SIT1602BI-21-18S-8.192000E

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The SIT1602BI-21-18S-8.192000E is one type of oscillator, and it is also known as crystal oscillator. A crystal oscillator is a type of electronic oscillator that uses the mechanical resonance of a vibrating crystal, to create an electrical signal with a precise frequency. It is commonly used in the manufacture of clocks, watches, computer systems, and other electronic equipment where long term accuracy of frequency and timekeeping is necessary.

A basic crystal oscillator consists of an amplifier, capacitor, and Quartz Crystal or other piezoelectric device. The quartz crystal is a piece of quartz cut to a certain shape and size, which vibrates at an intrinsic frequency when an electric signal is applied to it. This vibration frequency is determined by the physical properties of the crystal itself and is usually very stable, and can be used as a reference signal.

The SIT1602BI-21-18S-8.192000E oscillator is typically used when a high precision frequency or timekeeping signal is required. It is most commonly used in applications such as radio/TV broadcasting, satellite navigation, telecommunications, medical imaging, industrial process control, and even military applications.

The SIT1602BI-21-18S-8.192000E is designed to produce an output signal with a frequency stability of +/- 0.0001%. This means that the output frequency of the oscillator will remain within a very narrow range, even if the input voltage or temperature fluctuates. The oscillator also offers extremely low phase noise in the audible range, making it ideal for use in audio applications.

The working principle of the SIT1602BI-21-18S-8.192000E is based on a simple feedback loop. The input signal is fed into an amplifier which amplifies the signal before it is then fed back into the crystal. The vibration of the crystal then produces a high frequency signal, which is then passed through a filter and divided down to the desired output frequency.

The SIT1602BI-21-18S-8.192000E is an excellent choice for any application that requires a precise and consistent output frequency. It is capable of producing crystal clear high frequency signals with extremely low phase noise. Additionally, it offers very good frequency stability, meaning that the signal will remain within a narrow range even if the external conditions such as the input voltage or temperature changes.

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