SIT8008BCR3-33E

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Programmable oscillators are widely used in projects that require precise timing. In particular, the SIT8008BCR3-33E is a versatile and efficient oscillator that is used widely in various applications. In this article, we will explore the application field and working principle of the SIT8008BCR3-33E.

Overview of SIT8008BCR3-33E

The SIT8008BCR3-33E is a programmable oscillator with a frequency range from 0.5 to 100MHz. Its main features include a low power consumption, a low jitter of 1 picoseconds, and a wide frequency range. The device is available in several package sizes, including 8-pin, 14-pin, and 24-pin, and is compatible with SMD or 3.3V technology.

The SIT8008BCR3-33E uses a multi-range configuration and is adjustable over a wide frequency range. It is based on a quartz crystal resonator, and its clock accuracy is highly stable over temperature and supply voltage variation. It is also compatible with most logic interfaces and industrial shift registers.

Applications For SIT8008BCR3-33E

The SIT8008BCR3-33E is an ideal choice for timing applications in communication systems, home electronics, automotive systems, and industrial control. The clock offers excellent accuracy and stability in low power applications, making it suitable for devices that require precise timing such as chronometers, clocks, and frequency counters. Additionally, its high frequency range offers excellent performance in digital logic, which can be useful in the development of high-performance circuit and logic devices.

The SIT8008BCR3-33E can also be used in data transfer applications such as serial communications, high-speed serial buses, and Ethernet. Additionally, it is suitable for applications in radio communication systems, radio receivers, satellite receivers, and single-sideband demodulators.

Working Principle

The SIT8008BCR3-33E oscillator is a quartz crystal oscillator that works on the principle of resonance. In the device, an input signal is applied to a quartz crystal resonator that acts as a filter, allowing frequencies within a certain range to pass, while rejecting higher or lower frequencies. The quartz crystal is tuned to the desired frequency and the oscillations of the crystal produce an electric signal of the desired frequency.

The electric signal then passes through a buffer amplifier stage, where the signal is amplified and clipped at the positive and negative voltage supply borders. The signal is then fed to the digital logic which smooths the signal to a square waveform, thus producing an output signal with consistent amplitude and frequency. The device is then able to use this signal to determine the desired frequency, thus providing a stable and precise clock signal.

Conclusion

The SIT8008BCR3-33E is a versatile and efficient programmable oscillator with a wide frequency range and low power consumption. Its compatibility with most logic interfaces and industrial shift registers makes it suitable for a wide range of applications such as serial communications, radio receivers, and logic devices. Moreover, its working principle based on quartz crystal resonance ensures precise and stable timing.

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