AX7PAF1-819.2000C

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Oscillators

An oscillator is an electronic circuit that creates a repeating voltage signal. This signal can be used as a reference source or in communication circuits, radio receivers and transmitters, timing devices, and digital computers. Oscillators can be sub-categorized into a variety of types, including quartz crystal, temperature compensated, voltage controlled, and phase-locked loop oscillators, each with their own advantages and disadvantages. The AX7PAF1-819.2000C oscillator is a temperature compensated oscillator that offers precise, low-jitter performance in a range of applications.

The AX7PAF1-819.2000C oscillator is based on a low temperature coefficient Frequency Control Oscillator (FCO) design, which provides improved stability and jitter performance in varying temperature environments. The FCO uses an external quartz crystal to establish the core frequency of the signal, and a pair of precision components for temperature compensation and fine frequency adjustment. This design minimizes the frequency shift associated with temperature variations, and also reduces the phase noise of the device. The oscillator also features an integrated voltage regulator, which helps to maintain a consistent output over a wide input voltage range.

The AX7PAF1-819.2000C oscillator has a wide range of applications. It is suitable for many communication and timing systems that require precise and reliable performance in difficult conditions. The oscillator is often used in wireless radio applications, such as satellite radio, GSM base stations, Wi-Fi, and Bluetooth. It is also used in automotive systems, navigation systems, and timing control systems. In addition, the oscillator is ideal for use in medical and industrial equipment, where temperature-compensated and low-phase noise performance is essential.

The AX7PAF1-819.2000C oscillator can be programmed to output a specific frequency range and amplitude. The frequency is controlled by an external quartz crystal, and the amplitude is adjustable via an internal potentiometer. The oscillator can also be configured to run in either a continuous or burst mode. In continuous mode, the oscillator produces a continuous output signal. In burst mode, the oscillator will output a burst signal after a set amount of time. This is useful for communication systems, where a control signal needs to be transmitted at specific intervals.

The AX7PAF1-819.2000C oscillator is a reliable and versatile solution for many communication and timing systems. The oscillator\'s low temperature coefficient design provides precise and consistent performance in a variety of different temperature environments. Its programmable frequency range and adjustable amplitude make it suitable for a wide range of applications. The oscillator can operate either continuously or in burst mode, making it ideal for controlling signal transmission and reception.

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