SI5338N-B02027-GMR

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The SI5338N-B02027-GMR is an oscillator module designed to provide accurate clock signals for use in a variety of applications. The module is designed for use in oscillator applications, providing fast and accurate switching, as well as providing high precision timing and synchronization of clock signals for boards and systems.

This module can be used in many types of application specific transceivers. It is commonly used in both analog and digital data, video, audio and time-domain applications, such as providing clock signals to NAND flash memory ICs, optical sensors, and field-programmable gate array (FPGA) devices. It is also used in applications such as designing of clock and clocking modules, designing of digital memory and digital signal processors, and various synchronization applications.

The SI5338N-B02027-GMR module uses a combination of advanced oscillator technologies, such as Sub-Harmonic Synthesizers (SHS) and Multi-Phase PLL (MPLL), to ensure a very stable and accurate clock signal. The module can be programmed with an external controller to manage its clock speed. It also features EMI-filtering for improved system performance.

The module has two separate input Clock Generator ICs, the Digital Clock Generator (DCG) and the Auxiliary Clock Generator (ACG). The DCG is used for initial setup and configuration of the clock signals, and the ACG is used to further tailor the clock signals for specific applications. The ACG allows for frequency optimization, as well as fine-tuning of the clock signal for precision accuracy and timing.

The SI5338N-B02027-GMR module utilizes Dual-Synthesizer Technology to create multiple outputs with a selectable noise factor. The output signal can then be synchronized and synchronized with a wide range of external devices, such as oscilliscopes, logic analyzers and FPGA timing conditions. The module is also capable of providing accurate signal output even in highly distorted or noisy environments.

The module also includes a feature known as a Clock Monitor (CMM). This feature allows the user to monitor the output signal and ensure that the signal is correctly calibrated and synchronized with the external device. This is especially useful for applications that require quality assurance and reliability in their timing functions.

In summary, the SI5338N-B02027-GMR module is an excellent solution for applications where accurate and reliable clock signals are essential. The module’s combination of technologies make it suitable for a wide range of application specific applications, from digital memories to video transceivers. With its advanced features, such as EMI filtering, Dual-Synthesizer Technology, and the CMM, the SI5338N-B02027-GMR is an ideal choice for clock and timing applications.

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