FA-365 19.6608MB-G3

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Crystals can be found in almost every aspect of our current world - including TV, radio, phones, computers, and satellites. One of the most advanced crystals used today is the FA-365 19.6608MB-G3. This crystal is commonly used for high-precision frequency control applications, amplifiers, telecom systems, video processing and other high-end audio and video applications.

FA-365 19.6608MB-G3 is designed to meet stringent requirements of precision frequency control applications. It is manufactured using a specialized low-voltage process, making it ideal for low-power applications. This crystal also features low phase noise and tight temperature drift, allowing for more accurate frequency control. It has an extremely wide operating temperature range from -40℃ to +185℃ and can withstand over voltage and under voltage conditions.

The working principle of the FA-365 19.6608MB-G3 is based on the oscillation of acoustic waves in the crystal. This crystal is made of quartz, which is a natural mineral. Quartz crystals have the ability to vibrate when electric current passes through them. The frequency of the vibration depends on the shape of the crystal and the size of the quartz crystal, which is known as the cut. The frequency of the FA-365 19.6608MB-G3 crystal is 19.6608 MHz.

The FA-365 19.6608MB-G3 crystal is used in various applications such as telecom, high-end audio, GPS, radar and many more. In telecom, the crystal is often used for synchronization of multiple pieces of equipment over a wide area network. In GPS, it is used for accurate timing of the location tracking signal. The crystal is also used in high-end audio systems to ensure a clean and precise signal. In radar applications, the crystal is used for frequency modulation for accurate signal transmission.

Due to its wide range of applications, the FA-365 19.6608MB-G3 crystal is considered to be one of the most versatile crystals used in modern electronics. Its low voltage and wide temperature range makes it ideal for low power and high-performance applications. Its high frequency, wide frequency control and low phase noise makes it ideal for precision frequency control applications. This crystal is commonly used in telecom systems, video processing and precision frequency applications in many other high-end electronics.

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