SIT1602BI-11-25N-24.576000E

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Oscillators are integral components in a wide range of electrical circuits, and the SIT1602BI-11-25N-24.576000E oscillator is an advanced solution that offers superior precision and reliability. This oscillator is designed for applications in communications, networking, industrial, as well as numerous consumer applications. The working principle of the SIT1602BI-11-25N-24.576000E oscillator is based on the crystal resonator and LC network feedback oscillator, which provide improved stability.

The main application for the SIT1602BI-11-25N-24.576000E oscillator is to accurately track and control the frequency of electronic circuits. This is done by establishing a precise variable frequency or a fixed frequency output. The oscillator is mainly used in digital and analog electronic circuits, including clocks, grid-controlled switching power supplies, computer motherboards, and embedded systems.

The SIT1602BI-11-25N-24.576000E oscillator also finds application in systems that require precise transmitting or receiving of signals. It is used as part of transmitters, receivers, and transmit/receive modules in many communication and navigation systems. These applications include radio transceivers, satellite communication, GPS receivers, and cellular systems.

The working principle of the SIT1602BI-11-25N-24.576000E oscillator involves a crystal resonator and an LC circuit feedback loop. The crystal resonator is responsible for establishing and maintaining the oscillator frequency. It is made up of an AT cut quartz crystal with an electrostatically actuated contact finger. The LC circuit feedback network determines the oscillator’s output impedance and gain-bandwidth while compensating for aging of the crystal. The LC circuit also filters out unwanted noise. The oscillator design also includes a loop filter to ensure improved phase-noise and harmonic distortion.

In summary, the SIT1602BI-11-25N-24.576000E oscillator is a highly accurate and reliable device suitable for use in a wide range of communication systems and other applications. It uses a crystal resonator and LC circuit feedback loop to provide frequency stability and to filter out unwanted noise. The oscillator is used for both digital and analog applications as well as for transmitting and receiving signals.

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