FA-128 19.2000MF10Z-W0

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Crystals are the basis of some of the most cutting-edge technology. They are used in a variety of different ways, including frequencies, stabilities, optics, and even communications. FA-128 19.2000MF10Z-W0 is a crystal oscillator with a variety of applications and a specific working principle.

The FA-128 19.2000MF10Z-W0 crystal has a variety of applications. It is designed for the operation of infrared remote control systems, digital broadband modems, satellite communication systems, and telemetric systems. It is also used in cellular phones, computer networks, digital and analog audio systems, GPS receivers, digital TV tuners, and a variety of other electronic systems. It can also provide excellent wireless audio quality for conferences, seminars, and other audio recordings.

The FA-128 19.2000MF10Z-W0 crystal is designed for operation between 19.2000 MHz and 10 MHz. It has an integrated 16.000MHz low-pass filter which helps reduce frequency cross-talk and improve signal clarity. The crystal has an excellent jitter performance with a maximum phase noise of -103dBc/Hz. It also offers a low start-up current of 8mA and a low power consumption of 35mA. The crystal is also able to operate at up to -40°C to --85°C temperatures, making it ideal for use in harsh environments.

The primary working principle of the FA-128 19.2000MF10Z-W0 crystal is based on piezoelectricity. Piezoelectricity is the ability of certain crystals to produce a voltage when subjected to mechanical stress. The FA-128 19.2000MF10Z-W0 crystal is composed of quartz, which is a crystalline material that has piezoelectric properties. When a voltage is applied to the crystal, it causes it to oscillate. These oscillations can be controlled and tuned to a specific frequency, which allows the crystal to be used for a variety of purposes.

The FA-128 19.2000MF10Z-W0 crystal is an excellent choice for many applications. Its low power consumption and wide temperature range make it well-suited for use in demanding environments. Its low jitter performance and excellent signal clarity make it ideal for use in audio systems. Furthermore, its piezoelectric working principle makes it versatile and highly efficient in many different applications. For these reasons, this type of crystal is an invaluable tool for many products and systems.

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