ABDFTCXO-12.800MHZ-E-2-T5

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Oscillators play an important role in fields such as communications, timing circuits, and instrumentation. Oscillators are widely used in radiofrequency (RF) circuit design, with frequency ranges ranging from DC to 20 GHz. These oscillators, in the form of an electromagnetic device, convert a low frequency input voltage into an alternating current signal. The ABDFTCXO-12.800MHZ-E-2-T5 is one such oscillator.
The ABDFTCXO-12.800MHZ-E-2-T5 application field is mostly utilized in aerospace and military applications. It offers excellent temperature stability and eliminates frequency variations that are commonly seen in other types of oscillators. This type of oscillator is most efficiently used for frequency or timing requirements, or for voltage input sources. Additionally, this oscillator offers improved performance for applications which require exact frequency stability irrespective of temperature variations.
The working principle of the ABDFTCXO-12.800MHZ-E-2-T5 oscillator is based on two principal parts: a crystal oscillator and an amplitude control (amplifier). The crystal oscillator consists of a quartz crystal wrapped in metal foil and attached to two electrodes. The quartz crystal vibrates at a frequency determined by its dimensions. The positive and negative electricity input and output from the electrodes cause the quartz crystal to vibrate at its resonant frequency. The amplifier, on the other hand, controls the amplitude of the output signal. It is a electronically adjustable amplifier which can be adjusted to set the output voltage to desired levels. The output frequency and output amplitude of the ABDFTCXO-12.800MHZ-E-2-T5 oscillator are determined by the design of the quartz crystal and the adjustment of the amplifier.
The ABDFTCXO-12.800MHZ-E-2-T5 oscillator has other features as well. It includes an internal phase-locked loop (PLL) circuitry that allows for better frequency stability, and a low distortion output that is ideal for precision frequency control or timing applications. Additionally, the oscillator features temperature compensation for better long-term stability, as well as extremely low noise performance. This makes the oscillator ideal for applications where high precision and low noise are required.
Overall, the ABDFTCXO-12.800MHZ-E-2-T5 oscillator is a highly reliable, high-performance device that provides precise frequency control and timing in a variety of applications, including aerospace and military applications. The oscillator provides excellent temperature stability, eliminating frequency variations and offering improved performance for applications which require exact frequency stability irrespective of temperature variation. The oscillator also offers features such as low distortion output, internal phase-locked loop circuitry, and temperature compensation for improved long-term stability and low noise performance. This makes it one of the best oscillators on the market for precision frequency and timing applications.

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