AX7PBF1-266.0000C

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Oscillators

Oscillators are a type of electrical circuit capable of producing repetitive signals, with each cycle of the output waveform theoretically identical to the last. Oscillators are used to generate waves with a known frequency. They are used in applications as varied as power supply units, medical imaging devices, telecommunications, audio amplifiers and radio equipment. The AX7PBF1-266.0000C is a highly stable oscillator with ideal frequency stability over temperature range.

The AX7PBF1-266.0000C is a frequency- controlable crystal oscillator commonly used to provide a clock signal for a variety of digital circuitry such as microcontrollers, personal computers, graphing calculators, and cell phones. It is a single-output, quartz crystal oscillator capable of outputting a signal frequency of 266.0000C. Its frequency stability over temperature range is expressed using a ‘±’ symbol, which indicates a deviation rate in the vicinity of thefrequency limit of the oscillator. The frequency stability rate is generally defined as ±0.5ppm for ±1 to ±3ppm of the specifiedmaximum frequency.

The AX7PBF1-266.0000C is suitable for a wide range of applications including communications networks, consumer electronics, aircraft systems, medical devices, industrial controls, navigation systems. Its features include low power consumption, small size, and a wide temperature range. Additionally, the oscillator also provides an output that is stable over a temperature range of -40℃ to +85℃. The functioning of this oscillator is similar to other types of quartz crystal oscillators, using a mechanical resonance of a quartz crystal to create an electrical signal with a precise frequency.

A quartz crystal oscillator consists of two main parts: an amplifying component, usually referred to as the ‘transceiver,’ and a mechanical resonator, usually referred to as the ‘crystal’. The transceiver uses electrical signals received from the crystal to convert them into a higher voltage, which powers the crystal. The crystal then vibrates at its own resonant frequency to produce an alternating electrical sine wave. The resulting signal is fed back to the transceiver, which amplifies the signal and sends it back to the crystal. This process is repeated continuously, with the crystal producing a continuously repeating output.

The frequency of the signal produced by the crystal can be adjusted by changing its shape. This is done by using a thin film of gold or silver, placed on the surface of the crystal. The gold or silver film makes the quartz crystal vibrate at a different frequency, which can be adjusted by changing the amount of gold or silver film on the crystal surface. The AX7PBF1-266.0000C oscillator features an easy-to-use adjustment mechanism, allowing users to easily adjust the frequency of the oscillator to accommodate their applications.

In summary, the AX7PBF1-266.0000C is a crystal oscillator designed for applications requiring a highly stable and repeatable frequency source. It offers a good frequency stability over temperature range and has a wide range of uses across various electronics devices. It is also easy to adjust its frequency for different applications. Its wide temperature range and low power consumption make it an ideal choice for powering many types of circuits.

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