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Software Uninstall Information In the event that you wish to uninstall, all OMICRON Lab software can be removed completely by using Window's Control Panel Add/Remove Programs (Programs and Features) applet. Click Start > Control Panel > Programs and Features > Uninstall Program All…
Download Terms and Conditions By downloading and installing the software from OMICRON Lab, you agree to the following general terms and conditions. If you do not agree with these terms and conditions, do not download the software. Note: Any terms and conditions accompanying the end user license…
TICRO 100 - Technical Data PTP conversion to multiple time codes Integrate non-PTP devices easily into IEEE 1588/PTP infrastructures Programmable time code outputs Freely assign different time codes to coaxial, optical and optocoupler outputs High stability internal oscillator Feel safe…
Remark: The open source code used for this firmware image can be obtained by downloading the complete TICRO 100 software package. TICRO 100 Phyton Example TICRO 100 Visual Basic Example TICRO 100 Csharp Example API Description User Manual TICRO 100 Firmware Quick Start Guide TICRO 100 Software…
General System Requirements Operating system: Windows 7 SP1, 8, 10 or higher; 32-bit and 64-bit CPU: Current Intel or AMD CPU RAM min. 2 GB Interface USB 2.0 or higher AC Power Supply For safety reasons only use…
The Frequency Domain Spectroscopy (FDS) allows fast measurements at high frequencies but requires long measurement times at lower frequencies. Due to the FDS frequency range from 5 µHz to 5 kHz and its high voltage output range up to 200 Vpeak, the SPECTANO 100 is ideally suited to analyze…
Note: This cable is included in the SPECTANO 100 standard package. Technical data  Operating voltage: 100 mV to 600 V Operating temperature: -55 °C to +250 °C Length: 1.5 m Material: PTFE, 50 Ω, low noise triaxial cable …
V1.5 (2018-05-29) Automation Interface The SAS V1.5 comes with an Automation Interface (API) that allows you to easily integrate the SPECTANO 100 into automated setups or customized software tools. You can access the SPECTANO 100 from MATLAB, LabVIEW, C# or Excel and more. Use the Automation…
On the lighter side of life We hope you enjoy the following RF Geek jokes below. If you have funny RF jokes to share with our Internet community, please send them to info@omicron-lab.com Jokes Season Greeting Cards
ClampMan ClampMan is a perfect solution for fixing PCBs of various shapes and formats in a high variety of different ways.  Due to its flexible design it is possible to perfectly position each PCB for tasks such as measuring, soldering or thermal imaging. ClampMan was especially designed…
If you are interested in a free copy of QuickFil, please send us an e-mail and we will send you the installation file and installation instructions. Please be aware that QuickFil was developed for DOS environments and therefore requires special handling to be run on modern Windows operating…
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Newsletter Registration Salutation Mr. Ms. Name (First Name / Last Name) Email Product Interest Vector Network Analysis Power Supply Analysis Impedance Analysis Automated Measurements Precision Timing (IEEE 1588) …
The new Automation Interface 3.X brings several advantages to you: Compatibility with the new Bode 100 Hardware-Revision 2 Use the predefined measurement modes of Bode Analyzer Suite Control more than one Bode 100 from one PC Perform faster measurements (especially single-point…
The Bode 100 system (OL000100) includes: Bode 100 Vector Network Analyzer Bode Analyzer Suite software Printed Quick Start Guide (English) Wide range power supply (with international plug adapters) USB cable 4 x BNC cable 50 Ω (m-m) 1 x BNC T adapter (f-f-f) 1 x BNC straight…
DC supply voltage +28V DC supply reverse voltage (device doesn't work) -28V Maximum input signal at CH1 or CH2 (low impedance, 50 Ohm) 1 W (= 7 VRMS) Maximum AC input signal at CH1 or CH2 (high impedance, 1 MOhm) 50 VRMS 1 Hz…
OMICRON Lab OMICRON electronics GmbH Oberes Ried 1 6833 Klaus Austria Phone: +43 59495 Fax: +43 59495 9999 UID-Nr. ATU36297501 Commercial Register Feldkirch FN 34227i
Quick Start Guide User Manual Remark The open source code used for this firmware image can be obtained by downloading the complete OTMC 100 software package. This page lists the evolution of the OTMC 100 firmware from 2012 until now: Firmware 1.11 (2016-07) New feature: PTP profile IEC/IEEE…
TICRO 100 API example for Python TICRO 100 API example for Visual Basic TICRO 100 API example for C# Remark The open source code used for this firmware image can be obtained by downloading the complete TICRO 100 software package. Product Brochure User Manual This page lists the evolution of the…
Register your Bode 100 Thank you very much for purchasing the Bode 100! To ensure that we can provide you the expected support, it's important for us to know who is working with the Bode 100. That's why we kindly ask you to fill in the data of the main user. To thank you for your…
IMPLEMENTATION AND TRANSITION CONCEPTS FOR IEEE 1588 PRECISION TIMING IN IEC 61850 SUBSTATION ENVIRONMENTS B. Baumgartner, C. Riesch, M. Rudigier OMICRON electronics GmbH, Klaus, Austria; bernhard.baumgartner@omicron.at ABSTRACT therefore suitable to be used for all timing applications in power…
Take the chance to join us for a great day packed with lectures, practical examples and demonstrations by international power supply experts. On the evening prior the symposium you are invited to join our "Open Lab" after work measuring event. Open Lab: Wednesday, April 25th, 15:00 -…
In this Video it is shown, how to use the optocoupler output (Output 3) of the PTP time converter TICRO 100. The optocoupler output is needed, when a non PTP Equipment requires a signal level higher than 5V. In this example the generation of a Pulse Per Minute (PPM) Signal with a voltage level of…
The video shows how the Precision Time Protocol (PTP) according IEEE 1588-2008 can be converted into conventional time codes like IRIG-B, DCF77 and PPX Pulses using the PTP time converter TICRO 100. The TICRO 100 offers an easy way to integrate non-PTP capable devices into IEEE 1588…
In this video it is shown how non-PTP capable protection relays can be integrated into IEEE 1588 time synchronization infrastructures using the PTP time converter TICRO 100.
Precise time synchronization of protection relays, synchrophasors and other IEDs in the electric power industry is essential for assured power availability. With the Precision Time Protocol (PTP) in accordance to IEEE 1588-2008 it is now possible to precisely synchronize such devices via Ethernet.…
In this video we explain why it is very important to measure insulation materials over a wide frequency range instead of just measuring tan delta at main frequency. Further on, information on the two measurement methods - the Frequency Domain (FDS) and the Time Domain (PDC) spectroscopy - offered…
In this video we provide a short introduction to the SPECTANO 100 Dielectric Material Analyzer and its applications. SPECTANO 100 is a versatile solution for the fast analysis of all dielectric properties of solid and liquid insulating materials from 5 µHz to 5 kHz. It combines measurements in the…
Learn how the ESR of a capacitor behaves over frequency. In this video we use Bode 100 and B-WIC to measure the ESR of an aluminum and a film capacitor.
Learn how to use the Bode 100 to contactless measure the resonance frequency and Q-factor of an RFID transponder.
With the Bode 100 you can measure S-Parameters as well as the Voltage Transfer Function of a DUT. Check out this video to learn more.
Bode 100 is the perfect instrument to measure the control loop stability of power supplies. Check out this video to learn more.
BAS 3 comes with many new features. Check out this video to learn more about them.
Bode 100 - Application Note Operational Amplifier - Closed Loop Gain Measurement By Tobias Schuster © 2018 by OMICRON Lab – V1.00 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Measurement Solutions® Bode 100 - Application Note…
Bode 100 - Application Note Operational Amplifier - Open Loop Gain Measurement By Tobias Schuster © 2018 by OMICRON Lab – V1.1 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Measurement Solutions® Bode 100 - Application Note…
Machine vision-, high speed camera- and industrial automation applications require an accurate time synchronization. The video shows how the Precision Time Protocol (PTP) according IEEE 1588-2008 can be used to synchronize cameras for such applications. PTP capable devices can be synchronized with…
This video starts with a comparison between the Network Time Protocol (NTP) and the Precision Time Protocol (PTP) according to IEEE 1588-2008. Further on it describes, how the antenna-integrated PTP Grandmaster Clock OTMC 100 can be used as an NTP server and PTP server at the same time.
The Budapest University of Technology and Economics (BME) uses the antenna-integrated PTP Grandmaster Clock OTMC 100i for several scientific research applications. In the provided report a provides a detailed evaluation of the OTMC 100i Grandmaster Clock and its applications at the BME's…
A huge number of electrical protection relays is installed worldwide. But the time synchronization of these devices can be improved a lot. By synchronizing them to a trustable time source, the analysing of event recordings becomes a lot easier for the protection engineer.  This paper shows,…
With the release of the IEC 61850-9-3 “Power Utility Profile” in the middle of 2015, the precision time protocol (PTP) defined in IEEE 1588-2008 became officially an integral part of the 61850 world. But what does this mean for the planning of future substation environments? Will 9-3 replace the…
A lot of IEDs (Intelligent Electronic Devices) installed around the world are not supporting modern time synchronization with IEEE 1588. TICRO 100 is used to integrate such devices into IEEE1588/PTPv2 time synchronization infrastructures. This Application Note shows how to integrate non PTP…
At the latest, when the reasons for power failures or black outs in which more than one power utility is involved must be analysed, the importance of accurate and precise time stamps of events becomes visible. Experiences from the past show, that aligning data from different utilities can often…
Time Synchronization of Power Protection Devices at the Chemistry Park Knapsack Hürth near Cologne, Germany An easy and fast method of retrofitting power protection devices to a reliable time source. To keep an electric power distribution network in operation, power utility companies have to…
IEC 61850-9-3 Will simplicity supersede complexity? Bernhard Baumgartner, Christian Riesch, Wolfgang Schenk OMICRON electronics GmbH bernhard.baumgartner@omicron-lab.com Austria Abstract With the release of the IEC 61850-9-3 “Power Utility Profile” in the middle of 2015 the precision time protocol…
TICRO 100 - Application Note Time Synchronization of protection relays to IEEE 1588/PTP By Wolfgang Schenk © 2014 by OMICRON Lab – V1.00 Visit www.omicron-lab.com for more information. Contact support@omicron-lab.com for technical support. Smart Timing Solutions TICRO 100 - Application Note…
Research Report on the Application of Omicron Lab's OTMC 100i Antenna-integrated PTP Grandmaster Clock at BME-MIT Author: Tamás Kovácsházy, PhD, BME-MIT 07/08/2015 The Department of Measurement and Information Systems of Budapest University of Technology and Economics (BME-MIT) has been involved in…
In this application note we inform you about general requirements to perform accurate dielectric material analysis.  Further on, the characteristics of an optimized measurement setup are outlined. To learn more about accurate dielectric material measurements, please download this application…
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