ASTMHTE-50.000MHZ-ZC-E-T

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Oscillators are used in a wide variety of applications, ranging from basic timing control in electronic devices to complex periods for sophisticated radio communications. One of the most common types of oscillators is the ASTMHTE-50.000MHZ-ZC-E-T type. This article will discuss the application fields and working principle of this oscillator.

The ASTMHTE-50.000MHZ-ZC-E-T oscillator is a crystal resonator-based oscillator with a frequency of 50.000 MHz. It is typically used as a reference oscillator in radio communications, which means that its frequency is used as the reference for synchronization and modulation. This oscillator’s frequency also falls into the Ultra-High Frequency (UHF) range, which means it can be used for wireless applications such as cellular networks, Wi-Fi, and Bluetooth. The oscillator is also applicable for more accurate signal transmissions, as its frequency accuracy of ±3ppm is relatively higher than many other oscillators.

The ASTMHTE-50.000MHZ-ZC-E-T oscillator’s working principle is based on a quartz crystal resonator. Quartz crystals are a type of piezoelectric material, which means that when an electrical voltage is applied to the quartz crystal, it begins to vibrate. This vibration then creates an electrical signal at the crystal’s resonant frequency. The frequency of the quartz crystal’s vibration is determined by its size and shape, so it can be tuned to the exact frequency required for the application. The oscillator contains an Amplifier and Voltage Controlled Oscillator (VCO) that amplifies the signal generated by the crystal, creating a sine wave output at the desired frequency. The device also contains an on-chip temperature compensation circuit, which helps to ensure that the frequency does not change with fluctuations in temperature.

The ASTMHTE-50.000MHZ-ZC-E-T oscillator is a critical component in many radio communication systems. It is well suited for systems that require accurate and precise radio timing, as its accuracy and frequency stability is higher that many other oscillators. It is also well suited for wireless applications, as its frequency falls into the UHF range, making it compatible with many popular radio frequencies. Finally, the on-chip temperature compensation circuit helps to ensure that the oscillator does not drift outside its specified operating temperatures.

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