SI5338B-B02425-GMR

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A key point of the SI5338B-B02425-GMR is its ability to provide a wide range of clock signals, from 15MHz to 800MHz, with low skew, low jitter, and high accuracy. This high-performance clock source, available from Silicon Labs, is often used in industrial, consumer, and telecom applications, where precise timing is critical.

The SI5338B-B02425-GMR is a low-power clock generator for applications requiring a high level of output accuracy, including protocol timing, data management, and power management. This clock generator uses an on-chip oscillator with an on-board temperature sensor to provide ultra-low jitter and high accuracy clock signals.

The SI5338B-B02425-GMR can generate multiple clock outputs, including single-ended, HCSL, and CML signals. It has an unprecedented rate of output skews down to 50 ps, providing precise timing resolution. It also supports multiple power modes, allowing users to adjust the power consumption according to their application requirements.

In terms of working principle, the SI5338B-B02425-GMR uses a combination of an on-board oscillator and a temperature-compensated digital phase-locked loop (DPLL) to generate precise clock outputs. The oscillator is used to multiply the input signal, which can be a crystal oscillator or an external clock signal, to generate a high-frequency reference clock. This reference clock is then input to the DPLL, which can be programmed to produce a wide range of output frequencies, from 15MHz to 800MHz.

The DPLL also includes a temperature sensor and integrated compensation circuitry to ensure that the output frequency remains stable and accurate over the entire temperature range. Furthermore, the device can also be programmed with different parameters, such as jitter performance, power consumption, and clock phase offset, in order to customize the device to the specific requirements of the application.

The SI5338B-B02425-GMR is one of the best solutions for applications requiring a high level of output accuracy. With its temperature-compensated DPLL and on-board temperature sensor, this device is able to provide ultra-low jitter and high accuracy clock signals, making it an ideal choice for timing-sensitive applications. Furthermore, the device can be programmed to meet the specific requirements of the application, making it a highly flexible choice.

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