ASSFLP1-R-D16

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Programmable oscillators are increasingly becoming popular for their many efficient applications in design, communication, switching and much more. As such, there is a great demand for oscillator solutions that are reliable, and at the same time, give users higher flexibility. The ASSFLP1-R-D16, a set of programmable oscillators, fits the bill perfectly, and provides users with an amazing range of functionalities.

The ASSFLP1-R-D16 has been designed to deliver excellent frequency accuracy within a wide frequency range, making it a great choice as a programmable oscillator. It is typically used in a variety of embedded and wireless applications including GPS systems, PLCs, wireless control systems and more.

In terms of its application, the ASSFLP1-R-D16 is ideally used in applications where flexibility and precision are of the utmost importance. These include the likes of frequencies divider, data jitter attenuator, local oscillator, pulsewidth modulation generator, frequency synthesizer, and frequency counter. In some cases, it is also used as a precision reference clock for generating accurate signals for timing and synchronization purposes.

Moving on to the main working principle behind this programmable oscillator, the ASSFLP1-R-D16 operates using the simple principle of phase-locked loops (PLLs). PLLs are commonly used in today’s electronic circuits that work by locking onto a reference signal and then producing a steady output signal. This process is achieved by using comparators, filters, and oscillators to capture Feedback information in the form of an error voltage. In the case of ASSFLP1-R-D16, the reference signal is applied to two comparators and the corresponding oscillators. The comparators determine the phase difference between the two oscillators and this error voltage is then coupled back to the oscillators in order to maintain the desired frequency.

Finally, the ASSFLP1-R-D16 is a highly reliable, cost-effective and flexible programmable oscillator. With a wide frequency range and high frequency accuracy, it makes a great choice for applications that need quick tuning and frequency adjustments. Also, it makes an ideal solution for applications requiring precision timing and synchronization performance, such as embedded and wireless control systems.

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