Udemy – PathWave System Design (SystemVue) for RF & Antenna Engineer 2021-7

Udemy – PathWave System Design (SystemVue) for RF & Antenna Engineer 2021-7 Downloadly IRSpace

Apr 27, 2025 - 15:15

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Udemy – PathWave System Design (SystemVue) for RF & Antenna Engineer 2021-7

PathWave System Design (SystemVue) for RF & Antenna Engineer Course. RAHAE209 is a gateway to mastering PathWave System Design (SystemVue) software for RF and antenna engineering. This advanced course is designed to introduce you to the diverse toolset of PathWave SystemVue, enabling you to analyze and design a variety of RF systems, transmitters, receivers, and antenna arrays. During this course, we will delve into key areas of PathWave SystemVue. First, you will be introduced to the design environment and user interface of PathWave SystemVue. Then, we will explore data flow analysis and simulations within the software. Next, you will be introduced to the analog/RF components essential to system design in PathWave SystemVue. After that, you will learn the art of RF system design, including RF transmitters, receivers, and transceivers. Understanding how to perform RF budget analysis for your designs is another important topic of this course.

The design and analysis of a superheterodyne receiver and the design and analysis of a block-up converter (BUC) for X-band applications will also be covered. In addition, you will learn how to analyze filter responses using PathWave SystemVue and design antenna arrays, including an 8×8 uniform rectangular array. Designing a simple phased array at 6 GHz and the principles of RF beamforming with data flow are also covered. It is important to note that this course will not provide any conceptual training in RF and antennas, and will focus solely on the software and its tools. Also, the software is not provided in this course, and participants must request a one-month free trial directly from the Keysight website.

What you will learn:

High-level understanding of Keysight’s PathWave System Design (SystemVue) tool, from an antenna and RF perspective.
Familiarity with the PathWave SystemVue design environment and user interface.
Ability to perform data flow analysis and simulations in software.
Understanding analog/RF components used in system design.
Mastery of RF system design including transmitters, receivers, and transceivers.
Ability to perform RF budget analysis for various projects.
Introduction to the design and analysis of superheterodyne receivers.
Understand the design and analysis of block-up converters (BUCs) for X-band applications.
Ability to analyze filter response using PathWave SystemVue.
Familiarity with the design of antenna arrays, especially the 8×8 uniform rectangular array.
Understand the principles of designing simple phased arrays at 6 GHz.
Introduction to the basics of RF beamforming with data streaming.