SIT1602BI-32-28E-24.000000Y

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An oscillator is a circuit that produces a periodic output signal even if its input is DC or static. It can convert a DC input signal into an output signal of any frequency and waveform, and its output is usually sine or triangular waves. The SIT1602BI-32-28E-24.000000Y belongs to this type of oscillator.

The SIT1602BI-32-28E-24.000000Y is a SITECH Oscillator produced by SITEC. It is a 32.768kHz oscillator that is used in various applications. It is very small in size, making it ideal for use in space-constrained applications. It is also energy efficient, consuming less than 15μA, and has a low jitter and high stability.

The SIT1602BI-32-28E-24.000000Y is mainly used in real-time clock applications. It has the ability to synchronize peripheral units to an external time source. It can be used to generate a synchronized system clock from the external time source, thus providing a reliable source for system control and timing. It can also be used in time-divided applications for PLL tuning and frequency tracking.

The working principle of the SIT1602BI-32-28E-24.000000Y is based on a crystal oscillator circuit design. The oscillator circuit contains a capacitor, a resistor, and a quartz crystal, which are all connected together. When electric power is applied to the oscillator circuit, the quartz crystal starts vibrating due to electrical and mechanical energy. This causes the capacitor to discharge and the resistor to charge. This discharge-charging cycle generates a periodic electrical signal of 32.768kHz. This is then used to generate a synchronized system clock or frequency-tracked PLL.

The SIT1602BI-32-28E-24.000000Y is an ideal choice for various applications due to its small size, low energy consumption, low jitter, and high stability. It can be used in real-time clock applications to synchronize peripheral units to an external time source. It can also be used in time-divided applications for PLL tuning and frequency tracking. Its working principle is based on a crystal oscillator design, which utilizes quartz crystal vibrations to generate a periodic electrical signal.

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