AOCJY3B-38.880MHZ-F-SW

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Oscillators: AOCJY3B-38.880MHZ-F-SW Application Field and Working Principle

Oscillators are devices that create an alternating current (AC) waveform out of a direct current (DC) waveform. They are widely used in a variety of applications, ranging from communications to instrumentation.

AOCJY3B-38.880MHZ-F-SW oscillators are highly precise, low power oscillators that operate at 38.880 MHZ. They are used in a variety of applications, including radio communications, television broadcast, satellite transmission, and instrumentation. The primary function of an oscillator is to maintain a stable frequency output in order to ensure accurate data transmission.

The AOCJY3B series oscillators use a quartz crystal resonator as a timing element in order to maintain stable frequency operation. The crystal resonator consists of a quartz-piezoelectric material that has been cut into a specific shape and mounted on electrodes. When the quartz crystal is energized, it produces a frequency that is related to its physical dimensions. This frequency is used as the basis for the oscillator’s timing element.

The oscillator consists of two amplifiers connected in series. The first amplifier receives a DC voltage from the oscillator’s power source. The second amplifier then receives the amplified DC voltage from the first amplifier and amplifies it again. This amplified DC voltage is then used to drive the quartz crystal, causing it to resonate at a frequency as determined by its dimensions.

The quartz crystal oscillates at its resonant frequency because of the piezoelectric properties of quartz. When the quartz crystal is excited by the amplified DC voltage, its molecules vibrate at the same frequency as the voltage applied to it. This vibration then produces an output AC waveform. The equipment receiving this AC waveform can then use it to determine the timing and frequency of the oscillator.

The AOCJY3B-38.880MHZ-F-SW oscillators are capable of achieving a very high degree of frequency accuracy, making them suitable for use in a variety of applications. They are commonly used in radio communications, television broadcast, satellite transmission, and instrumentation. Due to their superior frequency accuracy, they are highly recommended for use in applications that require precision timing and data transmission.

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