CVCO55BE-1950-2070

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Voltage controlled oscillators, VCOs, are electronic sources of oscillation and are used in many fields of electronic engineering. They are designed to provide a very precise and stable oscillator output. The ability to control the output frequency and amplitude of the oscillator gives them a great advantage over other options in many applications.

The CVCO55BE-1950-2070 is an ultra-low frequency voltage-controlled oscillator (VCO). This model is unique in its ability to provide frequency and amplitude control from a low frequency range. It has an input voltage range of -500 mV to +500 mV and can provide an output frequency range from 1950 Hz to 2070 Hz. The frequency and amplitude responses are linear over the full range, ensuring very precise and reliable control.

The CVCO55BE-1950-2070 is particularly suitable for use in precision timing applications such as clock synchronization, frequency measurement, and control. It can also be used in many types of radio frequency (RF) designs, including base station transmitters, receivers, satellite transponders, and Spread Spectrum applications.

The working principle of the CVCO55BE-1950-2070 is based on the voltage to frequency conversion. The input voltage is applied across an integrated circuit voltage controlled oscillator (ICVCO). This device has an internal oscillator that is able to generate precise output signals of a frequency proportional to the input voltage. The output frequency can be adjusted by varying the input voltage.

The CVCO55BE-1950-2070 also features a temperature compensation circuit that allows the output to remain stable over a wide range of operating temperatures. This enables the device to maintain a precise frequency output at all times, making it an ideal choice for high-precision applications.

The CVCO55BE-1950-2070 is an excellent choice for applications requiring precise, reliable and accurate control of the frequency and amplitude of an oscillator. Its wide input voltage range, temperature compensation features and low frequency range make it an ideal choice for many different types of electronic applications.

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