UniStrong

TimeAcc-007 Integrated Time Measuring Instrument

5 kg
Weight: 5E-10
1s: 5E-11
10s

Original UniStrong unit·Authorized distributor

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Dispatch in 3 to 7 working daysShips in 3–7 days · DDP / CIF / FOB
DDP / CIF / FOB to most countries
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Overview

About the TimeAcc-007

The TimeAcc-007 is an integrated time measuring instrument developed by Shanghai Titan Communication Engineering Co., Ltd. Its primary applications include time accuracy measurement, frequency signal measurement (TIE/MTIE/TDEV, etc.), telecom network transmission latency performance analysis, in-network clock accuracy monitoring, verification and calibration of other clock equipment and timing instruments, network latency measurement, and PDV measurement. The instrument can be equipped with an optional built-in rubidium clock or crystal oscillator. After locking to BeiDou or GPS via an external or internal antenna, it provides time accuracy measurements with a resolution of 0.2 ns and accuracy better than 25 ns. The TimeAcc-007 can also output various time-frequency signals as reference standards, including 1PPS (TTL), DCLS (differential), 1PPM (TTL), DCLS (TTL), IRIG-B (AC), 10MHz, and 1PPS+TOD.

Specifications

TimeAcc-007 is a comprehensive time analyzer developed by Shanghai Titan Communication Engineering Co., Ltd. Its primary applications include time accuracy measurement, frequency signal measurement (TIE/MTIE/TDEV, etc.), telecommunication network transmission delay performance analysis, in-network clock accuracy monitoring, verification and calibration of other clock equipment, verification of other timing instruments, network delay measurement, and PDV measurement. The analyzer can be optionally equipped with a built-in rubidium atomic clock or crystal oscillator. After locking onto BeiDou or GPS via an external or internal antenna, it provides a time accuracy measurement better than 25 ns with a resolution of 0.2 ns. The TimeAcc-007 can also output various time and frequency signals as references for users, such as 1PPS (TTL) / DCLS (differential), 1PPM (TTL) / DCLS (TTL), IRIG-B (AC) / 10MHz / 1PPS+TOD, etc.

The precision of an instrument is often reflected in the designer's choice of interfaces. The unique anti-interference connectors of TimeAcc-007 ensure authentic and reliable measurement results. For network interfaces, SFP can adapt to different field requirements for optical/electrical and 100M/Gigabit connections.

Currently, national metrology institutes and scientific research institutions use the TimeAcc-007 as a reference instrument to measure other clock devices and time-frequency instruments. Key users include the National Institute of Metrology (NIM), National Time Service Center (NTSC), China Telecommunication Technology Labs (CTTL), Metrology Center of the Ministry of Industry and Information Technology, Academy of Broadcasting Science of NRTA, China Mobile Research Institute, China Unicom Research Institute, and China Electric Power Research Institute (CEPRI).

Product Features:

● Trustworthy measurement results! Each instrument is calibrated via common-view traceability before leaving the factory ● High measurement accuracy (5 ns measurement accuracy, 0.2 ns resolution) ● Multiple built-in oscillator options; measurement specifications remain unaffected whether a rubidium clock or crystal oscillator is selected ● Measures various types of time/frequency signals ● Equipped with a "snapshot" function to seamlessly preserve critical data ● Supports real-time recording of measurement data ● Built-in memory stores up to one month of data ● Flexible operation with support for both external antennas and internal antennas for satellite signal reception; a truly portable, high-accuracy comprehensive time analyzer that eliminates the inconvenience of handling and deploying cables ● Multiple reference source options: BeiDou, GPS, 1PPS+10MHz ● Optional measurement signal modules to satisfy various user requirements ● Direct measurement of network asymmetry ● Built-in battery providing 3 to 6 hours of backup operating time ● Cable delay self-calibration and compensation capability, significantly improving measurement accuracy ● Uses SFP interfaces to measure network signals, making it exceptionally convenient to handle different on-site interface requirements ● Supports software upgrades

Specifications