500DSAC161M133ACFR

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Oscillators are electronic devices that produce a recurring waveform, or repeating electronic signal, at a specific frequency. The 500DSAC161M133ACFR is a type of oscillator widely used within today’s electronics technology. This oscillator is widely available in both analog and digital formats, and typically operates at frequencies of 5.0 MHz to 150 MHz.

The 500DSAC161M133ACFR is a digital voltage-controllable oscillator (VCO) often employed in applications where frequency stability is required, such as within communications systems, radio receivers, and signal transmission. It is particularly useful in radio frequency (RF) and intermediate frequency (IF) applications because of its ability to generate a stable signal with minimal drift over time.

The working principle of the 500DSAC161M133ACFR is based around a voltage-controlled capacitance device (VCCD). A VCCD is a type of passive component which, when a voltages is applied across two terminals, will change its capacitance, making it a key component in frequency control applications. This device is connected to a buffer amplifier which reduces the drive current required by the VCCD and amplifies the output signal to meet the necessary requirements.

The 500DSAC161M133ACFR is designed to have a high frequency stability and a characteristic fast-start-up operation which makes it appealing to many applications. Further features of the 500DSAC161M133ACFR include low power consumption with a low operating voltage and wide tuning range. It is also able to be integrated into multiple packages for convenience including surface mount, SIP (Single In Package) and DIP (Dual In Package) formats.

The application field and working principle of the 500DSAC161M133ACFR oscillator is based around a voltage-controlled capacitance device that is connected to a buffer amplifier. The 500DSAC161M133ACFR is a digital oscillator widely available in analog and digital formats, and typically operates at frequencies of 5.0 MHz to 150 MHz. It is designed to be high frequency stability and has a characteristic fast start-up time and low power consumption and wide tuning range. This oscillator is used in applications where frequency stability is required, such as communications systems, radio receivers, and signal transmission.

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