PathWave System Design (SystemVue) for RF & Antenna Engineer

Name: PathWave System Design (SystemVue) for RF & Antenna Engineer
Rating: 4.0 (32 reviews)

Become an expert in PathWave System Design (SystemVue)

Created byRahsoft Antenna Engineering Certificate - California, Akhilesh Verma

Last updated 7/2021

English

What you'll learn

A top level understating on PathWave System Design (SystemVue) tool from Keysight from an Antenna and RF aspect
Please note software will NOT be provided and you need to reach out to Keysight directly and ask for 1 month free trial
Please note this is an advance coursed and we wont be going over RF and Antenna concept and will only show the software and tools

Course content

1 section • 39 lectures • 4h 26m total length

Introduction to SystemVue and Its Applications, users for SystemVue5:02
SystemVue design environment3:40
SystemVue design environment6:47
Setting Options in Data Flow Analysis5:26
Options tab for the Data Flow Analysis5:09
How to connect components, Simulation in Data flow8:40
How to get graph in systemvue8:40
More options in Graph and type of Sink used4:50
Changing graph properties6:25
Various colors used in components and their significance3:33
Components in Schematic window7:02
Different Data types definition4:50
How to use envelope signal3:20
Type conversion to and from envelope type6:25
Envelope to Complex conversion4:02
How to use MATLAB script in SystemVue8:12
Overview of basic RF/Analog Component6:30
Analog/RF Components10:02
Basic components required for RF system Design9:23
Basic RF Architecture Design in SystemVue8:49
Design Analysis of RF Transmitter using SystemVue6:30
RF receiver chain5:43
RF receiver chain continued4:57
RF System Budget Analysis in SystemVue at 6GHz11:30
Dual Band Receiver at 2.4 GHz & 5.3 GHz using multi carrier source11:30
Dual Band Receiver at 2.4 GHz & 5.3 GHz using multi carrier source8:05
Block Up Converter which is -31.345 dBm C Band (5 GHz) input signal is condition7:06
Design of BUC5:45
Heterodyne receiver design and each stage path analysis9:15
Set the values for each components used in heterodyne receiver6:22
Power spectrum, cascaded gain, and carrier to noise and distortion loss analysis5:28
Filter Response Analysis4:39
Filter Response Analysis Continued7:25
Low Pass Digital Filter Design for 15 KHz pass frequency with impulse source at5:51
Antenna System Design Using SystemVue9:57
8X8 Antenna Array Design at 6 GHz7:05
Simple Phased Array Design at 6 GHz6:28
Simulations and Result Analysis Simple Phased Array Design at 6GHz8:10
Data Flow RF Beamforming8:04

Requirements

Antenna fundamentals or RAHAE102
RF Fundamentals or RAHRF201
RF Microwave fundamentals or RAHRF200
RF Transceiver Design Fundamentals or RAHRF409

Description

PathWave SystemVue for RF and Antenna Engineers

Important Notes:

Software will not be provided; please request a 1-month free trial from Keysight directly.
This is an advanced course solely focused on the software and tools, excluding RF and Antenna concepts.
The course concentrates exclusively on the RF and Antenna aspects of the tool.

Course Overview:

Welcome to RAHAE209, your gateway to mastering PathWave System Design (SystemVue) for RF and Antenna engineering. This advanced course is designed to introduce you to the versatile toolset of PathWave SystemVue, enabling you to analyze and design various RF systems, transmitters, receivers, and antenna arrays.

Course Highlights:

In RAHAE209, we will delve into the following key areas of PathWave SystemVue:

Introduction to PathWave SystemVue: Get acquainted with the design environment and interface of PathWave SystemVue.
Data Flow Analysis: Explore data flow analysis and simulations within the software.
Analog/RF Components: Learn about the Analog/RF components essential for system design in PathWave SystemVue.
RF System Design: Master the art of RF system design, including RF transmitters, receivers, and transceivers.
RF Budget Analysis: Understand how to perform RF budget analysis for your designs.
Heterodyne Receiver: Explore the design and analysis of a heterodyne receiver.
Block Up Converter (BUC): Dive into the design and analysis of a Block Up Converter for X-Band applications.
Filter Response Analysis: Learn to analyze filter responses using PathWave SystemVue.
Antenna Array Design: Delve into the design of antenna arrays, including an 8x8 Uniform Rectangular Array.
Phased Array Design: Explore simple phased array system design at 6 GHz.
Data Flow RF Beamforming: Understand the principles of data flow RF beamforming.

Target Audience:

This course is tailored for professionals working in the field of RF and Antenna Engineering, including:

Antenna Engineers
RF Engineers
Electrical Engineers
Postgraduate students pursuing antenna-related courses
Research scholars specializing in RF and Antenna fields

Instructors:

Dr. Akhilesh Verma

Antenna Engineering Scientist at Rahsoft
PhD candidate in 5G Antennas
Over 6 years of teaching experience
Specializes in 5G antennas, microstrip filters, disruptive beamforming, and more

Ahsan Ghoncheh

Course Adviser and Head of RF & Antenna Engineering Department at Rahsoft
Former roles include Avionic Design Engineer at Thales Avionics, Qualcomm RF Engineer, and Staff Engineer at Broadcom

Join us in RAHAE209, and gain the skills and expertise to harness the power of PathWave SystemVue for RF and Antenna system design. Enroll today and take the next step in advancing your career in this dynamic field!

Who this course is for:

Antenna Engineers
RF Engineers
Analog Engineers
Electrical Engineers
Electrical Students