CPRO33-156.250

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Oscillators are electronic circuits that produce an alternating current (AC) of a specific frequency. Oscillators can be used for various applications, including voltage regulation, frequency signal synthesis, wave form generation, and soft-start up. The CPRO33-156.250 is a type of oscillator that has been specifically designed to meet the needs of modern electronic applications.

The CPRO33-156.250 is a low power CMOS voltage controlled oscillator (VCO) that operates at a frequency of 156.250 kHz. It is capable of producing an output frequency range between 5.625 kHz and 156.250 kHz. The frequency or frequency range is controlled with an input voltage that is applied to an RC network. This oscillator employs an internal frequency selection option that allows the user to select the desired frequency.

The CPRO33-156.250 is a widely used oscillator due to its ability to produce low power consumption and fast response time. Additionally, it includes a temperature stability of up to +/- 0.05%. This makes it highly suitable for battery-powered applications such as active RFID tags and medical sensors. It also offers a low start-up current of less than 1.5mA, which eliminates the need for additional power supplies. Furthermore, the output frequency is adjustable from 5.625 kHz to 156.250 kHz and the output duty cycle can be adjusted from 20% to 80%.

The CPRO33-156.250 oscillator operates by converting a voltage signal into an equivalent frequency signal. The voltage signal is applied to the first ramp comparator, which output a DC square wave signal. The square wave signal is then passed to an amplifier. The amplifier also includes an adjustable bandwidth control. The bandwidth control affects the frequency response of the amplifier and allows the user to set the oscillator’s output to the desired frequency. The amplified signal is then sent to a voltage-controlled digital divider, which divides the signal into pulses and outputs a digital signal with a frequency that depends on the applied voltage. The pulses are then sent to a pulse shaper, which shapes the pulses into an output signal with a uniform waveform. The output signal is then sent to a final filter to reduce any unwanted noise.

The CPRO33-156.250 oscillator is an ideal solution for applications that require a low power supply and a controlled frequency output. It is widely used in many modern electronics applications such as alarms, medical sensors, RFID tags, and automotive electronics. This oscillator is a reliable and cost-effective option for these and many other applications.

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