Become an expert in PathWave System Design (SystemVue)
☑ 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
Important notes
- 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
- Please note we only concentrate on RF and Antenna aspect of the tool
Description
In RAHAE209 we would be concentrating on PathWave System Design (SystemVue)Introduction in RF/Antenna field.
This course will cover PathWave System Design (SystemVue)design environment, different data type definition and Analog/RF components required for system design in PathWave System Design (SystemVue). This course helps to analyze any RF system design, RF transmitter/Receiver and Transceiver, RF Budget Analysis, Heterodyne Receiver, Block Up Converter (BUC), Filter Response Analysis, Antenna Array Design, Simple Phased Array System & Data Flow RF Beamforming System Design.
What is the target audience?
- This course is set for professionals working in the area of RF/Antenna Engineering field.
- Antenna Engineer
- RF Engineers
- Electrical Engineers
- Post graduate students taking antenna course
- Research scholars working in the field of RF/Antenna
Course content
- Introduction
- How to start with PathWave System Design (SystemVue)
- Data Flow Analysis
- Data Flow Simulations
- Graph in Data Flow
- Component colors significance
- Data Types Definition
- Envelope Signal
- Type Conversion
- MATLAB Script Modelling
- Basic RF/Analog Component
- RF System Design
- RF Transmitter
- RF Receiver
- RF System Budget Analysis
- Dual Band RF Receiver
- a 2.4 GHz and 5.3 GHz
- Design of Block Up Converter (BUC) for X Band
- Design & Analysis of Heterodyne Receiver
- Filter Response Analysis using PathWave System Design (SystemVue)
- Design of Low Pass Digital Filter
- Antenna System Analysis using PathWave System Design (SystemVue)
- Design of 8X8 Uniform Rectangular Array at 6 GHz
- Simple Phased Array Design at 6 GHz
- Data Flow RF Beamforming
Dr. Akhilesh Verma
Antenna Engineering Scientist at Rahsoft
Course Instructor
PhD candidate in 5G Antennas, Akhilesh has more than 6 years of teaching experience for undergraduate courses. Akhilesh has a proven track of Antenna design and analysis. Akhilesh works on Rahsoft’s RF Certificate to include the most updated criteria in the courses. Akhilesh is an Antenna engineering scientist at Rahsoft with specialization in 5G antennas, Microstrip filters, Disruptive Beamforming, Beam splitting networks design. He has designed and tested various type of antennas such as microstrip antenna using different feed, Planar inverted-F antenna (PIFA), passive phase shifters, Substrate integrated waveguide antenna, Circuit equivalent model of antenna, Metasurfaces (MS) for beamforming.
Ahsan Ghoncheh
Course Adviser and Head of RF & Antenna Engineering Department at Rahsoft
Former:
Avionic Design Engineer at Thales Avionics – Boeing and Airbus IFE Product development
Qualcomm RF Engineer at Qualcomm – RF Front End modules
Staff Engineer at Broadcom – Bluetooth , WLAN
English
Language
Introduction
Introduction to SystemVue and Its Applications, users for SystemVue
SystemVue design environment
SystemVue design environment
Setting Options in Data Flow Analysis
Options tab for the Data Flow Analysis
How to connect components, Simulation in Data flow
How to get graph in systemvue
More options in Graph and type of Sink used
Changing graph properties
Various colors used in components and their significance
Components in Schematic window
Different Data types definition
How to use envelope signal
Type conversion to and from envelope type
Envelope to Complex conversion
How to use MATLAB script in SystemVue
Overview of basic RF/Analog Component
Analog/RF Components
Basic components required for RF system Design
Basic RF Architecture Design in SystemVue
Design Analysis of RF Transmitter using SystemVue
RF receiver chain
RF receiver chain continued
RF System Budget Analysis in SystemVue at 6GHz
Dual Band Receiver at 2.4 GHz & 5.3 GHz using multi carrier source
Dual Band Receiver at 2.4 GHz & 5.3 GHz using multi carrier source
Block Up Converter which is -31.345 dBm C Band (5 GHz) input signal is condition
Design of BUC
Heterodyne receiver design and each stage path analysis
Set the values for each components used in heterodyne receiver
Power spectrum, cascaded gain, and carrier to noise and distortion loss analysis
Filter Response Analysis
Filter Response Analysis Continued
Low Pass Digital Filter Design for 15 KHz pass frequency with impulse source at
Antenna System Design Using SystemVue
8X8 Antenna Array Design at 6 GHz
Simple Phased Array Design at 6 GHz
Simulations and Result Analysis Simple Phased Array Design at 6GHz
Data Flow RF Beamforming