CSX532T26.000M2-UT10

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Oscillators

The CSX532T26.000M2-UT10 is a low jitter quartz crystal oscillator that is used in timing applications. It is a low-phase jitter device that offers a phase noise performance of -200 dBc/Hz at a frequency offset of 20 KHz. It is a high precision device that features a fast start-up time and excellent thermal stability. The oscillator operates over a wide frequency range, from 10 kHz to 26 MHz, and provides excellent performance in time-sensitive applications.

Application Field

The CSX532T26.000M2-UT10 oscillator can be used in various kinds of timing applications. Its low jitter performance makes it suitable for applications such as network clocks, fiber-optic communications, and digital signal processing systems. The device is suitable for applications where precise timing and accuracy are needed, such as data acquisition systems or high speed computers. It is also suitable for applications such as base station radio systems and wireline communication systems where multiple analog and digital signals are present.

Working Principle

The CSX532T26.000M2-UT10 oscillator works by utilizing the principle of quartz crystal resonators. A quartz crystal is a piezoelectric material that vibrates with an extremely high degree of precision when a voltage is applied to its electrodes. The frequency of vibration is determined by the physical characteristics of the crystal, such as its shape and size. In the case of the CSX532T26.000M2-UT10, the electrodes and the crystal are arranged to produce a frequency of 26MHz. The oscillator amplifies and maintains this frequency and can provide an accurate timing signal for various applications.

The CSX532T26.000M2-UT10 is a reliable and precision quartz crystal oscillator that is used in a variety of timing applications. It provides low-jitter performance with excellent thermal stability. The device is suitable for precision timing and multiple signal processing applications, where accuracy and stability are critical.

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