Tianqiong Electronics recently launched TQSRO-R20 frequency source, internal sapphire oscillator, output multiple ultra-low phase noise signals, which can provide better performance for R&D measurement. The form factor is 365*451*111mm, for desktop instrumentation, and the output frequency point supports customization.

1、Product Features

●Leading ultra-low phase noise, thermostatic oscillator, sapphire resonator

●Output frequency: 10GHz/5GHz/100MHz

●Customizable frequency range: 4G~18GHz

●Excellent phase noise index:

<-70dBc/Hz@10Hz;

<-100dBc/Hz@100Hz;

<-130dBc/Hz@1kHz ;

<-148dBc/Hz@10kHz;

<-153dBc/Hz@100kHz.

<165dBc/Hz@1MHz.

2、Product Performance

3、Application Scenario

Ultra-low phase noise sapphire frequency source has a wide range of applications in the field of instrumentation, metrology and testing, radar and telecommunication, etc. Its high accuracy, high stability and ultra-low phase noise characteristics make it an indispensable high-performance frequency reference source in these fields. With the continuous development of technology, the performance of ultra-low phase noise sapphire frequency sources will be further improved to provide higher quality frequency references for more fields.

About Tianqiong

Changsha Tianqiong Electronic Technology Company is a professional manufacturer of time and frequency products, dedicated to “providing accurate scales for perceiving the world”, “SHUTAI” is a registered trademark owned by the company. The company focuses on the leading time-frequency reference technology, providing time-frequency reference for high-precision physical measurements, wireless detection and broadband communications. The company has developed the first engineered ultra-stable sapphire clock in China, and is one of the few companies in China that can not only master the technology of high-performance crystal oscillators, but also put forward a full set of highly stable signal generation solutions in vibration environments according to the application scenarios and customer needs.