SIT1602BI-11-28S-32.768000E

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Oscillators are an important type of electronic circuit, which generate an AC signal of fixed frequency, amplitude, and shape, regardless of the input. The SIT1602BI-11-28S-32.768000E is one such oscillator, used in different applications.

This oscillator is designed for use in high-speed digital consumer applications. It runs at a frequency of 32.768 kHz, and can deliver high signal stability and synchronization accuracy. Its main application areas include power management, digital television, and portable electronic devices.

The SIT1602BI-11-28S-32.768000E is also suitable for embedded systems and especially those powered by batteries. It is capable of high efficiency, and can save energy by switching between different clock frequencies depending on the power available.

The oscillator works on the principle of formaldehyde-doped oxide (FDO). It combines a formaldehyde-doped oxide as the main passivation area and an electroless gold metal surrounding the formaldehyde-doped oxide. This combination allows for low-impedance operation and high frequency stability.

The primary features of this oscillator include low standby current, ultra-low noise, level shifting circuit, precision temperature-compensated oscillator, and low power consumption. The low standby current helps conserve energy, while the ultra-low noise ensures proper operation of the oscillator even in demanding applications. The level-shifting circuit enables the oscillator to provide stable operation whenever there is a voltage drop. This is further assisted by the precision temperature-compensated oscillator, which allows the system to read the temperature of the environment and adjust the parameters accordingly. Lastly, the low power consumption feature helps conserve energy.

In summary, the SIT1602BI-11-28S-32.768000E is an oscillator suitable for power management, digital televisions, portable electronic devices, and embedded systems that are powered by batteries. It works on the principle of formaldehyde-doped oxide and offers several features such as low standby current, ultra-low noise, level shifting, and precision temperature-compensated oscillator. All these features provide for a stable and reliable oscillator.

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