Measuring Wifi Radiation Properties with a MegiQ RMS

EB001_TPLink_Rotation_Orientations

This application note describes a case study of the power and radiation pattern measurements on a Wifi Access Point. It shows several ways of using the RMS-0660 to measure antenna radiation and power properties.

"Using two completely different methods, with only 0.4dB difference, the radiated and conducted results were nearly identical."

MegiQ RMS

The RMS system is a turnkey system for measuring radiated properties of wireless devices and antennas. It consists of a turn table, dual polarized measurement antenna, dual channel receiver and PC software. There are several RMS types with frequency ranges between 400MHz and 6GHz, covering most popular communication bands of wireless and IoT devices.

The RMS allows measuring radiation patterns of wireless devices that transmit their own signal, as well as measuring standalone antennas by feeding a signal from the built-in RMS generator.

Both methods were used to reconcile the results of the two measurements.

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Investigation into Indoor Signal Propagation

Ground_Floor_Plan_Cover

Explore the intricacies of wireless signal propagation in indoor environments through detailed measurements and insightful observations.

Oscar Appelman, oscar.appelman@aptab.nl

This article was first published in Microwave & RF magazine.

1.    Introduction

In a world where wireless devices have become an integral part of daily life, the guarantee of reliable wireless networks is more crucial than ever. Accurately predicting the propagation characteristics of wireless signals is highly desirable.

However, due to the complex nature of wireless signal propagation in volatile environments, simulating such scenarios is notoriously difficult and lacks accuracy [1]. As a result, characterizing wireless signal propagation is often neglected and wireless networks are set up based on intuition and simple measurements.

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Calculating TIS from TRP

Graph-Radiation-Pattern2

For many Wireless Devices the Total Isotropic Sensitivity (TIS) can be derived from Total Radiated Power (TRP) together with the transceiver properties.

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Videos: RMS-0740 measures antenna patterns

Videos: RMS-0740 measures antenna patterns

RMS measures antenna patterns, harmonic levels and multifrequency antenna patterns.

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Videos: VNA Tutorial in 3 parts

Videos: VNA Tutorial in 3 parts

Learn about VNA concept and operation, measurement calibration, measuring and matching antennas and circuits

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Using a VNA like a Time-Domain Reflectometer

Using a VNA like a Time-Domain Reflectometer

Time Domain Reflectometry (TDR) functions in our VNA software can be used to analyze local impedances in networks. This is useful to analyze both cable networks as PCB trace impedances.

Microwaves & RF

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MegiQ gets a new Logo and Website

MegiQ gets a new Logo and Website

After more than six years in business, it was time for a new styling and a new website.

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MegiQ moves to a new office

MegiQ moves to a new office

After a steady growth over the past years we were growing out of our old office.

Now MegiQ has moved to a new and much bigger office at the edge of Eindhoven, the Netherlands.

From here we will be able to serve our growing customer base better and faster.

 

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Perform Cost-Effective Antenna Radiation Measurements

Perform Cost-Effective Antenna Radiation Measurements

RMS-0640 review in Microwave and RF

"Measuring antenna radiation is no longer in the exclusive domain of high-end test laboratories—it can be performed with a compact system that has all of the hardware."

By professor Miroslav Joler

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New VNA Software and Firmware releases 1.9.001

New VNA Software and Firmware releases 1.9.001

Get 4x more speed, enhanced graphics and more with the latest VNA software and firmware

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MegiQ seminar at RF Technology Days 2018

MegiQ seminar at RF Technology Days 2018

MegiQ Seminar on Antenna Measurement technology

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Get Your Hands Dirty with These VNA Tools

Get Your Hands Dirty with These VNA Tools

Microwave and RF magazine tested our VNA0460e with our VNA Sandbox and SMA calibration kit.

"Another company recently provided me with its own PC-controlled VNA as part of a demo kit. That company, MegiQ, is one that may be unfamiliar to some. However, MegiQ is a company that certainly deserves to be recognized among today’s VNA suppliers. This article presents a closer look at the company’s VNA capabilities based on my experience with the demo kit."

By Chris DeMartino.

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MegiQ seminar on Antenna Development at Wireless Congress 2017 in Munich

MegiQ seminar on Antenna Development at Wireless Congress 2017 in Munich

Developing wireless products can have pitfalls if you don’t know what to look for. Antennas are not just components, they need to be implemented with attention to their application and environment. Not only should the antenna impedance be matched but also the radiation pattern should meet certain criteria.

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MegiQ VNAs get a new cabinet

MegiQ VNAs get a new cabinet

MegiQ has developed a new cabinet for their series of 4GHz and 6GHz VNAs

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MegiQ VNAs at Complutense University in Madrid

MegiQ VNAs at Complutense University in Madrid

With their professional performance and affordable price, MegiQ VNAs are perfect for setting up microwave labs and training courses at universities. The Complutense University of Madrid has a good experience and is now expanding their capacity with more MegiQ equipment.

 

By Professor Luis Ángel Tejedor.

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New VNA Software and Firmware releases 1.7.1

New VNA Software and Firmware releases 1.7.1

Get 3x more speed, calkit manager and more with the latest VNA software and firmware

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MegiQ RMS in Microwaves and RF

MegiQ RMS in Microwaves and RF

Measuring radiation patterns from wireless designs with antennas normally requires a rack of test gear, but this system does the job in a moderate-sized room without an anechoic chamber.

This article discusses how the MegiQ RMS-0740 can be an asset in wireless development, without the hefty investment in an anechoic chamber.

 

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MegiQ seminar on Antenna Development at Wireless Congress in Munich

MegiQ seminar on Antenna Development at Wireless Congress in Munich

Developing wireless products can have pitfalls if you don’t know what to look for. Antennas are not just components, they need to be implemented with attention to their application and environment. Not only should the antenna impedance be matched but also the radiation pattern should meet certain criteria.

Continue reading

5 ways to measure Antenna Radiation

These are some of the approaches to make sure that a wireless product works to full satisfaction.

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New 6GHz Vector Network Analyzer from MegiQ

New 6GHz Vector Network Analyzer from MegiQ

New affordable 6GHz Vector Network Analyzer from MegiQ

Developers of wireless products that need to push to the higher communication bands now have access to an affordable VNA for operation up to 6GHz. The new MegiQ VNA-0460 VNA measures impedances and other S-parameters from 400MHz up to 6GHz.

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VNA Match function has adjustable components

VNA Match function has adjustable components

The MegiQ VNA software has a built-in match calculator. This function now allows for manual adjustment while the software shows the 10dB return loss bandwidth in realtime.

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Compact system measures Antenna Patterns, TRP without anechoic chamber.

Compact system measures Antenna Patterns, TRP without anechoic chamber.

[press release]

MegiQ introduces a portable, compact Radiation Measurement System that allows wireless developers to measure (antenna) radiation patterns and TRP of their RF device from 700MHz to 4GHz.

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MegiQ API brings budget VNA to factory testing

MegiQ API brings budget VNA to factory testing

[press release]

MegiQ introduces an Application Programming Interface (API) for their popular series of VNAs. With this API, programmers control the measuring process and data flow to integrate RF testing in production tests or specialized VNA measurements. This makes it possible to implement a very cost-effective solution to S-parameter verification in production testing.

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Using contactless antenna measurement in a production environment

Using contactless antenna measurement in a production environment

Although a very good design will help to achieve high yield on antenna performance, batch to batch tolerances in PCB and components can suddenly influence resonance frequencies of on-board antennas.
There is an easy way to determine the resonance frequency by wireless without having to probe electrically. Just as with the old grid-dippers

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UFL Connectors in VNA Measurements

UFL Connectors in VNA Measurements

Most VNA manufacturers focus on using the best possible connectors and accessories for test setups: N-connectors, phase stable cables and golden calibration standards. These are so bulky that it is almost impossible to get to a real-life circuit board. On the other end of the spectrum are the small and cheap UFL connectors and cables. Are they suited for VNA measurements and circuit optimization?

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Contactless antenna measurement using a Vector Network Analyzer

Contactless antenna measurement using a Vector Network Analyzer

Sometimes it is desirable to test or verify the operation of an antenna without physically connecting to it. This can be useful for verifying a series of products, in production, or to avoid disturbing the ground current in its ‘natural’ state. This article describes a technique for measuring antennas without physically contacting it.

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Wireless Luminaires

Wireless Luminaires

Everything goes wireless, also luminaires, mostly using mesh-kind of RF communication for control. There are all kinds of off-the-shelf RF electronics available for the Luminaire Designer. This leaves the Luminaire Designer with a big question mark: “How to design a luminaire for reliable RF communications in the field.”

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Taking Care of Connectors

Taking Care of Connectors

Connectors can be vulnerable. In your RF test set-up you make use of connectors like SMA, UFL or WFL. These connectors have a limited amount of mating actions, they wear down. Specially in T&M setups, there where you want to be sure of reliably & repeatable connections, you should take good care of connectors

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