ASSVP-C16

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Programmable Oscillators are typically used in applications that require an accurately measured frequency. They are particularly useful in the design and development of digital systems, as they are able to generate predictable and repeatable waveforms. The ASSVP-C16 is a Programmable Oscillator from American Sensor Systems Inc., and is designed for applications that require precision measurement and control of frequency.

The ASSVP-C16 is a high-performance, wide-range programmable oscillator that provides accurate frequency control over a range of 0-16 MHz and with a resolution of 1 Hz. It is available in a variety of packages, including an improved vertical configuration that maximizes rigidity and reduce vibration. The oscillator has a wide input voltage range of 3V to 7.5V, with a 35mA current draw, making it suitable for a wide range of applications.

The ASSVP-C16 is designed for applications that require precise timing and frequency control, such as in the design and testing of electronic circuits and electronic systems. The oscillator is able to provide accurate and repeatable waveforms and frequencies over a range of frequencies. This makes it ideal for applications such as digital control of automated devices and systems, and for timing and frequency control of digital signal processing and microcontroller applications.

The ASSVP-C16 is programmed using the standard printed circuit board programming format. Programming is done using a digital logic programmer or an in-circuit programming system. With the appropriate programming, the ASSVP-C16 can be configured to generate a variety of waveforms with different frequency ranges. This allows the oscillator to be used for a variety of applications, such as frequency or phase shift keying, frequency modulation, and other sophisticated techniques.

The working principle of the ASSVP-C16 Programmable Oscillator is based on the use of a dual oscillator design. This design enables the oscillator to be programmed to generate a variety of waveforms, frequencies, and timing signals. In this configuration, one oscillator acts as the main oscillator, and the other functions as a reference oscillator, to ensure accuracy and precision of the output.

The main oscillator is programmed to generate a desired frequency, while the reference oscillator is used to measure the difference between the desired frequency and the actual frequency. This measurement is then used to adjust the main oscillator, in order to ensure that the output frequency remains accurate and consistent. The frequency of the main oscillator is also monitored in real time to ensure that its output is stable, and that it does not drift outside of the desired frequency range.

In summary, the ASSVP-C16 is a high-performance, wide-range programmable oscillator that is capable of generating a variety of waveforms with different frequencies over a range of 0-16 MHz. It is suitable for applications that require precise frequency control and accuracy, such as in the design and testing of electronic circuits and systems. The oscillator is programmed using a standard printed circuit board programming format, and is able to generate repeatable frequencies and waveforms with accuracy. Finally, its dual oscillator design enables accurate and precise control of the output frequency.

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