SI5338P-A-GM

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The SI5338P-A-GM is a clock/timing device designed for applications requiring high frequency outputs and precise synchronization. It is a cost-effective solution for applications where complex frequency requirements and precise synchronization is needed, including industrial electronics andnetwork equipment.The SI5338P-A-GM utilizes a proprietary high-accuracy clock signal synthesizer to generate precise, stable clock signals with exceptionally low jitter. It is designed for applications requiring precise timing accuracy and controlled jitter performance. It offers excellent signal quality and signal synchronization from a single module and supports various interface protocols.The SI5338P-A-GM has four channels with adjustable and programmable outputs. It also features integrated jitter attenuation and low-skew routing architectures. The four outputs can generate sinusoidal waveforms up to 6.25GHz and can be programmed to any frequency within its range. It supports up to four-phase-locked loops (PLLs) to accommodate complex frequency requirements and synchronization. The SI5338P-A-GM is configurable through a software interface and supports a range of commonly used interface protocols. It features multi-channel, multi-phase output configurability and supports a range of input clock sources. It also includes a monitoring system that allows for real-time output diagnostics and adjustable parameters.The SI5338P-A-GM is designed to operate in harsh environmental conditions and has an operating temperature range of -40°C to +85°C. It is also designed for reliable operation in temperatures as low as -25°C with up to 15dB improvement in RF immunity. The device is also ESD protected and meets various safety, industrial and automotive standards.The SI5338P-A-GM is ideal for applications where precise frequency synchronization and signal synchronization are needed including medical electronics, industrial electronics and network equipment. It is an economical solution for applications where precision timing and low-jitter performance are critical. It provides reliable operation in a wide range of environmental conditions and is highly configurable through its software interface.

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