ASTMHTE-8.000MHZ-AC-E

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Oscillators are frequency-generating equipment used in electronic devices to create alternation of energy in particular platforms. ASTMHTE-8.000MHZ-AC-E oscillator is an example of this technology and has various features and applications. In this article, the application field and working principle of the ASTMHTE-8.000MHZ-AC-E oscillator will be discussed in detail.

The ASTMHTE-8.000MHZ-AC-E oscillator is a type of frequency generator that has been designed for use in high performance radio frequency (RF) applications and communications. Module designs are usually made of Frequency Control Technology (FCT) and include low power, medium power, and high power versions. The 8.000MHZ-AC-E oscillator offers a very small size and requires a minimum amount of external components. It is highly reliable and has a wide operating temperature range of -40 °C to + 85 °C.

The primary application field of the ASTMHTE-8.000MHZ-AC-E oscillator is in multimode digital, cellular, PCS, TDMA, and other wireless communication systems. In addition, it can also be used in a variety of measurement instruments, including oscilloscopes, frequency counters, and data acquisition systems. Other possible applications include timing devices, scanning systems, and sensors. The oscillator offers a wide frequency range so it can be easily used in various applications.

The working principle of the ASTMHTE-8.000MHZ-AC-E oscillator is based on Frequency Control Technology (FCT). This technology helps the module to control frequency accurately by using digital feedback to the resonator. The resonator can be a quartz crystal or an oven-controlled quartz oscillator (OCXO). A control circuit is then used to drive the resonator and maintain its output frequency at the predetermined level. The output frequency is compared against a reference frequency and the differential is used to adjust the drive voltage to the resonator.

The FCT also helps in maintaining the frequency accuracy of the ASTMHTE-8.000MHZ-AC-E oscillator. This is done through a phase-lock loop (PLL) technique, which detects the difference in frequency between the reference signal and the output signal. The PLL then uses this difference to generate a corrective voltage, which is used to adjust the output of the oscillator. Finally, the module uses this feedback to control the output frequency to maintain a stable and precise frequency.

In conclusion, the ASTMHTE-8.000MHZ-AC-E oscillator is a highly reliable and accurate frequency generator that is used in various applications. Its primary application field is in multimode digital, cellular, PCS, TDMA, and other wireless communication systems. It is based on Frequency Control Technology (FCT) and utilizes a control circuit to drive the resonator and maintain its output frequency. The module also features a phase-lock loop (PLL) technique to maintain the frequency accuracy.

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