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Oscillators

AX7MBF4-175.0000C Application Field and Working Principle

Oscillators are an invaluable component in many electronic circuits today. The AX7MBF4-175.0000C is one such oscillator that offers many benefits for use in a variety of field application.

It is a precision CMOS oscillator with an output speed of 175.0000c, making it suitable for most high speed applications. It offers very low phase noise and its inherent temperature stability makes it suitable for short term accuracy requirements. It also offers excellent isolation of the frequency output from the temperature and power supply.

The AX7MBF4-175.0000C is especially suitable for these application fields:

• CPU clocks and synchronous devices
• Microprocessors and digital signal processors
• Communication systems
• Data buses and telecom
• GPS Location Systems

The AX7MBF4-175.0000C uses a unique and patented technology to provide the precision that it offers. This technology can be used both for an oscillator as well as a frequency synthesizer and it is called the "Fine Balance".

The principle of the Fine Balance method uses a dual-mode compensation. This means that the oscillator can use both the traditional phase-shift-controlling (PSC) as well as the novel frequency-shift-controlling (FSC) to accurately control the frequency of the device. This is done by using two dual-mode paths, the PSC path and the FSC path, which both correct any drift that may occur due to environmental changes like temperature, power supply, etc.

The advantages of the AX7MBF4-175.0000C are vast and include:

• Guaranteed frequency accuracy
• Low gating sensitivity to environmental changes
• Low phase noise
• High power supply rejection
• Integrated temperature compensation
• Flexible input voltage range

In conclusion, the AX7MBF4-175.0000C is a well-designed oscillator for a wide variety of applications. Its ability to maintain accuracy in the face of environmental changes make it ideal for those who need a reliable oscillator.

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