ASSFLP1-R-C08

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Programmable Oscillators serve many purposes, such as frequency control, timing and synchronization, selecting reference frequencies, and controlling frequency or phase accuracy. For example, the ASSFLP1-R-C08 is a versatile programmable oscillator that has a wide range of applications.

The ASSFLP1-R-C08 has a programmable range of frequencies from 100 kHz to 200 MHz. It is ideal for applications that require the control of digital signals, such as those in data communication, radar systems, precision synthesizers, and timers. Moreover, the device features two programmable control inputs that can be used to adjust its frequency and phase. This makes it ideal for applications that require the control of digital signals, such as those in data communication, radar systems, precision synthesizers, and timers.

The ASSFLP1-R-C08\'s working principle is quite simple. In order to adjust the device\'s frequency and phase, users must first set the desired value on the device\'s programmable control inputs. The device then uses an internal oscillator to produce an output signal that is regulated according to the parameters specified by the control inputs. This ensures that the device provides a stable and accurate output signal over a wide range of temperatures and frequencies.

The ASSFLP1-R-C08 also features several options for output termination. Users can configure the device to automatically shut down upon reaching a certain extinction angle or to maintain a certain output frequency. Additionally, users can program the device to switch between two possible output signals whenever a certain external event occurs, such as a pulse or a change in temperature. These features make the device suitable for applications that involve complex signal processing.

The ASSFLP1-R-C08 is ideal for applications that require a programmable oscillator with superior performance and flexibility. It is a versatile device that can be used for a wide range of applications, such as frequency and phase control, data communications, radar systems, precision synthesizers and timers. Moreover, the device\'s simple and reliable internal oscillator circuit makes it easier to use and maintain.

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