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VLSI Embedded Systems And Chip Design
RF Circuit Design

RF Circuit Design is about the basic ideas behind high-frequency circuits. It includes amplifiers, mixers, filters, oscillators, and impedance matching for wireless and communication systems.

5/5(4,890 Reviews)

Level

Advanced

Duration

8 weeks

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About RF Circuit Design

Rated #1 Recognized as the No.1 Institute for RF Circuit Design Online Training Course. This program is all about designing and analyzing circuits that work in the RF and microwave frequency ranges. Students will learn about RF amplifiers, oscillators, noise analysis, and transmission line theory. The training also stresses using industry-standard EDA tools for simulation and thinking about how RF ICs should be laid out. By taking this course, students will learn how to design RF circuits that work well for things like IoT, 5G, satellites, and wireless communications.

Training Plan

01

About trainer

Working professional who is carrying more then 10 years of industry experience.

02

Decks & Updated Content

Access to updated presentation decks shared during live training sessions.

03

e-Book

E-book provided by TechPratham. All rights reserved.

04

Assignments & MCQs

Module-wise assignments and MCQs provided for practice.

05

Video Recording

Daily Session would be recorded and shared to the candidate.

06

Projects

Live projects will be provided for hands-on practice.

07

Resume Building

Expert-guided resume building with industry-focused content support.

08

Interview Preparation

Comprehensive interview preparation with real-time scenario practice.

RF Circuit Design Course Curriculum

Introduction to RF & Wireless Systems


Fundamentals of RF circuits and wireless communication systems.

RF frequency spectrum
RF applications
RF vs baseband signals
RF system block diagram
Design challenges

 Transmission Lines & S-Parameters


RF signal behavior and network characterization.

Transmission line theory
Characteristic impedance
Reflection coefficient
S-parameters
Smith chart basics

RF Passive Components


Design and analysis of RF passive circuits.

Inductors and capacitors
RF resistors
On-chip passives
Quality factor (Q)
Parasitic effects

RF Amplifiers (LNA & PA)


Design of RF amplifiers for receivers and transmitters.

Low Noise Amplifier (LNA)
Power Amplifier (PA)
Gain and noise figure
Linearity (IP3, P1dB)
Stability analysis

RF Oscillators & PLLs


Frequency generation and stabilization techniques.

LC oscillators
Ring oscillators
Phase noise
PLL architecture
Frequency synthesis

 Mixers & Frequency Conversion


RF mixers and heterodyne architectures.

Mixer principles
Active vs passive mixers
Up-conversion and down-conversion
Image rejection
Conversion gain

VLSI Embedded Systems And Chip Design Courses

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Who Should Take RF Circuit Design

IT Professionals

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Job Roles For RF Circuit Design

Key Projects

RF Circuit Design

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Low-Noise Amplifier (LNA) Design

Design and simulate a CMOS-based LNA for wireless applications. Evaluate gain, noise figure, and linearity performance.

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RF Oscillator Implementation

Develop an RF oscillator circuit and analyze its frequency stability, phase noise, and startup conditions.

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Mixer Circuit for Frequency Conversion

Design and test a mixer circuit for up-conversion and down-conversion in RF systems. Verify conversion gain and intermodulation distortion.

Placement Process

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Our Success Mantra

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Commitment

  • Ensuring quality training every day

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  • Meeting learning goals with confidence

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  • Students achieving industry-ready expertise

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Beyond Courses:

Additional Support We Provide

24/7 Support

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What industries require RF Circuit Design expertise?

Industry-Recognized Certification

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India

Noida Office

C-2, Sector-1, Noida, Uttar Pradesh - 201301

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USA Flag+1 (343) 477-0926
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India

Hyderabad Office

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