PL902104USY-T5

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The PL902104USY-T5 is a Clock/Timing device which is used in many applications to provide accurate timing or synchronization of electrical signals. This device is a Clock Generator, Phase-Locked Loop (PLL), Frequency Synthesizer. It is used in a wide range of applications such as Telecommunications, Security, Networking and Industrial Automation.

The PL902104USY-T5 Clock Generator, PLL, Frequency Synthesizer provides accurate and reliable synchronization of signals. It is based on a low power, high-speed, True Digital PLL (DPLL) core which allows for accurate frequency stability, wide tuning range and low jitter performance. It features an adjustable output frequency range, an input frequency range of up to 25 MHz and resolutions of up to 1mHz. It also has an adjustable phase and jitter performance.

The working principle of the PL902104USY-T5 device is based on the DPLL technology. This technology uses a Phase Detector to measure the phase difference between the reference clock and the free running clock. The Phase Detector then sends the error signal to the Control Voltage Generator which adjusts the VCO frequency to correct the phase error. The VCO then provides clock output to the system.

The PL902104USY-T5 device is used in many applications such as in data telecommunications, storage systems, high speed network switches, as well as in broadcast, industrial & aviation applications. It is also used in GPS receivers, automotive entertainment systems, Oscilloscopes and Electronic Test Equipment. The device has a low jitter performance and can be used to adjust the generated clock frequency and phase according to the specific application requirements.

In conclusion, the PL902104USY-T5 is a Clock/Timing device which is part of the Clock Generators, Phase-Locked Loop (PLL) and Frequency Synthesizers family. It is used in many applications to provide accurate and reliable synchronization of signals. The device features an adjustable output frequency range, an input frequency range of up to 25 MHz and resolutions of up to 1mHz. It is based on a low power, high-speed, True Digital PLL (DPLL) core which allows for accurate frequency stability, wide tuning range and low jitter performance.

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