SIT1602BCA3-18S

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Programmable oscillators are designed to generate specific signals with well-defined frequency, phase and amplitude characteristics. The SIT1602BCA3-18S oscillator is a programmable oscillator that is capable of generating a variety of signals with both digital and analog characteristics. It features a digital band-pass filter and a 16 MHz clock.

The SIT1602BCA3-18S oscillator is used in applications where a digital signal is needed to achieve a desired functionality. It is used in wide range of applications from high speed communication systems such as cellular and broadcast systems to medical imaging equipment and industrial automation equipment.

The working principle of the SIT1602BCA3-18S oscillator is based on the Fourier transform. The oscillator converts a digital signal into a frequency-modulated signal. The signal is transmitted through a digital filter, which is then used to generate a signal of a particular frequency in both phase and amplitude.

The SIT1602BCA3-18S oscillator contains a clock generator which allows the user to adjust the output frequency. It also contains a programmable phase-locked loop (PLL), which locks in the output signal to the same frequency. The PLL ensures a stable output signal when the oscillator is used in digital communication systems.

The oscillator also features a digital error correction circuit, which allows it to be used in digital systems with a large time constant. This feature is important in applications such as digital video broadcasting and audio broadcasting, where a signal with a high signal-to-noise ratio is required.

The SIT1602BCA3-18S oscillator is available in a variety of packages, including a through-hole package, a flat-pack package, and a surface-mount package. The flat-pack package is ideal for applications that require an unobtrusive installation.

The SIT1602BCA3-18S oscillator is a reliable and accurate programmable oscillator that is designed for wide range of applications. It provides excellent signal quality and stability, making it suitable for use in high speed communication systems, medical imaging systems, and industrial automation systems.

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