NA-10M-6822

NA-10M-6822 is a crystal oscillator that works based on a special molecular structure, and its output signal is transmitted through an integrated circuit chip that can be adjusted with a simple circuit. This amazing oscillator has an ultra-wide frequency range from 1MHz to 68MHz, making it extremely versatile. Furthermore, it is easy to use as it requires no tuning components to get started.

Within the oscillators, NA-10M-6822 plays an important role in the maintenance of signal synchronization between the sending and receiving of data. Its high frequency is essential for data transmission of medical products, network communication, satellite earth station, microwave communication, etc.

NA-10M-6822 works based on piezoelectric-effect and electrostrictive-effect. This physical effect occurs in a sequence as follows: the output voltage of the oscillator, caused by the piezoelectric-effect, increases the capacitance, so the voltage and electric current, which affects the piezoelectric material, increases under electrostrictive-effect and further creates inversion of electric polarization. This cyclic effect can be repeated innumerable amount of times, creating a stable oscillation.

The structure of NA-10M-6822 oscillator is usually built with a precision-machined housing which will hold the quartz chips solidly. A team of well-trained technicians who build the oscillators are responsible for connecting the quartz chips on the circuit and locking them in the precision-machined housing.

NA-10M-6822 has several advantages that makes it even more desirable. For one, it is extremely compact and lightweight due to its complex construction and lack of excessive amounts of additional components. This makes it ideal for applications with limited space. Moreover, it can operate at extremely low current and power consumption, thus consuming very little energy. Finally, its high stability and precise frequency make it appropriate for precision measuring devices.

NA-10M-6822 crystal oscillators provide great reliability for a wide range of tasks. Its versatile capabilities makes it suitable for applications with quite different requirements. The unique way in which it works, like the principles of piezoelectric and electrostrictive effects, make it an essential component for engineers.