ASTMHTD-25.000MHZ-ZK-E-T

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Oscillators

Oscillators are circuits capable of generating electrical signals at a given frequency or range of frequencies, often referred to as an oscillatory signal. This type of circuit primarily finds use in communication systems, radio receivers and transmitters, navigation equipment, and specialized control systems. Oscillators are also essential components in many electronic circuits such as clocks, timers, and microprocessors. The most common type of oscillators are crystal oscillators, based on the piezoelectric effect. They are used as frequency references in many applications due to their low short term drift and high stability.

The ASTMHTD-25.000MHZ-ZK-E-T is one type of crystal oscillator commonly used in communications applications. This oscillator operates by driving an external crystal at a high frequency, resulting in a low-distortion sine wave output. The ASTMHTD-25.000MHZ-ZK-E-T provides a stable output, with a frequency accuracy of 0.25 ppm and a temperature stability of 0.03 ppm/°C over a wide temperature range. It is optimized to provide a low phase noise output and it is also capable of providing high frequency switching speeds.

The ASTMHTD-25.000MHZ-ZK-E-T can be used in a variety of applications. It is most commonly used in frequency synthesisers, which convert a low frequency reference signal to a higher frequency signal. It can also be used in frequency generators, which produce a specific frequency from a reference input. The oscillator can also be used to generate precise timing reference signals and in applications that require high accuracy frequency measurement. In addition, the oscillator is also suitable for portable communications applications that require small size and high precision.

The working principle of the ASTMHTD-25.000MHZ-ZK-E-T is based on the piezoelectric effect. The oscillator contains a quartz crystal that, when driven, generates a high frequency signal. This signal is then amplified and buffered to obtain a low distortion sine wave output. The frequency of the oscillator is determined by the physical characteristics of the quartz crystal and can be adjusted by changing the load capacitance of the crystal. The temperature stability of the oscillator is also determined by the characteristics of the quartz crystal and is optimized through the use of a temperature compensation circuit.

In conclusion, the ASTMHTD-25.000MHZ-ZK-E-T crystal oscillator is an ideal solution for applications that require a high degree of accuracy and stability. It can be used in a variety of communication applications, as well as in many other applications that require precise frequency referencing. The oscillator operates on the basis of the piezoelectric effect and is optimized for high accuracy and low phase noise performance.

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