SIT9005ACT2H-25SJ

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Introduction

The SIT9005ACT2H-25SJ is a highly integrated Programmable Oscillator (PLL) integrated circuit used for frequency selection and control. It produces a stable clock signal from a wide range of external frequencies. The device features Push-Pull output, a wide range of frequencies, and low power consumption. It also offers very good temperature stability, low EMI, and low damping.

Features

• Low power consumption
• Highly integrated
• Push-Pull output
• Wide range of frequency output
• Very good temperature stability
• Low EMI
• Low damping

Application Field

The SIT9005ACT2H-25SJ is ideal for use in embedded electronics such as industrial automation, medical monitoring, consumer electronics, and military applications. The device can be used for frequency control in microcontrollers, digital signal processors, and digital logic. It can also be used for clock synchronization and for test and measurement.

Working Principle

The SIT9005ACT2H-25SJ uses a Phase-Locked Loop (PLL) to generate a stable clock signal from an external frequency. The PLL measures the frequency of input waveform and adjusts the clock frequency within a given range to match the input waveform. The PLL then locks onto the input waveform and compensates for any frequency variations by adjusting the clock frequency. The device also adjusts its damping coefficient to produce an optimal waveform.

The device then filters and buffers the output waveform to reduce the amount of jitter and minimize noise. The output frequency can be adjusted by changing the external frequency. The device also has an input to select its internal frequency. The output frequency can also be adjusted by changing the internal frequency or by changing the damping coefficient.

Conclusion

The SIT9005ACT2H-25SJ is a highly integrated Programmable Oscillator (PLL) integrated circuit that produces a stable clock signal from a wide range of external frequencies. It features Push-Pull output, a wide range of frequencies, low power consumption, very good temperature stability, low EMI, and low damping. The device can be used in embedded systems for frequency control, for clock synchronization, and for test and measurement.

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