SIT9121AI-2D1-33E65.536000T

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Oscillators are electronic components that use an external power source to generate a waveform at different frequencies. SIT9121AI-2D1-33E65.536000T is one such oscillator, commonly used in clock circuits, such as watches, clocks and microprocessors.

This oscillator is a trusted general-purpose device, and has an operating voltage in the range of 2.7V-3.6V. It has a low current consumption of typically only 2.3mA which is a great benefit in battery powered or other power-limited applications. The oscillator has no crystal and it works by driving an input signal with a frequency of 55.536kHz into a feedback loop. A quartz crystal can then be used to tune the frequency closely.

The SIT9121AI-2D1-33E65.536000T oscillator module has a bunch of features that make it ideal for various applications. It has low jitter for clock applications that demand a precise and reliable time base. The device has excellent frequency stability for applications like temperature sensing and the ability to handle wide temperature ranges without a significant change in accuracy.

The oscillator uses a CMOS technology and has low phase noise and high reliability. It is highly immune to interference with other electronic components in the vicinity. This makes it suitable for applications like frequency synthesis and signal processing.

In addition, this oscillator has excellent shock and vibration immunity compared to other oscillators, which makes it suitable for use in applications such as automotive and aerospace applications. It has a low duty cycle and requires minimal circuit board space, allowing it to be used in tight or confined spaces.

Overall, the SIT9121AI-2D1-33E65.536000T oscillator is a highly versatile and reliable device with many applications. It is suitable for use in clocks, microprocessors, temperature sensing, frequency synthesis, and signal processing. Its wide operating voltage range, low current consumption, low jitter, excellent frequency stability, and excellent immunity make it a perfect choice for many applications.

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