AX7MBF4-1152.0000T

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The AX7MBF4-1152.0000T is an oscillator from the family of devices designed as frequency-determining elements for producing an electrical signal of periodic time-interval occurrence at a fixed or adjustable frequency. Oscillators are used where an accurately timed periodic reference signal is needed such as in frequency divider chains, radio receivers, timers, computers, cellular phones and many other applications. It is classified as a quartz-crystal oscillator, a type of oscillator that utilizes a quartz crystal as the frequency-determining element.

The AX7MBF4-1152.0000T uses an acoustic wave-based quartz crystal in an electrical circuit to control its oscillating frequency. The quartz crystal has extremely good stability, and is relatively unaffected by environmental variables such as temperature and humidity. It also has the advantage over other types of oscillators in that changes in its frequency due to aging and environmental factors are very small. The quartz crystal acts as a filter for an electrical signal in a resonator circuit, usually consisting of an amplifier and feedback network, which is used to sustain oscillations.

The AX7MBF4-1152.0000T is a miniature surface mount oscillator with a double-size ceramic package. Its operating temperature range is -55 to 125°C (-67 to 257°F). It has a frequency operating range of 1.152 MHz, a low jitter of 50 ps maximum and a max ESR of 50 Ω. It is designed for applications requiring ultra-low EMI interference and offers a 25 or 50% duty cycle. The device can be used in a variety of other electronics, such as audio/video system controllers, processing cores, communication transceivers, and smarphones.

In summary, the AX7MBF4-1152.0000T represents a miniaturized, high-precision, and low-EMI quartz crystal oscillator from the family of oscillators. The AX7MBF4-1152.0000T offers the best in frequency stability and accuracy, as well as low phase noise and low costs. It is the perfect choice for a wide range of applications that require high precision and reliability.

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