534AA000129DGR

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Pin Configurable/Selectable Oscillators are devices designed to provide selectivity to the frequency of an oscillator. The 534AA000129DGR provides a wide selection of frequencies, allowing for multiple application fields. Furthermore, this oscillator is highly reliable due to its integrated design.

Features of 534AA000129DGR

The 534AA000129DGR provides a selectable frequency range and flexibility to the end user. It is built with the SPICE modeling language, providing precise event control and precise uptime control. Additionally, it is designed with power management features, permitting internal regulation of the oscillator frequency, allowing for a wide variety of application fields. This oscillator is also constructed with Digital Metrology, allowing for greater accuracy and precision in the frequency selection process.

Application Fields

The 534AA000129DGR has two main application fields: industrial and automotive. Its selectable frequency range and precise event control make it ideal for usage in industrial test and measurement applications, as it provides frequency stability and flexibility. Further, its digital metrology allows for precise pulse frequency accuracy and control. The oscillator is also suitable for the automotive industry, due to its wide selection of frequencies, precise event control, and power management features.

Working Principle

The 534AA000129DGR utilizes a crystal oscil­lator as its frequency source. The oscillator is connected to the pins of the device, and the frequency is determined by the voltage applied to the oscillator. The voltage is supplied by an exter­nal power source. The capaci­tance of the crystal oscillator is then changed, to allow for a frequency selection. The oscillator then operates in a sinusoidal oscillation at its selected frequency.

The oscillator also has a built-in programmable power management circuit that regulates the voltage applied to the oscillator, thereby controlling the oscillator frequency. This programmable power management circuit allows for greater flexibility and accuracy in selecting a frequency range. The oscillator also has an integrated circuit that monitors the frequency and current of the oscillator, in order to ensure accuracy and reliability.

The oscillator is also integrated with Digital Metrology, which allows for enhanced accuracy and reliability in the frequency selection process. Digital Metrology is a process whereby the oscillator is tested against a known frequency, in order to determine the accuracy and reliability of the oscillator. The Digital Metrology process also allows for precise pulse frequency accuracy and control.

Conclusion

The 534AA000129DGR Pin Configurable/Selectable Oscillator provides a wide range of frequencies, precise event control, and power management features. It is well-suited for industrial test and measurement purposes, as well as for use in the automotive industry. Furthermore, its Digital Metrology ensures accurate frequency selection and control. This makes it the perfect choice for precision frequency control.

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