PL585-P8-358OC

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The PL585-P8-358OC is a frequency synthesizer with a wide range of applications and a unique design. The device offers a new level of performance and flexibility, allowing users to precisely control frequency generation in industrial and communication applications. Its advanced digital phase-locked loop (PLL) provides maximum flexibility for digital and analog applications, with its low jitter, high resolution, and low noise features. The PL585-P8-358OC is a versatile and reliable frequency synthesizer that can be used in a wide range of applications.

Features

The PL585-P8-358OC offers several unique features that make it ideal for use in a variety of applications. The design includes dual-processors, one for controlling the frequency synthesis and one for handling the clock synchronization and generation. This feature provides users with maximum flexibility in selecting a wide range of frequencies or other types of signals. Additionally, the device offers an unparalleled level of resolution and flexibility, allowing users to fine tune precisely to the desired frequency. Additionally, the device offers a lower noise floor than standard timers and oscillators, making it ideal in applications where high accuracy is required. The device also features a temperature-compensated crystal reference that ensures accuracy over a wide range of temperature changes. Additionally, the device offers a programmable feedback clock for additional control of the timing signals.

Applications

The PL585-P8-358OC is ideally suited for use in a wide range of industrial applications. It is commonly used for motion and positioning control, digital frequency generation, and communication timing applications. Additionally, the device is often used for audio applications such as loudspeakers and headphones. The device is also a great choice for test and measurement applications where accuracy and precision are a must. Additionally, the device is well suited for medical imaging applications, where it ensures synchronization of signals and detection of fine details.

Working Principle

The PL585-P8-358OC is based on a two-stage phase-locked loop. This loop consists of two parts: the first stage is the differential pulse-width modulation (DPWM) which is used to control the frequency of the output signal, while the second stage is the synchronous digital frequency synthesizer (SDFS) which is used to generate the clock signal for the PLL. The differential pulse-width modulation is responsible for the frequency control and is based on the principle of metal-oxide-semiconductor (MOS) conduction. The synchronous digital frequency synthesizer is responsible for the phase-locked loop and works by multiplying the clock frequency by a pre-defined amount using a programmable digital phase shifter. The output of the phase shifter is then sent to the phase-locked loop, which is responsible for locking the phase of the output signal to that of the reference clock.

Conclusion

The PL585-P8-358OC is an advanced frequency synthesizer that offers a unique combination of features and flexibility. It provides users with the tools they need to precisely control the frequency generation in their applications, the module offers unparalleled resolution and low noise performance. The device is a great choice for industrial, medical imaging and communication applications where accurate and reliable frequency generation is essential. Additionally, its two-stage phase-locked loop offers maximum flexibility and precision, allowing users to generate a wide range of signals.

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