ASTMHTD-20.000MHZ-XC-E-T

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Oscillators are electronic components that often use an input voltage to generate sine-wave signals. They find extensive applications in communication circuits, and this includes the ASTMHTD-20.000MHZ-XC-E-T oscillator.

The ASTMHTD-20.000MHZ-XC-E-T oscillator is designed to handle temperatures of up to 125°C. This makes it suitable for a variety of industrial and medical applications. The oscillator also features low operating current consumption, high stability, high shock and vibration resistance, as well as high frequency conversion accuracy.

The ASTMHTD-20.000MHZ-XC-E-T oscillator works on the principle of Piezoelectric Resonance. This involves the stimulation of a piezoelectric element with an electric voltage, which results in the generation of a mechanical vibration. This vibration is then converted into an electronic signal with the help of a circuit. The output voltage of this circuit is then amplified and used as a sine wave signal.

The ASTMHTD-20.000MHZ-XC-E-T oscillator has the capability to generate a very stable sine wave signal of 20 MHz. This makes it suitable for applications such as wireless communication, radar, radio communication, and various industrial applications. The oscillator is also capable of frequency conversion accuracy of ± 10 parts per million (ppm) in the temperature range of -40°C to +125°C. This makes it ideal for precision frequency applications.

The ASTMHTD-20.000MHZ-XC-E-T oscillator can also be used in medical applications. Its high frequency conversion accuracy makes it well-suited for applications such as medical imaging. And since it is designed to handle temperatures of up to 125°C, it is also suitable for applications such as surgical ablation.

In summary, the ASTMHTD-20.000MHZ-XC-E-T oscillator is a Piezoelectric Resonance device with the capability to generate a stable sine-wave signal of 20 MHz. It offers high frequency conversion accuracy and high shock and vibration resistance, making it suitable for a variety of applications such as medical imaging, wireless communication, and industrial applications.

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