ASTMHTA-66.666MHZ-XC-E

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Oscillators

An oscillator is an electrical device that generates a periodic waveform, such as a sine wave or a square wave. Oscillators are used in a range of electrical equipments and applications ranging from low-frequency communications systems to high-performance radio frequency transceivers.

ASTMHTA-66.666MHz-XC-E

The ASTMHTA-66.666MHz-XC-E is a high-performance oscillator that is designed for a wide variety of applications, including radio transmission, wireless communication, industrial electronics, and other applications where low noise, high accuracy, and frequency stability are important. The ASTMHTA-66.666MHz-XC-E oscillator is based on an advanced ceramic technology, which allows it to operate at higher frequencies than traditional quartz oscillators. This technology also enhances the frequency accuracy, stability, and low noise performance of the oscillator.

Application Fields

The ASTMHTA-66.666MHz-XC-E oscillator is suitable for use in a wide range of applications. It is commonly used in radio communication systems, wireless communication systems, industrial electronics, and other applications where low noise, high accuracy, and frequency stability are important. The ASTMHTA-66.666MHz-XC-E is also often used in the fields of 3G/4G mobile communication systems, satellite communication systems, GPS systems, surveillance systems, and military communication systems.

Working Principle

The ASTMHTA-66.666MHz-XC-E oscillator is based on an advanced ceramic technology. This technology utilizes a specialized process to form a ceramic substrate with high dielectric constant and low thermal coefficient. The use of this technology increases the frequency accuracy, stability, and reduces the noise of the oscillator. The oscillator utilizes the phase-locked principle, which makes it possible to generate a stable frequency output under a wide temperature range. The oscillator utilizes a resistor-capacitor network to generate a voltage signal which is then fed to an oscillator circuit. The frequency of the oscillator output is determined by the frequency characteristics of the resistor-capacitor network.

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