Function analysis - for calculating the DC transfer function.
• Sensitivity analysis - for calculating the DC sensitivity of output expressions to circuit parameters.
• Distortion analysis - for measuring distortion in an output.
• Optimizer - for fine tuning designs.
• Integrated active and passive filter design function.
• IBIS model translator.
• PCB interface to popular packages.
• Native PSpice® compatible digital simulation engine.
• A large device library with over 16000 parts.
• Analog and digital behavioral modeling.
• Schematic waveform probing.
• Waveform plotting - during the run.
• Smith charts / Polar plots.
• Powerful plotting and post-analysis functions.
• Multidimensional parameter stepping.
• 3D plotting.
• Performance functions and plots.
• Monte Carlo analysis.
• Optimizing modeler for creating model parameters from data sheets.
• Advanced MOSFET modeling - BSIM and EKV models.
• Animated devices provide visualization and interaction.
• Lossy transmission lines.
• Jiles-Atherton nonlinear magnetics model.
• GaAsFET models.
• Dynamic DC on-schematic voltage/state, current, power and condition display.
• Dynamic AC on-schematic voltage, current and power display.
• N-Port model.
• Individual device temperatures - for precise analysis of on-chip devices.
• Wide variety of available device models.
• Extensive mathematical operators and variables.