ABDFVCTCXO-12.800MHZ-E-2-CT

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Oscillators are electronic components that generate stable, continuous, and periodic output signals. The ABDFVCTCXO-12.800MHZ-E-2-CT is one example of a crystal oscillator, and its application field and working principle is detailed below.

Application Field

The ABDFVCTCXO-12.800MHZ-E-2-CT crystal oscillator is suited for the transmission and receiving of digital signals. As such, it is commonly used in communication systems between various digital devices, such as networked computers. This oscillator can provide a constant transmission frequency which makes communication systems more efficient and reliable. This oscillator is also used in radio broadcasting, broadcasting television signals, and in radio receivers. In addition, it is used as the clock signal in time division multiple access (TDMA) mobile communication systems.

Working Principle

The ABDFVCTCXO-12.800MHZ-E-2-CT crystal oscillator gets its name from the quartz crystal that is used in its construction. Quartz crystals are miniaturized quartz plates that have been cut from a single quartz crystal. The crystal is made of two parallel plates and a metal plate in the center, which are connected by wires. When an electric voltage is applied to the metal plate, it creates an electric field, which is then amplified by the quartz crystals, to obtain a certain frequency. This frequency is stable and accurate, and provides a very consistent and reliable output signal.

The ABDFVCTCXO-12.800MHZ-E-2-CT crystal oscillator uses a combination of the quartz crystal and the LC-tank circuit to reduce the frequency drift that is incurred due to temperature fluctuations. The LC-tank circuit is an inductor and capacitor combined to form a low-pass filter that dampens the vibration of the crystal, thus preventing any frequency drift.

The ABDFVCTCXO-12.800MHZ-E-2-CT crystal oscillator is a highly reliable, low-noise oscillator, which is capable of providing an accurate and stable transmission signal for a variety of applications. It is found in many communication systems, broadcasting systems, and radio receivers, and is used to provide a constant transmission frequency. This oscillator is also widely used in time division multiple access (TDMA) mobile communication systems, as it can provide a steady and reliable output signal.

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