AOCJY3B-26.000MHZ-F-SW

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Oscillators - AOCJY3B-26.000MHZ-F-SW Application Field and Working Principle

There are many oscillator types, such as crystal oscillators, electromechanical oscillators, and electronic tuning oscillators (ETO). The AOCJY3B-26.000MHZ-F-SW oscillator is a miniature surface mount ceramic oscillator designed for high performance applications. It uses a novel structural design which allows it to operate under a wide range of environmental conditions.

The main features of AOCJY3B-26.000MHZ-F-SW oscillators make them ideal for applications such as automotive, aerospace, and industrial control systems. Their frequency frequency tolerance can be as low as ±25 ppm, and the frequency stability is up to ±50 ppm over a wide temperature range of -40°C to 120°C. In addition, they can operate at low voltage levels, and consume very low power.

The AOCJY3B-26.000MHZ-F-SW oscillator is designed to use a ceramic resonator as its resonant element. The resonator is a thin piece of ceramic material with two electrodes connected to it. The ceramic resonator resonates at a specific frequency, and the oscillator circuit drives the resonator at its resonant frequency. The oscillator uses a negative-resistance feedback circuit to maintain a stable output frequency.

The AOCJY3B-26.000MHZ-F-SW oscillator is often used in a wide range of applications due to its accurate frequency, small size, and low power consumption. Some applications include frequency synthesis, frequency control in computer peripherals, clock frequency generation in cellular communication systems, test and measurement equipment, and timing control in electronic watches and calculators. This type of oscillator is also used in timing and synchronization systems such as GPS systems and local area networks.

In summary, the AOCJY3B-26.000MHZ-F-SW oscillator is a small, low-power ceramic oscillator that is ideal for high performance applications due to its accurate frequency, small size, and low power consumption. It is used in a wide range of applications, from automotive and aerospace to industrial control and timing control.

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