AX7PBF1-204.8000C

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Oscillators play an important role in generating secure, reliable and accurate timing solutions and the AX7PBF1-204.8000C is no exception. This component is specifically designed to efficiently create high-quality clock signals and is widely used in a variety of applications.

At its core, the AX7PBF1-204.8000C is an oscillator designed to output a precise, low-phase-jitter clock signal from a crystal oscillator. It is constructed with a ceramic resonator to guarantee timing accuracy and stability. The output signal is driven by an inverting amplifier, which makes the clock signal easily adjustable. The device also features a programmable duty cycle, making it a great choice for both high-frequency and low-frequency applications.

The AX7PBF1-204.8000C is primarily used in applications that require power-efficient timing such as smart watches, computer motherboards, smartphones, automotive electronics, and many industry-specific solutions. It is perfect for applications that require accurate timing references, as it is capable of producing frequency ranges as low as 2Hz up to 160MHz. The oscillator is also designed to be highly resistant to electrical noise and working in extreme temperatures.

In terms of operation, the AX7PBF1-204.8000C works by taking the crystal oscillator and converting it into a pulsed square wave. This wave is then converted to a triangle wave and eventually to a sine wave for the output. The oscillator utilizes two circuits: the frequency-setting circuit and the output buffer. The frequency setting circuit sets the signal frequency and the output buffer amplifies the signal and controls the output level.

The AX7PBF1-204.8000C is a versatile oscillator that is suited for a variety of electronic systems. Thanks to its low power consumption, accuracy, and various features, the oscillator is ideal for applications such as high-precision timing solutions. Furthermore, its ability to work in a wide operating temperature range and to be resistant to electrical noise, make it a great choice for mission-critical projects.

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