ASTMHTA-27.000MHZ-ZC-E-T

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Oscillators are electronic components that generate a periodic signal, and are a key component of electronic systems that need to utilize timing. One example of this is the ASTMHTA-27.000MHZ-ZC-E-T oscillator, which is designed for precise timing accuracy and low power consumption in applications such as automotive, audio, and other timing-dependent industrial applications.

The ASTMHTA-27.000MHZ-ZC-E-T is a quartz crystal oscillator that can be used to generate a precise and ultra-stable frequency. It uses a quartz quartz crystal, which is highly accurate and temperature-stable, as the basis of its frequency generation. The crystal is held in place in the package in a hermetically-sealed, vibration-resistant, protective box, making it extremely reliable. This oscillator offers low power consumption, and can be used for clock signals from 1 Hz to 27 MHz.

The circuit of the ASTMHTA-27.000MHZ-ZC-E-T oscillator is based on a Pierce Oscillator. This type of oscillator relies on a feedback network to create a stable frequency output from the crystal. The oscillator consists of an amplifier (made up of two transistors) and an LC filter circuit. The oscillator\'s frequency output is determined by the value of the components used in the LC filter, and the crystal\'s resonance frequency. This frequency is then regulated with the feedback network to maintain the desired frequency output.

In addition, the oscillator also uses a temperature compensation circuit, which helps to keep the output stable over variations in temperature. This consists of an auxiliary temperature-dependent oscillator, whose output frequency is compared to the actual frequency of the crystal and used to adjust the feedback network accordingly for optimal output accuracy. This helps to minimize drift over time and temperature.

The ASTMHTA-27.000MHZ-ZC-E-T oscillator is designed to be used in a variety of applications that require precise and stable timing. It is suitable for automotive, audio, and other timing-dependent industrial applications. Its low power consumption and temperature-compensated output make it an ideal choice for these types of applications.

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