Ampsa Matching Wizard

The Ampsa MW (V23B Build 14902) is used to solve user-defined impedance-matching problems. Any of the matching networks synthesized can be analysed and optimized, or tuned, in the MW. Synthesis of the matching network is based on systematic searches on the transformation Qs of the networks or the transmission phase shift at the passband frequency selected. The fundamental-frequency targets can be Smith chart points or circles, while Smith chart sectors can be targeted at the second and third harmonics. No direct control over the intrinsic terminations is provided in the MW. The designed networks can be exported in a number of formats. These include Microwave Office (TM) basic scripts, Sonnet Software (R) .son files and DXF files. A technology file can also be created for DXF exports to CST Design Studio (TM).

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The MW has a ribbon interface with context categories, tabbed views and a quick access toolbar. 

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Ampsa Amplifier Design Wizard

The Ampsa ADW (V23 Build 14902) can control the fundamental-frequency terminations presented to a transistor, as well as the second harmonic and the third harmonic terminations. The ADW can match targets obtained with load-pull measurements, but the focus is usually on controlling the intrinsic load terminations. The transistor modeling features in the ADW are designed to give you access to the intrinsic reference plane. In version 23 the intrinsic load terminations of the transistors used can also be targeted directly when matching networks are synthesized or optimized. This eliminates the distortion introduced by targeting the external harmonics load terminations.

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The ADW has a ribbon interface with context categories, tabbed views and a quick access toolbar. 

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Design cycles become much more efficient with the synthesis and optimization features provided in the ADW. The control provided over the intrinsic load terminations is also invaluable when you cannot afford load-pull equipment or a harmonic-balance simulator, or if a non-linear model is not available for a transistor yet. 

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​Licensing is flexible, with 60-day or annual subscription options, as well as permanent licenses. On-line training can also be provided.