TA-25.000625MBE-T

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Oscillators

TA-25.000625MBE-T oscillator is a piezoelectric oscillator used in various applications across multiple fields. It is typically made ofx ceramic material and generates a signal of 25 MHz frequency. This oscillator is widely used in radio communications, radar systems, and navigation applications.

The temperature-compensated clock oscillator (TCXO) is the most widely used type of oscillator in these applications, and provides a guaranteed nominal frequency of operation over a specified temperature range. TA-25.000625MBE-T oscillator is designed to provide this, while also providing high frequency stability and reliability, a low jitter level, and a low phase noise level.

The TA-25.000625MBE-T also offers additional features. It has a very low current consumption, which makes it suitable for applications requiring a low power budget. In addition, it has high shock and vibration robustness, which makes it suitable for mission-critical applications.

The working principle behind the TA-25.000625MBE-T oscillator is based on the piezoelectric effect. The piezoelectric effect is the phenomenon of mechanical deformation of a material due to an electric field applied on it. It is used to convert the mechanical vibrations generated by an oscillator into an electrical signal. The TA-25.000625MBE-T oscillator uses this effect to generate a 25 MHz signal.

The TA-25.000625MBE-T oscillator consists of two main components: a ceramic resonator and an oscillator circuit. The ceramic resonator consists of a piezoelectric material that vibrates at its resonant frequency when an electric field is applied to it. The oscillator circuit is responsible for providing the power to the ceramic resonator and for amplifying the signal generated by the resonator. It also monitors the frequency of the signal generated by the resonator and adjusts the voltage applied to it to ensure that it remains at the desired frequency.

The TA-25.000625MBE-T oscillator is designed to provide high stability and accuracy in its output frequency. It has been tested and certified for low-jitter performance and high shock and vibration robustness. This makes it suitable for various applications in radio communications, radar systems, and navigation systems.

In conclusion, the TA-25.000625MBE-T oscillator is an ideal oscillator for various applications in radio communications, radar systems, and navigation systems. It offers very good frequency stability and accuracy, low jitter, low power consumption, and high shock and vibration robustness. The working principle of this oscillator is based on the piezoelectric effect.

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