PXETDCJANF-11.059200

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Oscillators have been used extensively in various embodiments of electronic circuits. Among them, PXETDCJANF-11.059200 is an important oscillator type. This article provides an overview of its application field and working principle.

Application Field of PXETDCJANF-11.059200

PXETDCJANF-11.059200 is a voltage-controlled, temperature-compensated oscillator (VCTCXO) that is designed for communication systems, navigation, and radar applications. It is optimized to maintain its performance over a wide range of temperature and power supply conditions. As a voltage-controlled oscillator, PXETDCJANF-11.059200 offers superior frequency stability, excellent phase noise performance, and excellent output power.

It is highly suitable for applications such as wireless communication systems, optical modems, radars, navigation systems, and global positioning systems (GPS). It has a wide range of operating voltage, from 1.2 to 1.8V, and a wide temperature range from -40°C to +105°C, making it suitable for harsh industrial environments. Moreover, it can operate at a wide range of frequencies from 100MHz to 500MHz, and its electrical parameters are precisely set using precise laser trimming.

Working Principle of PXETDCJANF-11.059200

The principle of working of the PXETDCJANF-11.059200 oscillator is based on voltage-controlled crystal oscillator (VCXO). A crystal oscillator is a type of oscillator that is based on the mechanical resonance of a vibrating crystal, such as quartz, to create an electrical signal with a precise frequency. The frequency output of the crystal is controlled by varying the voltage applied to it. The frequency of the crystal oscillator is further controlled by the temperature, which is where the temperature-compensation circuitry of the PXETDCJANF-11.059200 comes into play.

The output signals of the PXETDCJANF-11.059200 oscillator are generated by the crystal oscillator and then amplified by the buffer amplifier circuit. This buffer amplifier circuit is designed to drive the output frequency to the required output level while maintaining high linearity and low phase noise. The output frequency of the oscillator is also governed by the temperature compensation circuit, which dynamically adjusts the output frequency to compensate for the changes in temperature, thus ensuring the stability of the oscillator’s output.

Conclusion

Oscillators are essential components in many electronic circuits. The PXETDCJANF-11.059200 oscillator is a voltage-controlled, temperature-compensated oscillator that boasts superior frequency stability, excellent phase noise performance, and excellent output power. It has a wide range of operating voltage and temperature, and can operate over a wide range of frequencies. Its working principle is based on the voltage-controlled crystal oscillator..

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