SI5345D-B-GMR

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The SI5345D-B-GMR from Silicon Labs is a digital clock generator. It is a popular choice for numerous applications requiring reliable, low-jitter clock generation. It is part of the company’s Integrated Clock Generator family, which includes devices with a wide range of features.

The SI5345D-B-GMR is a low-power dual-channel programmable synthesizer that provides frequency resources for data conversion, system timing and clocking, Synchronous Ethernet, packet switching and communication clocks. It provides excellent jitter and phase noise performance typically required by video, network, and audio applications.

The SI5345D-B-GMR is available in a tiny 7x5mm QFN package, making it suitable for space-constrained designs. Its integrated spread spectrum clock generator can improve EMI to meet international regulatory requirements. The device is suitable for frequency synthesis and clock synthesis in high-frequency wireless, radio, and base station designs.

The SI5345D-B-GMR features a high-performance 8 kHz to 550 MHz oscillator, with a wide frequency range and excellent jitter performance, as well as low power draw. The device also features a programmable dual loop jitter attenuator for improved jitter attenuation in high-bandwidth, high-jitter applications. It has an integrated programmable zero-delay clock buffer for improved jitter tolerance.

The SI5345D-B-GMR features pin-programmable frequency synthesis with output frequencies from 0.5 MHz to 600 MHz, with a wide variety of on-chip and off-chip synthesizers. It also supports on-chip dual-loop jitter attenuator, spread spectrum clock generation and output buffer. The tool is designed to provide a user-friendly approach to Synthesized Clock and Spread Spectrum-based clock application development, supporting numerous frequency control applications.

The SI5345D-B-GMR integrates an on-chip low-power dual-channel programmable synthesizer, providing high-frequency resolution, excellent jitter performance, and programmability to provide the highest performance. The device is also extremely flexible, with a wide frequency range and programmable features. Overall, it is an excellent choice for a wide range of Clock/Timing applications, including clock generation, frequency synthesis, and jitter attenuation.

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