AOCJY2A-40.000MHZ-F-SW

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Oscillators are used to create a repeated signal from an input voltage source. AOCJY2A-40.000MHZ-F-SW is an oscillator that is designed to produce an output signal with a frequency of 40MHz at the center frequency. It has an operating range of 40.000MHz to 40.500MHz, and it is designed for use in the aerospace, telecommunications, and broadcast industries.

The AOCJY2A-40.000MHZ-F-SW is a quartz crystal oscillator that operates using a quartz crystal, a voltage source, and a feedback loop. This oscillator is designed to have adequate shielding to ensure reliable operation, and it is capable of driving a 4.5mA load. The temperature stability of this oscillator is ± 0.25ppm and the operating cryogenic temperature ranges from -45°C to +125°C.

The oscillator works by creating an alternating current (AC) voltage across the quartz crystal that is then fed into a feedback circuit. This feedback circuit amplifies the AC voltage and creates an output signal with a frequency directly proportional to the input voltage. The frequency of the output signal can be adjusted by changing the voltage source or by adjusting the capacitance of the quartz crystal.

The oscillator has two primary application fields, telecommunications and broadcast. In telecommunications, the oscillator is used in base station transceivers, wireless transceivers, network infrastructure, and satellite communications. The oscillator is also used in broadcast applications to produce high-precision frequency signals for radio transmissions and television broadcasts.

The AOCJY2A-40.000MHZ-F-SW is an example of a high-precision quartz crystal oscillator that is designed to provide reliable operation in the aerospace, telecommunications, and broadcast industries. It uses a quartz crystal, a voltage source, and a feedback loop to generate an output signal with a frequency of 40MHz at the center frequency. The temperature stability of this oscillator is ± 0.25ppm and the operating cryogenic temperature ranges from -45°C to +125°C. It is primarily used in telecommunications and broadcast applications.

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