Just connect it to your measuring device. Lightweight, fast, and accurate! A palm-sized "atomic clock."
The TB-1 is a GNSS reference signal generator designed for maintenance sites of wireless systems and research and development environments. It is equipped with a high-precision OCXO. Despite its palm-sized compact design, it meets the needs for time synchronization and frequency measurement in digital broadcasting, 5G, and V2X development with a 1 pulse per second (1PPS) synchronized to UTC and an accurate 10MHz output.
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basic information
【Features】 ■ Outputs a highly stable frequency (10 MHz) and an accurate time pulse (1PPS) synchronized with UTC ■ Quick startup of about 5 minutes after power ON (in normal mode) ■ Usable in various locations such as urban areas and by windows ■ Countermeasures against typical obstacles when synchronizing time with GNSS, such as multipath, jamming, and spoofing ■ Compatible with Android apps ■ Powered via USB *For more details, please refer to the PDF document or feel free to contact us.
Price range
P3
Delivery Time
Applications/Examples of results
■Delay measurement in the field Heavy and difficult-to-handle atomic clocks are not needed for measuring synchronization delays of mobile base stations. Quick startup is possible, significantly improving on-site work efficiency. ■Reference for frequency measurement The frequency output by the TB-1 has stability comparable to that of atomic oscillators. It can be used for frequency checks of rubidium oscillators used at terrestrial digital broadcasting transmission stations and as a reference signal in field reception surveys. ■Measurement during high-speed movement The TB-1 can be used while driving in a car. It is suitable for frequency and delay measurements in V2X development sites, as well as for synchronizing multiple sensors to UTC. It can be installed in compact and narrow spaces. ■Stationary use in the lab Not limited to outdoor sites, it can be utilized in a wide range of applications, such as development facilities for wireless equipment. By simply placing a GNSS antenna by the window, you can easily obtain a UTC-synchronized 1-second pulse (1PPS).
Detailed information
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Can be used as an external reference for measuring instruments.
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Fullno contributes to safe and efficient navigation, sustainable resource management in fisheries, safe and secure healthcare, and the realization of a safe and comfortable society, leveraging core technologies in sensing, information processing, and information communication.