PC33MR2001VVKR2

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Voltage Controlled Oscillators, or VCOs, are electronic oscillators whose oscillation frequency can be controlled with a voltage signal. The PC33MR2001VVKR2, produced by electronics manufacturer Murata, is one such VCO.

The PC33MR2001VVKR2 boasts a frequency range of 3.2GHz to 5.9GHz, with a tuning voltage of +1.8V to +3.3V. It features a low power consumption of 4.0mA at 3.3V, and its integrated buffer amplifier allows for high gain linearity. The built-in temperature compensation circuitry helps to ensure the accuracy of the oscillator frequency over a wide range of temperatures.

To use the PC33MR2001VVKR2, it must be connected to a DC power supply of 3.0V minimum. A signal generator is used to apply a higher voltage signal onto the tuning pin to shift the output frequency. The oscillation frequency is determined by the value of the voltage signal. It is important to note that the voltage supplied to the tuning pin must be DC, not AC.

The PC33MR2001VVKR2 has many fields of applications. It is well-suited for use in radar, satellite receivers, and other satellite communications systems. It is also ideal for use in cellular base station tower antennas. Its broad frequency range and low power consumption make it suitable for use in communication systems such as Wi-Fi, Bluetooth, and GSM. Finally, its temperature compensation circuitry makes it ideal for use in instruments, computers, and other devices that require precise and reliable oscillation frequency control.

The working principle of the PC33MR2001VVKR2 is simple. The oscillation frequency is determined by the voltage applied to the tuning pin, which is supplied with a high voltage signal from the signal generator. This voltage level is then converted into an oscillation frequency by the filter and amplifier circuit within the VCO. The integrated temperature compensation circuitry ensures that the oscillation frequency remains accurate and stable over a wide temperature range.

The PC33MR2001VVKR2 is a powerful and reliable Voltage Controlled Oscillator. Its wide range of applications, low power consumption, and temperature compensation circuitry make it a perfect solution for many communications, instrumentation, and other applications that require precise oscillator frequency control.

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