In the anti-vibration crystal prices remain high in the market background, Changsha Tianqiong Electronic Technology re-launched industrial-grade DO33A type anti-vibration crystal - the same performance, the price dropped 30%! With a more affordable price for your equipment to provide high-grade anti-vibration protection!

Tianqiong Electronics recently launched the TQSRO-R20 frequency source with internal sapphire oscillator, outputting multiple ultra-low phase noise signals that can provide better performance for R&D measurements.

Recently, the micro-assembly production line of Tianqiong Electronics has successfully completed the installation and trial production, marking an important breakthrough for the company in the industry.

On October 31, Changsha City Science and Technology Innovation Conference was successfully concluded in a warm atmosphere. At the meeting, Changsha City released the top ten scientific and technological achievements transformation projects and top ten technological innovation products for 2022-2024, and the sapphire oscillator independently developed by Skydome Electronics was listed among them.

In precision measurements, phase noise can introduce measurement errors that reduce the precision and accuracy of the system. Due to the presence of phase noise, the phase of the signal changes over time, and this change interferes with the stability of the measurement results, leading to measurement errors.

Crystal oscillator refers to a quartz crystal from a quartz crystal according to a certain azimuthal angle cut off thin slices (referred to as wafers), quartz crystal resonator, referred to as quartz crystals or crystals, crystal vibration; and in the package inside the addition of the IC composition of the oscillator circuit of the crystal element is called a crystal oscillator.

Definition of an Oscillator An oscillator is a device that can convert direct current (DC) power into alternating current (AC) power without the need for an external signal. It includes a process...

Atomic clocks rely on a frequency generated by atomic energy level jumps, and this frequency is subject to error during the checking and locking process, resulting in a less precise but more accurate ...