Latest Amateur Radio Articles

Various Wireless Power Transfer Techniques in Neural Stimulators and Other Implantable Medtech

Wireless power transfer technologies are being extensively studied and developed for use in implantable medical devices, the advantages of which include the early detection of diseases and the treatment of specific defective organs. This article will explore wireless power transfer in neural stimulators and outline the key benefits and design challenges.

April 08, 2021 by Emmanuel Ikimi

Teledyne T3VNA Family of Vector Network Analysers

Measuring tools, such as oscilloscopes and spectrum analysers allow electronic engineers to test and monitor signals when designing circuits and devices. The Teledyne LeCroy company is one of the leading companies that provide test tools for such engineers to use in their projects and have recently released the Teledyne T3VNA family of network analysers.

March 23, 2021 by Abdulwaliy Oyekunle

An Overview of Near-Field Communication

Near-field communication (NFC) is a connectivity technology that enables wireless communication between two NFC-enabled devices. Communication via NFC occurs at short range, low bandwidth, and at a high frequency between devices. We discuss NFC’s components, its operating modes, and more.

October 11, 2020 by Abdulwaliy Oyekunle

AT&S Collaborate with IMST to Develop High-Frequency Solutions

AT&S has collaborated with IMST GmbH with a view to jointly develop high-frequency technology solutions.

August 19, 2020 by Luke James

Avoiding National Grid Power Cuts Through a New “Smart” System

Researchers from the University of Birmingham are in the process of patenting a smart wind turbine system for power grid electricity management.

July 12, 2020 by Kristijan Nelkovski

Analog Devices LTM4657 Micro-Module Regulator with External Frequency Synchronisation

The LTM4657 product manufactured by Analog Devices is a step-down DC/DC micro-module regulator.

June 17, 2020 by Abdulwaliy Oyekunle

The Main Hardware Challenges Facing Self-Driving Vehicles

Despite tremendous progress in autonomous vehicle production over the years, hardware challenges persist as one of the most legitimate concerns affecting the industry.

June 16, 2020 by Emmanuel Ikimi

The Electronics Systems and Equipment That Made the SpaceX Flight Successful

SpaceX's historic rocket launch on May 30th, 2020 was an event many will remember for many years to come.

June 10, 2020 by Emmanuel Ikimi

Boosting the Stability of Microwave Signals by ‘100-Fold’

Researchers at the National Institute of Standards and Technology (NIST) have reportedly used state-of-the-art atomic clocks, advanced light detectors, and a frequency comb measurement tool to boost the stability of microwave signals.

May 31, 2020 by Luke James

Durable and Washable e-Textiles Developed for Use in Wireless Charging Electronics

Powercast Corporation and Liquid X have announced a partnership that will enable garment manufacturers to better integrate wireless power functionality and washable e-textiles.

May 22, 2020 by Sara McCaslin

The Role of Electronic Engineering in Military Avionics

When it comes to the use of electronic equipment in aircraft, the military is ahead of the game.

May 21, 2020 by Emmanuel Ikimi

CTO Chris Rutherglen from Carbonics Inc. Discusses the Use of Carbon Nanotubes in Electronics

Carbon nanomaterials could bring a huge wave of innovation in the development of new generations of electronics. In this exclusive interview, Chris Rutherglen, CTO at Carbonics Inc, shares some of the recent advancements in this exciting field of research with Electronics Point.

March 21, 2020 by Ingrid Fadelli

March 10, 2020 by Biljana Ognenova

The Vital Electronic Components Behind Drone Technology

Chances are high that every person reading this has seen a drone in flight, or even used one before. But what makes these miniature aircraft work? This article will get into details about the most vital components of drones and some current and emerging applications of drones.

March 06, 2020 by Emmanuel Ikimi

Antenna Basics: Working Principle, Types, and Applications

Since the first antennas were constructed by German physicist Heinrich Hertz, their design and capabilities have improved significantly to date with the emergence of high-directivity antennas.

February 28, 2020 by Emmanuel Ikimi

An Introductory Guide to How Electromagnetic Interference Works in Electronic Devices

Digital devices, telecommunication systems and other electronic technologies transmit disruptive electromagnetic energy.

February 05, 2020 by Abdulwaliy Oyekunle

How Can the Electronics Industry Tap into the Potential of 5G?

5G may one day be a universal communication feature, but so far, it is still far from ready. We look at what is holding it back in the consumer world, and what engineers and manufacturers can do to help both its integration in towns and cities—which may ultimately involve increasing the fifth generation’s capabilities in the industrial IoT.

January 30, 2020 by Sam Holland

Modern Applications: How Microwave Technology Works

Despite fibre-optics technology being preferred for high-speed data transmission today, microwaves are still very useful in a host of applications. We detail what these waves are and some of their many industrial (and domestic) uses.

January 29, 2020 by Emmanuel Ikimi

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Latest Amateur Radio Articles

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Various Wireless Power Transfer Techniques in Neural Stimulators and Other Implantable Medtech

Teledyne T3VNA Family of Vector Network Analysers

An Overview of Near-Field Communication

AT&S Collaborate with IMST to Develop High-Frequency Solutions

Avoiding National Grid Power Cuts Through a New “Smart” System

Analog Devices LTM4657 Micro-Module Regulator with External Frequency Synchronisation

The Main Hardware Challenges Facing Self-Driving Vehicles

The Electronics Systems and Equipment That Made the SpaceX Flight Successful

Boosting the Stability of Microwave Signals by ‘100-Fold’

Durable and Washable e-Textiles Developed for Use in Wireless Charging Electronics

The Role of Electronic Engineering in Military Avionics

CTO Chris Rutherglen from Carbonics Inc. Discusses the Use of Carbon Nanotubes in Electronics

Methods and Applications of Wireless Power Transfer

Texas Instruments ISO121x Digital Input Receivers for Industrial Applications

A Tribute to The World’s First Electrical Engineers

The Vital Electronic Components Behind Drone Technology

Antenna Basics: Working Principle, Types, and Applications

An Introductory Guide to How Electromagnetic Interference Works in Electronic Devices

How Can the Electronics Industry Tap into the Potential of 5G?

Modern Applications: How Microwave Technology Works

Categories

Platforms

Content

Categories

Latest Amateur Radio Articles

Categories

Various Wireless Power Transfer Techniques in Neural Stimulators and Other Implantable Medtech

Teledyne T3VNA Family of Vector Network Analysers

An Overview of Near-Field Communication

AT&S Collaborate with IMST to Develop High-Frequency Solutions

Avoiding National Grid Power Cuts Through a New “Smart” System

Analog Devices LTM4657 Micro-Module Regulator with External Frequency Synchronisation

The Main Hardware Challenges Facing Self-Driving Vehicles

The Electronics Systems and Equipment That Made the SpaceX Flight Successful

Boosting the Stability of Microwave Signals by ‘100-Fold’

Durable and Washable e-Textiles Developed for Use in Wireless Charging Electronics

The Role of Electronic Engineering in Military Avionics

CTO Chris Rutherglen from Carbonics Inc. Discusses the Use of Carbon Nanotubes in Electronics

Methods and Applications of Wireless Power Transfer

Texas Instruments ISO121x Digital Input Receivers for Industrial Applications

A Tribute to The World’s First Electrical Engineers

The Vital Electronic Components Behind Drone Technology

Antenna Basics: Working Principle, Types, and Applications

An Introductory Guide to How Electromagnetic Interference Works in Electronic Devices

How Can the Electronics Industry Tap into the Potential of 5G?

Modern Applications: How Microwave Technology Works

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