SG-9101CA-C07PHAAB

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Programmable oscillators are electronic devices that generate precisely controlled clock and timing signals commonly used in digital circuits and systems. These oscillators offer flexible control over their operation and output frequency, often being able to program their parameters through a simple serial interface. One such oscillator is the SG-9101CA-C07PHAAB, which offers an alternative to quartz crystals and frequency programmable clocks in some applications.

The SG-9101CA-C07PHAAB is a complete digital programmable oscillator solution that permits frequency control over a range of 1Hz to 150MHz. The device can be programmed via either a two-wire serial interface, providing a simple way to modify the frequency and parameters of the output. This feature makes it ideal for applications such as clock/timing/counter generation, or for use in frequency synthesizers.

As with most modern oscillators, the SG-9101CA-C07PHAAB utilizes a CMOS-based design for improved versatility. This allows users to program the output frequencies without worrying about hardware modifications. Additionally, the CMOS-based design results in improved accuracy and stability, making it suitable for use in a variety of applications. Furthermore, the device is also highly efficient, consuming only a fraction of the power of comparable quartz-based oscillator solutions.

The SG-9101CA-C07PHAAB is also notable for its non-volatile memory, enabling it to store and recall its current frequency settings even after a power cycle. This improves the unit’s time to lock onto the desired frequency, eliminating the need for time consuming manual programming. Additionally, the device contains programmable output divider ratios, enabling it to generate multiple frequencies from one device.

In order to determine the correct frequency output, the frequency of the oscillator is set through the use of a small number of external resistors. This is accomplished by using a resistive voltage divider to generate a voltage proportional to the desired frequency. This voltage is then applied to an integrator, which then produces the desired output frequency at its output. As the SG-9101CA-C07PHAAB utilizes an internal digital-to-analog converter, it is relatively simple to program the desired frequencies without needing to modify the hardware.

The SG-9101CA-C07PHAAB is an ideal solution for a variety of applications, offering reliable and accurate frequency control as well as a non-volatile memory and internal digital-to-analog converters. The device can be programmed via a simple serial interface and can generate multiple frequencies, making it highly versatile and efficient. In addition, the CMOS-based design ensures improved accuracy, stability and low power consumption.

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