AB-8.000MHZ-N2

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Crystals, such as AB-8.000MHZ-N2, are commonly used in miniature electronic components, such as watches and cellphones, for providing accurate timing people in the fields of telecommunications, computing, and medical instruments. This type of crystal is often referred to as an oscillator crystal.
Crystal oscillators contain a quartz crystal and an electronic circuit, typically consisting of an amplifier or tuning network. The use of quartz crystal in timekeeping is perhaps the most accurate way to maintain time. Oscillator quartz crystals have a piezoelectric property that allows them to be driven at their fundamental frequency of resonance with an electric signal. When voltage is applied to the crystal, the accelerating and decelerating electric field produces mechanical strain, which causes the crystal to vibrate. The opposite reaction takes place when the mechanical force is applied to the quartz crystal: a voltage is generated.
This mechanical excitation force is transmitted through the crystal to the electrodes, which are then amplified and then converted back into an alternating current that is equal to the driving frequency. This current is then compared to the drive voltage to produce an output that has a frequency stability of less than ±50 parts per million (ppm). The output of the oscillator can be used in digital or analogue electronics, to drive servo motors, to synchronize communication networks, or to measure time intervals.
The AB-8.000MHZ-N2 crystal oscillator can operate between 8 MHz to 8.2 MHz, with a low output at low frequencies (typically less than 10 mV). It is suitable for clock oscillators, data transceivers, and radio frequency transmitter applications. The crystal\'s mechanical parameters, such as the load capacitance and equivalent series resistance, can be adjusted to suit individual applications. It is constructed from high-grade materials and built with special coating to improve power performance, making it a suitable choice for critical systems.
As an oscillator, AB-8.000MHZ-N2 works by utilising the piezoelectric properties of quartz. Quartz has a symmetry which causes it to vibrate at a specific frequency when an electric field is applied. The frequency of the vibration is determined by the size and shape of the quartz crystal, and the response of the material to external mechanical and electrical stress. The frequency of vibration is maintained by capacitors and inductors, connected in parallel to the crystal and tuned to the same frequency. The oscillation is maintained by the positive feedback that is produced. The frequency of the quartz oscillator is usually stated as the resonant or fundamental frequency.
In summary, AB-8.000MHZ-N2 crystal is an essential component in many electronics applications, as it provides a very reliable and accurate radio frequency signal to maintain time. It can be used in a variety of applications, from telecommunications to medical instruments, as well as for driving servo motors, synchronising communication networks and measuring time intervals. The crystal\'s low output voltage allows for added flexibility in designing oscillator circuits, and its high-grade construction ensures a reliable signal for long-term use.

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