SIT1602BC-33-XXE-26.000000X

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The SIT1602BC-33-XXE-26.000000X oscillator is classified into an oscillator because it is a single crystal resonator-based oscillator designed for severely space-constrained applications. They include oscillation frequencies of 26.000000 MHz and high frequency stability of 0.2 ppm typical. Key features of the SIT1602BC-33-XXE-26.000000X oscillator are small package size, fast start-up time, and low jitter.

Application field

The SIT1602BC-33-XXE-26.000000X oscillator has a wide range of applications. The most common applications are in networking, telecom, consumer electronics, space, military, automotive, and medical industries. Typical applications for the SIT1602BC-33-XXE-26.000000X oscillator include clock signal generation for microcontrollers, digital signal processors, clock references for networks, and precision frequency conversion applications.

Working Principle

The SIT1602BC-33-XXE-26.000000X oscillator is based on a single crystal resonator and uses a quartz crystal as the resonator. The resonance of the quartz crystal is determined by its internal structure and the mechanical characteristics of the cut. When an oscillation signal is applied to the quartz crystal, the quartz crystal begins to vibrate mechanically and an oscillating current is generated in the oscillation circuit. This current is amplified and passed through the feedback loop. The output signal is then amplified and sent to the output port.

The frequency of the SIT1602BC-33-XXE-26.000000X oscillator is controlled by the size and shape of the quartz crystal and the values of the external components connected to the crystal. The frequency accuracy can be optimized to deliver high-quality clock signals with minimal jitter for a wide range of electronic components.

Conclusion

In summary, the SIT1602BC-33-XXE-26.000000X oscillator is an oscillator meant for severely space-constrained applications. It provides an oscillation frequency of 26.000000 MHz and a high frequency stability of 0.2 ppm typical. It is used in a variety of applications such as clock signal generation for microcontrollers, clock references for networks, and precision frequency conversion applications. The oscillator is based on a single crystal resonator with a quartz crystal as the resonator.

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