RF & Microwave

These courses covers from the theoretical aspect up to real practical implementation to provide professional engineers, researchers and students knowledge and skills in the area of RF & Microwave. The field area covers RF fundamental design, applied RF techniques, RF transceiver design, RF power amplifier design, RF antenna design, stability analysis of microwave circuits, ultra-wideband frequency matching design techniques as well as RF and microwave measurement techniques.

Practical RF and Wireless Technology for Industry
(SBL Khas)

RF Component, System Measurement & Characterization
(SBL Khas)

RF Fundamental Design

Applied RF Techniques

PRACTICAL RF AND WIRELESS TECHNOLOGY FOR INDUSTRY (SBL KHAS)

ENQUIRY & REGISTRATION

OVERVIEW

We understand in increasing demand for highly skilled and knowledgeable workers in the industries. We provide a platform learning on RF and Wireless Technology for the need of manufacturing and development companies. It gives a comprehensive understanding of the fundamentals until the practical consideration approach. We bought an excellent course which covers the area of major RF systems analysis, design advances, RF system structure and associated issues for both manufacturing and RND industries.

The participants will be able to examine and evaluate RF systems performance, learn how to work with specifications, procurement, design and development, testing and operation of current and future RD systems. This program will continue to enhance knowledge in a real environment of engineering, particular knowledge on real product development and validation. Measurement calibration, measurement setup and optimization techniques which helps in minimizing cycle time of mass production will be introduced as well. Practical lab exercises will be discussed as well as the short test will be given towards the end of the class. Steerix GmbH Certificate will be given to the successful participants.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

RF COMPONENT, SYSTEM MEASUREMENT & CHARACTERIZATION (SBL KHAS)

ENQUIRY & REGISTRATION

OVERVIEW

We understand in increasing demand for highly skilled and knowledgeable workers in the industries. We provide a platform learning on RF components, system measurement and characterization for the need manufacturing and development companies. It gives a comprehensive understanding of the fundamentals until the practical consideration approach. The course will steer the participants through RF components and its practical behavior, RF matching and characterization, and practical implementation of distributed elements.

The course also includes study n RF measurement & equipment and practical workshop to ensure participants able to experience and hands-on on real design validation and issues. Apart from that, participants will have the opportunity to understand on component and circuit simulation, learn how to simulate and characterize RF components and system such as power amplifier line-up, a receiver system, PLL, etc. Practical lab exercises will be discussed as well as the short test will be given towards the end of the class. Steerix GmbH Certificate will be given to the successful participants.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

RF FUNDAMENTAL DESIGN

ENQUIRY & REGISTRATION

OVERVIEW

RF Fundamental Design is an intensive course designed for professional engineers, researchers, and students. This course presents an introduction of RF basic such as an overview of RF spectra, frequency, wavelength, transmit power and receiver sensitivity and component loaded quality factor. Participants will learn more about elements of RF design. This includes impedance, admittance, a resonant tank, one-port and two-port system, series and parallel circuit, mixed lumped as well as impedance matching.

Moreover, transmission lines will be discussed in more detail in this course. Besides that, discussion on Smith chart and applications will be presented. It offers a better understanding of scattering parameters such as impedance and admittance matrix, ABCD matrix as well as the scattering parameter matrix and chain scattering matrix. At the end of the course, impedance matching and networks will be presented. Filter and resonant circuits will be explained during the course.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

APPLIED RF TECHNIQUES

ENQUIRY & REGISTRATION

OVERVIEW

This course offers is beneficial for the industries and universities from theoretical to real implementation. This course offers an overview of RF. This includes an overview of RF spectra, frequency, wavelength, the used of the electromagnetic spectrum as well as passive components. Participants will learn more about elements in RF design such as impedance and admittance, resonance tank and mixed lumped. Moreover, impedance matching techniques will be discussed in more details.

Apart from that, passive component modeling will be presented in this course. Furthermore, an active circuit such as device characterization, network analysis software tools and nonlinear distortions and noise will be discussed. It offers a better understanding of amplifier design. Besides that, a frequency synthesizer with PLL, closed-loop response and phase noise contributions will be presented. Antenna and propagation topic will be introduced in this course. At the end of the course, modulation and multiple access techniques and as well as the wireless communication system will be explained.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

Practical RF Transceiver Design

Practical RF Power Amplifier Design

Practical RF
Antenna Design

Stability Analysis of Microwave Circuits

PRACTICAL RF TRANSCEIVER DESIGN

ENQUIRY & REGISTRATION

OVERVIEW

This course offers a complete RF transceiver design for professional engineers, researchers, and students. This course enables participants to estimate the system requirements of a given application and to design a wireless transmission system using integrated circuit solutions. It presents an introduction of RF such as an overview of RF spectra, frequency, wavelength and passive components. Participants will learn more about key elements in RF design.

This includes impedance and admittance, resonance tank and mixed lumped. Moreover, wireless data transmission on the system level will be introduced from analog and digital modulation formats until the typical architectures. Apart from that, phase locked loop synthesizers such as control loop basis, stability considerations, and phase noise will be the discussed. This course will give a better understanding of transceiver architecture block diagram. At the end of the chapter, power amplifier design architectures will be the covered as well as antenna design principles.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

PRACTICAL RF POWER AMPLIFIER DESIGN

ENQUIRY & REGISTRATION

OVERVIEW

This course is designed for professional engineers, researchers, and students. It offers an introduction of RF basic such as frequency, wavelength, the use of the electromagnetic spectrum and component loaded quality factor. Participants will learn more about elements of RF design. This includes impedance, admittance, a resonant tank, one-port and two-port system, series and parallel circuit, mixed lumped as well as impedance matching. Moreover, discussion on Smith chart and applications will be presented in this course.

Apart from that, scattering parameters such as impedance and admittance matrix, ABCD matrix as well as the scattering parameter matrix and chain scattering matrix will be introduced. Impedance matching and networks will be discussed in more detail. Furthermore, basic and main characteristics of the power amplifier will be explained in this course. Discussion on active devices will be introduced. At the end of the course, participants have a better understanding on design methodology and power amplifier architecture.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

PRACTICAL RF ANTENNA DESIGN

ENQUIRY & REGISTRATION

OVERVIEW

RF Antenna Design is an intensive course that is designed for professional engineers, researchers, and students. It presents an overview of RF such as RF spectra linear circuit analysis, log conversion, complex numbers component Qs and importance of impedance matching. Participants will learn more about antennae basic such as the isotropic radiator, EIRP and isotopic gain, radiation resistance, antenna efficiency and typical architectures.

Moreover, discussion on antenna types and their features will be introduced. This includes monopole, dipole, slot, patch and magnetic antennas as well as the impact of the ground plane and environment. Apart from that, participants will have a better understanding of measuring antenna parameters. Measurements include EIRP measurement, substitution method, and the Wheeler cap. At the end of the course, discussion on propagation models and range estimation such as path loss in free space, ground effects, path loss prediction in buildings and multipath effects will be presented.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

STABILITY ANALYSIS OF MICROWAVE CIRCUITS

ENQUIRY & REGISTRATION

OVERVIEW

This course is suitable for professional engineers, researchers, and students. It offers an introduction to RF and microwave. This includes an overview of RF and microwave spectra, frequency, wavelength, linear circuit analysis in RF systems and component loaded quality factor. Participants will learn more about elements of microwave design such as impedance and admittance, a resonant tank, series and parallel circuit and impedance matching.

Apart from that, the general context of stability in microwave circuits will be discussed in more detail. Moreover, discussion on available CAD method for stability analysis of DC and small-signal steady states as well as large-signal steady states will be presented in this course. Furthermore, fundamental techniques of pole-zero identification techniques will be introduced. This course will help participants to understand practical approach to pole-zero identification techniques. At the end of the course, an illustrative example will be covered.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

Ultra - Wideband Frequency Matching Design Techniques

RF and Microwave Measurement Techniques

ULTRA - WIDEBAND FREQUENCY MATCHING DESIGN TECHNIQUES

ENQUIRY & REGISTRATION

OVERVIEW

This course is targeted for professional engineers, researchers, and students. It offers an introduction to RF and microwave basic. This includes an overview of RF and microwave spectra, frequency, wavelength and the use of the electromagnetic spectrum. Participants will have a better understanding of elements of RF design such as impedance and admittance, a resonant tank, series and parallel circuit and impedance matching.

Apart of that, discussion on a transmission line such theory, voltage wave and power wave, reflection coefficient, SWR, mismatch loss and transmission line types. Moreover, the definition of power transfer problem will be introduced in this course. This course also presents the necessary circuit design tools to handle power transfer problem. Furthermore, participants will get a general overview of circuits constructed with commensurate transmission lines. Review of analytic theory of broadband matching will be covered in this course. MatLab exercise and illustrative examples will be given at the end of the course.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program

RF AND MICROWAVE MEASUREMENT TECHNIQUES

ENQUIRY & REGISTRATION

OVERVIEW

This course is ideal for professional engineers, researchers, and students. It offers an introduction of RF basic such as an overview of RF spectra, frequency, wavelength and the use of the electromagnetic spectrum. Participants will get a better understanding of basic RF measurements. This includes reflection, matching, the Smith chart, transmission lines, nonlinear distortions, and noise. Furthermore, discussion on RF laboratory accessories such as cables, connectors, attenuators, combiners, splitters, directional couplers, RF filters, mixer and low noise amplifier will be introduced.

Apart from that, discussion on RF signal generators will be presented. It covers frequency synthesizers, signal modulation, frequency accuracy and drift, correction of the frequency deviation error as well as the use of generators in harmonics and distortions error. At the end of the course, participants will get a better understanding of spectrum analyzers such as basic function, setting and their impact on the performance. Network analyzers such as architectures, system errors and their impact, calibration, de-embedding and port extension also will be explained.

QUICK FACTS

Format

Short Course

Duration

4 Days

Target

Steerix GmbH Certificate

Study Place

In-House or Public Program