Product/Service
Amplifier Design Software
Source: AWR
The higher-order modulation schemes employed in today's wireless networks demand exceptional linearity in the transmit signal path and consequently RF amplifier designers must accommodate it. This invariably requires a trade-off between key performance parameters such as linearity and efficiency, which is greatly aided by the use of simulation software tools like AWR's Microwave Office, Visual System Simulator and AXIEM. Together, these tools and their encompassing technologies streamline the amplifier design process and results in products that meet their required levels of performance.
Click Here To Download:Webinar:
•LNA Design And Characterization Using Modern RF/Microwave Software Together With T&M InstrumentsSuccess stories:
• Acreo Uses Visual System Simulator™ to Successfully Optimize System Performance of Complex UWB Transceiver• J&R Microwave Solutions Successfully Designs Complex Active Power Splitter MMIC With AWR Software
• TriQuint Solves Entire Non-Uniform Distributed Power Amplifier Structure Using AXIEM
AWR.TV Multi-Pack Series on MMIC LNA Design Using TriQuint PDKs
•MMIC Part 1 — Design Goals and Overview
•MMIC Part 2 — Loading and Overview of PDK
•MMIC Part 3 — Cascaded Noise Figure
•MMIC Part 4 — FET Bias Selection
•MMIC Part 5 — Stability and Input Matching Network
•MMIC Part 6 — Optimizing Input Matching Network
•MMIC Part 7 — Layout Inductor
•MMIC Part 8 — Layout — Resistors and Capacitors
•MMIC Part 9 — iNets and Completed Layout
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