ZTT-3.68MG

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ZTT-3.68MG is a High Frequency Series of Quartz Crystal Resonators, which has been widely used in the communications and network industry for its reliable performance and wide range of applications. The ZTT-3.68MG features a low noise and low distortion Q factor, providing optimum performance for demanding applications in a variety of tasks.

This quartz resonator is designed with a strong ability to filter and shape the signal, thus eliminating potential interference from external noise sources. It exhibits excellent temperature stability, overall small size and low cost, thus making it a very attractive device for various applications in the communications and network industry.

With its high-frequency characteristics and low-cost advantage, ZTT-3.68MG can be widely used in a variety of applications, greatly improving the performance of RF designs. In general, the ZTT-3.68MG is used in all kinds of devices and systems, including, but not limited to, wireless communication systems, base station equipment, LTE/5G wireless systems, mobile phones, satellite navigation components, and automotive electronics. Due to its many advantages and low cost, it is also suitable for use in other applications like streaming audio and data, wifi, radar, and more.

A quartz resonator is an electronic component consisting of two quartz crystal plates joined in the form of an L-shaped capacitor. It produces an oscillation when an alternating current is passed through the plates, which is then converted into a radio frequency signal. This type of quartz resonator works based on the piezoelectric effect, which is the ability of quartz to generate voltage when mechanical stress is applied to it. The frequency of the generated signal is determined by the size of the quartz plates and the specific arrangement of the electrodes that control the mechanical stress applied to the crystal plates.

In the ZTT-3.68MG, the plates are subject to an alternating mechanical stress produced by the alternating current flowing through the electrodes. This mechanical stress causes the plates to vibrate and as a result produces a steady oscillation frequency dependent on the size of the crystal. The frequency of this oscillation is determined by the size of the plates and the arrangement of the metal electrodes used to control the mechanical stress. The oscillation is then converted into the required radio frequency signal.

The ZTT-3.68MG offers a low-cost and reliable means for producing high-frequency radio frequency signals for use in a variety of different applications. In addition, it is small and easily integrated into existing systems. Its design makes it well-suited to a range of different applications, from mobile phones and wireless systems to satellite navigation and automotive electronics. By providing an oscillating signal at a consistent frequency, the ZTT-3.68MG is able to reliably and accurately filter and shape the desired signal, making it a great choice for many wireless applications.

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