Learning HFSS software by Advanced Practical Examples

Learning HFSS software by Advanced Practical Examples, available at $49.99, has an average rating of 3.83, with 14 lectures, based on 3 reviews, and has 48 subscribers.

You will learn about Expert in HFSS Sofware with practical RF examples Design DRO (Dielectric Resonator Oscillator) with HFSS Software Design ILA (Inverted L Antenna )with HFSS Software Design IFA (Inverted F Antenna )with HFSS Software Design MILA (Meandered Inverted L Antenna) with HFSS Software Design MIFA (Meandered Inverted F Antenna) with HFSS Software Design and Optimize 13.56 MHz NFC Antenna with HFSS Software Evaluate Coupling between two 13.56 MHz NFC Antenna with HFSS Software Design 13.56 MHz NFC Antenna with RLC Components with HFSS Software Design 3 array Dipole Antenna with HFSS Software Design 6 Array Dipole Antenna with HFSS Software Include HFSS File of all the Designs This course is ideal for individuals who are Research and Development Engineers,Engineering Students, Physics Students It is particularly useful for Research and Development Engineers,Engineering Students, Physics Students.

Enroll now: Learning HFSS software by Advanced Practical Examples

Summary

Title: Learning HFSS software by Advanced Practical Examples

Price: $49.99

Average Rating: 3.83

Number of Lectures: 14

Number of Published Lectures: 14

Number of Curriculum Items: 14

Number of Published Curriculum Objects: 14

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Expert in HFSS Sofware with practical RF examples

Design DRO (Dielectric Resonator Oscillator) with HFSS Software

Design ILA (Inverted L Antenna )with HFSS Software

Design IFA (Inverted F Antenna )with HFSS Software

Design MILA (Meandered Inverted L Antenna) with HFSS Software

Design MIFA (Meandered Inverted F Antenna) with HFSS Software

Design and Optimize 13.56 MHz NFC Antenna with HFSS Software

Evaluate Coupling between two 13.56 MHz NFC Antenna with HFSS Software

Design 13.56 MHz NFC Antenna with RLC Components with HFSS Software

Design 3 array Dipole Antenna with HFSS Software

Design 6 Array Dipole Antenna with HFSS Software

Include HFSS File of all the Designs

Who Should Attend

Research and Development Engineers,Engineering Students, Physics Students

Target Audiences

Research and Development Engineers,Engineering Students, Physics Students

In this course, different type of Antennas such as ILA (Inverted L Antenna), IFA (Inverted F Antenna), MILA (Meandered L Antenna), MIFA (Meandered F Antenna), 13.56 MHz NFC, 3 Array & 6 Array Dipole Antenna and DRO (Dielectric Resonator Oscillators) is simulated with HFSS Software. HFSS file of designs are available for download. HFSS software is common software for microwave and RF applications. You will have a priority in the industry, if you have knowledge and experience in HFSS in order to participate in projects related to radar system, communication systems, wireless technology, GSM, GPS and defense industry, satellite communication, aircraft radars and space applications.

In this course, we start with short overview about DRO(Dielectric Resonator Oscillators) and then we will simulate 10 GHz DRO with HFSS Software. then we will continue to simulate diffrent types of PCB Antennas with HFSS software. PCB antenna refers to the antenna printed on the PCB circuit board, which has the advantages of simple manufacturing and low cost, and is widely used Applications such as Bluetooth (Bluetooth), WiFi, Wireless mouse, Zigbee and other shortdistance wireless devices. then we will simulate 13.56 MHz NFC antenna which has huge application in RFID industry. we will discuss about optimizing the NFC antenna and how to match it with RLC components. at the end, we will simulate 3 Array and 6 Array Dipole Antenna at HFSS software. an antenna Array is a radiating system, which consists of individual radiators and elements. Each of this radiator, while functioning has its own induction field. The elements are placed so closely that each one lies in the neighbouring one’s induction field. Therefore, the radiation pattern produced by them, would be the vector sum of the individual ones.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Create DRO (Dielectric Resonator Oscillator) Structure with HFSS sofware

Lecture 2: Simulate DRO (Dielectric Resonator Oscillator) Structure with HFSS sofware

Lecture 3: Simulate ILA (Inverted L Antenna) with HFSS sofware

Lecture 4: Simulate IFA (Inverted F Antenna) with HFSS sofware

Lecture 5: Simulate MILA (Meander Inverted L Antenna) with HFSS sofware

Lecture 6: Simulate MIFA (Meander-line Inverted F Antenna) with HFSS software

Lecture 7: Simulate TI-MILA (Texas Instrument Meander-line F Antenna) with HFSS Sofware

Lecture 8: Simulate TI-MILA with RLC Components in HFSS Sofware

Lecture 9: Simulate 13.56 MHz NFC RFID Antenna with HFSS software

Lecture 10: Simulate Matching RLC components on 13.56MHz NFC RFID Antenna with HFSS software

Lecture 11: Optimize 13.56MHz NFC RFID Antenna with in HFSS software

Lecture 12: Simulate coupling between two 13.56 MHz NFC RFID Antenna with HFSS software

Lecture 13: Simulate 6 Array Dipole Antenna with HFSS sofware

Lecture 14: Simulate 3 Array Dipole Antenna with HFSS software

Instructors

Fatemeh Jalalinejad
Expert RF Engineer/Hardware/VHDL Software Designer

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3 stars: 1 votes

4 stars: 2 votes

5 stars: 0 votes

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