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Impedance Test Adapters B-WIC & B-SMC In combination with the Vector Network Analyzer Bode 100, the impedance test fixtures B-WIC and B-SMC are the perfect choice for impedance measurements of passive electronic components. The B-WIC is especially designed for through hole type components, while…
Getting Started Impedance Test Adapters The impedance test adapters B-WIC and B-SMC change your Bode 100 into an easy to use LCR meter. Magnitude and phase, the series and parallel equivalent circuit parameters, as well as quality factors of complex impedance values can directly be measured in the…
Bode 100 User Manual Smart Measurement Solutions Bode 100 User Manual Bode 100 User Manual Article Number VESD0661 - Manual Version: Bode100.AE.4 © OMICRON Lab 2010. All rights reserved. This User Manual is a publication of OMICRON electronics GmbH. This User Manual represents the technical…
Bode 100 Quick Start Guide Smart Measurement Solutions® Bode 100 Quick Start Guide Version: ENU 1006 03 01 — Year: 2017 © OMICRON Lab, OMICRON electronics. All rights reserved. This quick start guide is a publication of OMICRON electronics. All rights including translation reserved.…
Bode 100 User Manual Smart Measurement Solutions® Version: ENU1006 05 03 — Year: 2017 © OMICRON Lab, OMICRON electronics. All rights reserved. This manual is a publication of OMICRON electronics. All rights including translation reserved. Reproduction of any kind, e.g., photocopying,…
In this document we show how to measure the dielectric response of different solid insulation materials using SPECTANO 100 with the Dielectric Test Fixture 16451B from Keysight. Various solid standard and composite insulation materials are measured and compared with literature results. If you want…
In this document, we show how the dissipation factor and the conductivity of an insulation liquid can be measured using SPECTANO 100. The CP TC12 dielectric oil sample test cell of OMICRON electronics was used to measure the characteristics of mineral transformer oil. If you want to know more…
This document describes general considerations which should be made if samples of solid dielectric materials are measured with SPECTANO 100. Special focus is put on the geometry of the sample but also general rules of the test setup are explained. This Application Note only considers solid samples…
In this document, we show how to measure the dielectric response of different liquid insulation materials using SPECTANO 100 and the Liquid Test Fixture 16451A from Keysight. If you want to know more about how SPECTANO 100 can be used together with the Keysight 16451A Liquid Test Fixture, please…
This application note explains how to analyze the control loop stability of DC/DC converters by measuring the loop gain. Electronic devices become smaller and smaller. Multiple supply voltage levels need to be maintained at very high converter efficiencies with fast recovery speed. Switching…
Bode 100 - Application Note DC/DC Converter Stability Measurement Strongly supported by By Stephan Synkule, Lukas Heinzle & Florian Hämmerle © 2018 by OMICRON Lab – V3.3 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Measurement…
SPECTANO 100 – Application Note Dielectric Analysis of Insulation Liquids By Britta Pfeiffer © 2018 by OMICRON Lab – V1.0 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Measurement Solutions® SPECTANO 100 – Application Note…
SPECTANO 100 - Application Note Dielectric Analysis of Insulation Liquids using Liquid Test Fixture 16451A from Keysight By Britta Pfeiffer © 2018 by OMICRON Lab – V1.0 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Measurement…
SPECTANO 100 – Information Note Considerations Regarding Sample Geometry and Test Setup 1. Introduction This document describes general considerations which should be made if samples of solid dielectric materials are measured with SPECTANO 100. Special focus is put on the geometry of the sample…
SPECTANO 100 - Application Note Dielectric Analysis of Solid Insulations using Dielectric Test Fixture 16451B from Keysight By Britta Pfeiffer © 2018 by OMICRON Lab – V2.0 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Measurement…
SPECTANO 100 - Application Note Requirements to perform accurate dielectric material analysis By Britta Pfeiffer © 2017 by OMICRON Lab – V1.0 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Measurement Solutions® SPECTANO 100 -…
In this documents we show how to measure the dielectric response of solid and liquid insulation materials using the SPECTANO 100 and common test cells on the market. Further on, you can learn how to determine the conductivity and resistivity of insulation liquids of which considerations should be…
POWER YOUR IDEAS! 7th Power Analysis & Design Symposium Advanced Characterization, Simulation and Troubleshooting of Electronic Power Systems Symposium: April 26th, 2018 / 08:30 - 17:00 Open Lab: April 25th, 2018 / 15:00 - 19:00 in Eching (near Munich), Germany With lectures, practical examples…
POWER YOUR IDEAS! 7th Power Analysis & Design Symposium Advanced Characterization, Simulation and Troubleshooting of Electronic Power Systems Symposium: April 26th, 2018 / 08:30 - 17:00 Open Lab: April 25th, 2018 / 15:00 - 19:00 in Eching (near Munich), Germany With lectures, practical examples…
With the release of the Bode Analyzer Suite 3 many new functions have been added. For sure all these functions are described in the manual. But let's be honest - who reads manuals? Therefore we have produced five videos featuring the new BAS 3 covering the following topics: Stability Analysis…
Check out how we measure the electromagnetic coupling of two avalanche transceivers using the Bode 100. Certainly this must be done in a proper environment. Therefore we went to the Austrian alps! Certainly we did choose a safe place without any avalanche risk that could endanger our Bode 100 or…
Vector Network Analyzer Bode 100 - 1 Hz to 50 MHz Transmission/Reflection Measure S-parameters of cables, filters, amplifiers, antennas and more. Resonance Frequency Detect even very narrow, high-Q resonance peaks of piezo elements or RFID and NFC transponders. Frequency Response Measure the…
Vector Network Analyzer Bode 100 - 1 Hz to 50 MHz Transmission/Reflection Measure S-parameters of cables, filters, amplifiers, antennas and more. Resonance Frequency Detect even very narrow, high-Q resonance peaks of piezo elements or RFID and NFC transponders. Frequency Response Measure the…
EMV Fachbeitrag Negal Engineering AG EMV Filter Design T.Hofer, R.Negele Negal Engineering AG In fast allen elektronischen Geräten werden heutzutage Schaltnetzteile verwendet. Die Schaltnetzteile müssen immer höheren Anforderungen wie hoher Wirkungsgrad, niedrige Kosten oder geringe Emissionen…
Bode 100 - Article Eddy Current Testing Page 1 of 12 Eddy Current Testing using the Bode 100 Lukas Heinzle Abstract: Eddy Current Testing (ET) is a commonly used technique for surface inspections of conducting materials. An eddy current sensor, namely a probe coil that produces an alternating…
Bode 100 - Article Skin Effect Page 1 of 8 Measurement of Skin Effects using the Bode 100 Lukas Heinzle Abstract: In electro engineering, metal conductors are used to transmit electric currents. An important thing to know is how the conductance of these conductors behave. Due to classical…
Fachhochschule Vorarlberg Vorarlberg University of Applied Sciences Simulation and Characterization of a Miniaturized Planar Coil Master’s in Mechatronics A Thesis Submitted in Partial Fulfillment of the Requirements for the Degree of Master of Science in Engineering, MSc Dornbirn, August 2009 …
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Analysis of Quality Factor and Resonance Frequency Measurements of RFID Transponders Verification and comparison of RFID measurement methods Bachelor Thesis Submitted in Fulfillment of the Degree Bachelor of Science University of Applied Sciences Vorarlberg Carried Out at Omicron Lab Submitted…
Ch. BUESEL Quartz lesson This is for • Teachers in electronics • Electronic Lab exercises Lesson time: 3-4 Hours Prerequisite: Understanding how crystals are described in an equivalent circuit. High school 1st 2nd 3rd 4th Technical School 1st 2nd 3rd 4th University 1st 2nd 3rd 4th Lesson…
Measurements of a REVOX Amplifier A78 MK II 100W Stereo with BODE 100 Bode 100 Settings: Source level: Attenuator CH2: Internal reference -10dBm 40dB A78 MK II Settings: Volume: blue red 6 Left channel Right channel 1.) Tuner Input, Flat frequency response dB 34.5 34.0 33.5 33.0 32.5 32.0…
Application Note Application Note: Determination of the equivalent circuit of a printed coil and matching matching to 50 RFIDfor an RFID-Application Gerhard Kaineder / Erwin Schimbäck www.lcm.at Page 1 of 12 Application Note Table of Contents 1. EXECUTIVE…
White Paper – Practical guide to characterization of piezoceramic components and materials using Bode100 impedance analyzer Study025 Report01 DISCLAIMER TOOsonix A/S makes no warranties with respect to the information set forth in this document or the products to which the information refers.…
Transformer Parameter Extraction Steven M. Sandler, CTO, AEi Systems, LLC Danny Chow, Engineering Scientist, AEi Systems, LLC I t is often the case, in circuits which use a transformer, that the performance of the circuit is significantly dependent on the characteristics of the transformer. This…
In this guide Dr. Tomasz Zawada from TOOsonix explains the most important parameters of piezoceramic components and how to measure them using the Bode 100 Device and systems using piezoelectric components are ubiquitous. One can find them in aerospace and automotive systems (e.g. vibration…
OMICRON Lab was recently allowed to support a very interesting project on a new data interface concept for computer Developing New Possibilities of Human-Computer Interaction with MEMS-Sensors and a Cube-like Display Something we really like here at OMICRON Lab is the fact, that we get in touch…
The Bode 100 is used at the Regensburg University of Applied Sciences to perform several measurements at the system concepts lab Check out the following documents that are guiding through the lab lessons:
Gerhard Kaineder and Erwin Schimbäck from the LCM show how to measure the equivalent circuit parameters of a printed circuit coil for RFID applications. The Bode 100 is used for the determination of equivalent circuit parameters. The Smith-Chart is used to design a matching…
A customer repaired his 30 years old Revox A78 audio Amplifier and documented the performance of the device using the Bode 100 Vector Network Analyzer A customer repaired his 30 years old Revox A78 audio amplifier. Using the Bode 100 Vector Network Analyzer, he documented the performance and…
In this document, Christoph Büsel, a teacher at a technical college in Austria is sharing the preparation for a lesson on Quartz Crystal Equivalent Circuit Modelling with us. The document contains the theory about modelling a quartz crystals and explains practical…
This bachelor thesis focuses on the contactless resonance frequency and q-factor measurement of inductively coupled RFID transponders. Martin Bitschnau wrote his bachelor thesis at the FH Vorarlberg in cooperation with OMICRON Lab in 2016. The thesis investigates the contactless quality…
Lukas Heinzle, Student at the Swiss Federal Institute of Technology uses the Bode 100 to measure the mutual coupling between two cylindrical coils. Optimizing the wireless power link efficiency requires knowledge about the mutual interaction and losses between coupled coils. The mutual…
In this short video, Dr. Ali Shirsavar from Biricha describes the contents of TI's Digital Power Workshop. The video details the workshop content, the equipment used in the lab and what the attendees can expect to learn.
In this short video Dr. Ali Shirsavar from Biricha Digital demonstrates how the frequency response of the plant of a digital power supply can be measured using a network analyzer. The procedure is the same as the one taught in Biricha Digital hands-on digital power design workshops.
In this short video, Dr. Ali Shirsavar from Biricha Digital demonstrates how to open loop frequency response of a digital power supply can be measured using a network analyzer. The procedure is the same as the one taught in our hands on digital power design workshops.
This Article from Tobias Hofer eplains the design of an EMC filter for a switched mode power supply. Nowadays switched mode power supplies are used in nearly every electronic device. The power supplies have to meet high requirements towards high efficiency, low price and low…
This article by Dr. Michael Hallworth and Dr. Ali Shirsavar investigates a microcontroller-based peak current mode control of a Buck converter. The proposed solution uses a discrete-time controller with digital slope compensation implemented using only a single-chip microcontroller. Detailed…
This article by Dr. Ali Shirsavar investigates the implementation of peak current mode control with slope compensation using a single Piccolo A from Texas Instruments. The theory of operation, mathematical modeling and all relevant equations are presented along with a detailed step-by-step design…
This article by Steven M. Sandler describes how the ESR of the output capacitor, required to achieve a desired phase margin can be determined by one simple measurement. Many engineers seem to have trouble with the stability of linear regulators. Given how little stability information is published…
This document deals with the theory of Eddy Current testing and shows that the Bode 100 can be used to measure the impedance of probe coils. Eddy Current Testing is a technique used for the surface inspection of conducting materials. By placing a probe coil close to the surface under test, eddy…
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