OX9140S3-020.0M Crystals, Oscillators, Resonators

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Oscillators are widely used in a variety of electronic and electrical devices. In particular, they are crucial components in many highly specialized fields such as aircraft systems, industrial automation, automotive, medical equipment, navigation systems, industrial, and defense. One particular oscillator, the OX9140S3-020.0M, is a type of precision voltage-controlled oscillator (VCO) designed for use in a multitude of applications.

The OX9140S3-020.0M is ideal for use in high-frequency applications such as frequency synthesis, better known as synthesizer circuits. It is a high-performance, extremely low-phase noise VCO with a voltage-controlled frequency range from 500 MHz to 940 MHz. With its wide range and low-phase noise, it supports any general broadcasting or commercial applications that require reliable signal sources over the frequency range.

The OX9140S3-020.0M has a nominal flatness of 1.5dB maximum across the entire bandwidth. This, combined with its superior phase noise, makes this VCO an ideal choice for many long-distance amplification applications. The OX9140S3-020.0M has a voltage controlled linearity of 0.75dB maximum over its specified bandwidth and low phase noise of -124dBc/VHz at 10kHz.

The OX9140S3-020.0M also has a built-in temperature compensation control for reliable performance in different temperature conditions. This means that it can operate accurately and efficiently in a variety of temperature conditions, with its performance not affected by the environment. It offers superior stability, low EMI radiation and a high reliability design with fewer external components.

The OX9140S3-020.0M is designed with a wide range of operating voltage and current specifications, which make it suitable for various applications. The maximum power consumption is 0.8W, and it is available in a variety of packages, including surface mount and through-hole. As a result, it is suitable for applications requiring a low-profile and/or small form factor.

The working principle of the OX9140S3-020.0M oscillator is simple and straightforward. Its operation is based on an electric circuit comprising of an oscillator circuit, a voltage-controlled frequency divider, and a feedback loop. The oscillator circuit generates an input signal which is then divided down to a lower frequency by the voltage-controlled frequency divider. This output of the voltage-controlled frequency divider is then fed into a feedback loop whose output is fed back into the oscillator circuit. The feedback loop helps the oscillator to remain in an oscillating motion and stabilize itself, thus allowing for oscillations to occur at a determined frequency.

The OX9140S3-020.0M oscillator is an ideal choice for many precision electronic applications. As a high-performance, low-phase noise VCO, it has an impressive voltage-controlled frequency range from 500 MHz to 940 MHz. Moreover, the built-in temperature compensation ensures that it can be used in a variety of temperature conditions with its performance remaining unaffected. Its simplicity and robustness make it an ideal choice for any application requiring reliable signal sources over a wide frequency range.

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