AX7DBF3-77.7600T

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Oscillators refer to a class of electronic components that convert fixed-frequency continuous-power input signals to continuously changing output signals, and usually form the basis for communication systems in almost all high-tech electronic equipment. The AX7DBF3-77.7600T is a type of oscillator that can be used in a variety of different applications that require accurate timing components.

The AX7DBF3-77.7600T is a voltage-controlled quartz crystal oscillator. It operates by converting a fixed frequency input, often referred to as a signal, into a continuously changing output signal. The output frequency, or "crystal frequency", is determined by the crystal within the oscillator. The frequency or clock rate of the output signal is determined by the crystal frequency and can generally be varied by applying an external control voltage.

The AX7DBF3-77.7600T is widely used in application fields such as cellular base stations, navigation systems, microwave communication links, satellites communication systems, optical communication networks, home routers, and broadcast television systems. It is widely used in these applications due to its highly accurate clock rate stability, high accuracy quartz crystal tuning, low aging characteristics, and fast lock time.

The AX7DBF3-77.7600T features a wide-wide range of possible operating frequencies, making it well suited for applications that require precise timing components. It features a frequency range of between 32.768 kHz and 77.7600 MHz and a wide temperature range of -40°C to +85°C. It also features fast lock time and high 2nd harmonic suppression to reduce spurious signals.

The working principle of the AX7DBF3-77.7600T is based on the quartz crystal used inside the oscillator. Quartz crystal oscillators are used to convert a fixed frequency input into a continuously changing output signal. The frequency or clock rate of the output signal is determined by the crystal frequency and can generally be varied by applying an external control voltage.

The quartz crystal is made up of two plates of quartz crystal, which when placed in an alternating electric field develops mechanical stress. This stress causes the crystal to vibrate and generate a voltage. This voltage generates a feedback, which varies the frequency of the electrical oscillations. The frequency of the oscillations can be controlled by varying the voltage or current applied to the crystal.

The AX7DBF3-77.7600T is an ideal choice for applications that require precise timing components. It is capable of providing highly stable and accurate crystal frequencies, fast lock times, and efficient 2nd harmonic suppression. When used in conjunction with an external control voltage, the AX7DBF3-77.7600T is capable of providing highly accurate timing signals that are suitable for a wide range of applications.

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