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Performance Indicators
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Application Industry
The TFD10-5 low-noise frequency divider is an ultra-low phase noise device featuring a built-in high-performance frequency divider and low-noise signal distributor. It provides two outputs, one at 5MHz and one at 1MHz, making it suitable for frequency division of high-stability 10MHz signals, such as those from hydrogen and cesium clocks. Utilizing Beidou Bangtai standard packaging and interfaces, it supports a variety of mounting methods and is suitable for applications requiring extremely high signal quality, such as radar, communications, metrology and calibration, astronomy, electronic countermeasures, and aerospace measurement and control.
The TSA500 Time Synchronization Analyzer is a portable test terminal that integrates high-precision time code testing, frequency stability measurement, clock source analysis, and time-frequency signal output. Complying with international and domestic standards such as ITU-I, IEEE, and EIA, it is widely applicable to time-frequency signal testing scenarios in communications, power generation, rail transit, national defense, research institutes, and measurement units. Its high reliability and professionalism make it an ideal test tool for a variety of time-frequency applications.
The TN5026 signal analyzer is a professional instrument used to evaluate atomic clocks and high-performance crystal oscillators. It measures key indicators such as frequency stability and phase noise, and supports data observation and storage. It is suitable for measurement, scientific research, crystal manufacturing, and universities.
The FT91 is a frequency comparator designed specifically for high-performance atomic clock testing. It supports arbitrary frequency measurements from 1–30 MHz, with an additional stability of up to 1.2 × 10⁻¹³ at 10 MHz. Its built-in special clock ensures accurate measurements under frequency deviation conditions. It is widely used in metrology, scientific research, crystal manufacturing, and other time- and frequency-related applications.
T7905 SNTP time server supports NTP and SNTP network synchronization protocols, and is a high-precision, high-capacity, high-security clock product. The hardware of the device adopts redundant architecture design, and the high-precision clock comes directly from the atomic clocks of each satellite in the GNSS system, and tames the local clock source through signal analysis to realize the function of keeping the local clock accurately after the loss of satellite signals. The software of the device adopts a variety of anti-jamming detection and identification algorithms of BDSTAR TIME to detect signal anomalies caused by interference and malicious attacks on satellite signals. Unique embedded hardware design, high-efficiency Linux operating system, flexible expansion of a variety of clock signal output.
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