7M12000007

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are solid materials that exhibit a crystalline structure composed of repeating units, similar abundances and alignments of atoms within each unit. They are also known as lattices in some cases due to their highly ordered nature. Crystals are found in nature as rocks or minerals, although synthetic models are also available for various industrial uses. 7M12000007 was specifically designed for applications in the electronic field, thus making it a semi-conductor in nature.

The 7M12000007 crystal operates using less power and can generate higher frequencies as compared to other crystals in the same field. The 7M12000007 crystal structure enables the crystal to produce very stable oscillation frequencies and features an operation over a wide temperature range. Furthermore, it contains two stator plates, which act as capacitors, and two moving plates, which act as inductors. This dual function allows for a thorough form of resonance that gives way to improved frequency stability across a wide temperature range.

7M12000007 crystal applications are mainly found in resonators, watches, telecommunication systems and various other electronic systems. The crystal is also used as a basis for designing electronic oscillators and filters given its superior frequency stability and temperature characteristics. The crystal\'s unique resonance structure makes its applications even more diverse, including the industrial and commercial sectors that require precise and controlled frequencies.

The working principle of the 7M12000007 crystal operates via an electric field, which is generated through contact of two stator electrodes, one working electrode and an output electrode. This electric field causes the oscillation of an electrical signal, which is then amplified and routed to the output. The process is known as, "piezoelectric effect."

The 7M12000007 crystal is designed and manufactured with a resonant frequency as its principal characteristic. Its use of a highly temperature-stable Oscillator enables the crystal to maintain its precision even over a wide range of temperatures and to resist sudden disturbances like jitter, which makes it highly reliable for applications that require accuracy.

In summary, 7M12000007 crystal is an extensively used crystal in various electronic applications because of its superior characteristics such as small size, reduced power consumption and excellent frequency stability across a wide temperature range. The crystal\'s unique structure allows it to operate under highly stable conditions, which leads to highly reliable performance with regards to accuracy and precision in various electronic systems and industry sectors.

The specific data is subject to PDF, and the above content is for reference