AA-12.288MAGV-T Crystals, Oscillators, Resonators

Crystals are essential components in numerous electronic systems. From communications to computing and industrial controllers, they enable a variety of devices to work full efficiency and accuracy. AA-12.288MAGV-T is a crystal oscillator, developed by Bliley Technologies, specifically designed for demanding 16.384MHz clock or frequency requirements. The combination of high performance, superior design, and exclusive technologies makes it the perfect choice for high-performance applications.

The AA-12.288MAGV-T is a frequency synthesizer of CMOS technology, with a parallel tuning capability. It scores excellent on temperature and frequency stability, with ±5 PPM stability (±5 PPM tolerance). It has the ability to generate signals of up to 200 MHz, with low current drain, low cost and high reliability.

This crystal oscillator is designed for use in communications, broadcast audio systems, frequency synthesizers, waveform generators, modulators, medical systems, industrial regulators, frequency dividers, ADCs and DACs. Its large tuning range and excellent temperature stability make it ideal for digital communications and broadcast audio applications.

When it comes to the working principle behind the AA-12.288MAGV-T, there are three major elements to consider. First, the crystal quartz element has piezoelectric characteristics: an electric field applied to the quartz will cause a mechanical deformation that results in a frequency change.second, the quartz is surrounded by electrodes. These are made of metal; the rate at which the quartz deforms when an electric field is applied is related to the surface area of the electrodes. The larger the electrode area, the higher the resonance frequency. And lastly, the resonator is connected to an amplifier, which helps to maintain the stability of the frequency generated.

The AA-12.288MAGV-T has a frequency range of 128 to 192 KHz and a maximum frequency of 200 MHz. It also features a wide operating temperature range, from -40°C to +85°C and can also operate in -105°C to +105°C environments. The oscillator has a low power consumption of 3.2 mA@3.3v, with a typical standby current of 0.1mA.

In conclusion, the AA-12.288MAGV-T crystal oscillator from Bliley Technologies is a perfect solution for applications requiring high performance and accuracy. Its outstanding frequency stability and wide operating temperature range make it ideal for digital communications, broadcast audio and frequency synthesizers. Moreover, its low current consumption and low cost make it the top choice for high-performance applications.