AX7DBF3-122.8800C

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Oscillators have been used for centuries, mainly in militaries, navigation, and communication. However, with the progress of technology, new types of oscillators with more specialized applications have been developed. AX7DBF3-122.8800C is one such type, mass-produced and widely used in many high-tech fields. This article will introduce its application field and working principle.

AX7DBF3-122.8800C is an accurate temperature-compensated oscillator (TCXO) deployed in many serials that require high accuracy and stability, such as satellite systems, air traffic control systems, scientific instruments, communications systems, and navigation systems. It is suitable to be used as a reference frequency of microprocessors and other integrated circuit components, as well as a frequency control in radio and local oscillators. Its wide temperature range and excellent frequency stability properties make it fit for use in a tensile environment.

Also, AX7DBF3-122.8800C possesses a few key features including low phase noise, fast start-up time, low power consumption, excellent frequency stability and small size. These features allow the oscillator to work in a wide temperature range, leading to better and faster performance over other oscillator types. At the same time, AX7DBF3-122.8800Cs also come with built-in lightning protection which indicates its superior compatibility in weaker signal environments. All these features turn AX7DBF3-122.8800C into an excellent and reliable oscillator that is frequently used in the field of aerospace, maritime, and other automation applications.

Now, let us follow this oscillator, step by step, to understand how it works. To put it simply, AX7DBF3-122.8800C has an integrated temperature-controlled quartz crystal oscillator (TCVCXO), a voltage-controlled oscillator (VCO) and an amplifying circuit. The integrated TCVCXO can generate an active state, stable frequency that is adjusted according to the ambient temperature, while the VCO can modulate and shape the output frequency based on the applied voltage. Finally, the amplifying circuit works to increase the signal level so that it can match other system levels.

In conclusion, AX7DBF3-122.8800C is an oscillator developed to provide a reliable and accurate reference frequency and timing signal for a wide range of applications. It has excellent performance characteristics like low phase noise, fast start-up time, and superior frequency stability over wide temperature ranges. It also has built-in lightning protection which offers stronger compatibility in environments with weaker signals. The integrated TCVCXO and VCO, along with the amplifying circuit, form the heart of the oscillator and provide the accurate frequency for the whole system. All these make AX7DBF3-122.8800C an excellent option for many precision timing and control applications.

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