TICRO 100 IEEE 1588/PTP Time Converter PTP conversion to multiple time codes Integrate non-PTP devices easily into IEEE 1588/PTP infrastructures Freely congurable trigger times Trigger measurements at exactly the same point of time at different locations Programmable time code outputs Freely assign different time codes to coaxial, optocoupler and optical outputs Secure web interface Enjoy computer platform independent control via ber or copper Ethernet High stability internal oscillator Feel safe with guaranteed time accuracy in case of PTP signal loss or network failures Industry hardened design Operate TICRO 100 in industrial environments such as IEC 61850 substations Smart Measurement Solutions®

IEEE 1588/PTP Time Converter Time Conversion TICRO 100 is a Precision Time Protocol (PTP) time converter that allows you to derive a high variety of time codes from IEEE 1588/PTP packages received by Ethernet. This enables you to easily synchronize non-PTP equipment to the PTP Grandmaster of an IEEE 1588/PTP infrastructure. Timestamp Processing Time Code Generation Simply assign the time code or time reference signal required by your device to an optical, coaxial or optocoupler output using TICRO 100’s web interface. Hold Over Functionality Due to its internal high stability oven controlled oscillator...

Use Cases and Applications Make Your Equipment PTP Capable Forget about distributing time codes over separate networks. With TICRO 100, you can generate the required time codes right where you need them – directly at your equipment. Several IRIG-B time codes, DCF 77 and various pulse per second signals ensure the time synchronization of your measurement equipment. Synchronize Measurements With the programmable trigger functionality, you can start measurements at different locations at exactly the same time. Simply program the absolute time of the rst trigger pulse, dene the period of the succeeding...

Technical Data Timing Accuracy • PTP time stamping resolution: 8 ns • Holdover drift in 24 hours at constant temperature, after 48 hours of operation: Standard oscillator with OCXO-100: < 100 µs High precision oscillator with OCXO-25: < 25 µs Timing Protocol • PTP in accordance with IEEE 1588–2008 PTP Proles • IEEE 1588 default proles • IEEE C37.238-2011 “IEEE standard prole for use of IEEE 1588 precision time protocol in power system applications” Network Interfaces • 10 Base-T / 100 Base-TX Ethernet (RJ45) • 100 Base-FX (LC connector, multimode ber, full duplex) • USB 2.0 (Type B) Output Signals...