589S307X2CAT

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Oscillators

Oscillators are devices that generate electrical signals usually of a specifically programmed frequency or range of frequencies. These electrical signals are created simply by the devices themselves, without the need for any external signal as input. Oscillators offer a limited range of precise frequencies, of which the 589S307X2CAT is one. This oscillator model and its application field and working principle will be discussed in more detail below.

Application Field

As with many oscillators, the 589S307X2CAT is primarily used in communications and data processing systems. It is especially useful in digital applications and data transmission because of its high frequency filtering characteristics and wide temperature range. This oscillator can also be used as a fundamental frequency source for signal processing devices and as a clock source for microprocessors and logic devices.

Working Principle

The 589S307X2CAT oscillator utilizes a quartz crystal that acts as both the resonator and the frequency-determining element. The crystal is placed between 2 capacitors, and when an alternating current signal is applied to the circuit, the crystal vibrates at its resonant frequency. The frequency and stability of the oscillator is the result of these vibrations, which are determined by the capacitance, inducance, and resistance of the components of the crystal.

Features

The 589S307X2CAT oscillator is especially notable for its extremely low jitter performance, low phase noise, and low frequency drift over temperatures. These characteristics make it a very reliable and efficient oscillator in comparison to other models. Moreover, it offers a wide frequency range from 40MHz to 125MHz and operates within a temperature range of -40°C to 85°C.

Conclusion

The 589S307X2CAT oscillator is an ideal choice for a variety of communication and data processing applications, such as data transmission, digital applications, and microprocessor and logic device clocks. Its quartz crystal allows it to achieve precise and reliable frequency outputs, while its low temperature drifting, low phase noise, and low jitter performance make it a highly efficient device.

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