SI5338C-B03239-GMR

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The SI5338C-B03239-GMR is an application-specific clock chip intended for many professional applications. It is a versatile and powerful tool for applications requiring accurate timing and synchronization. The SI5338C-B03239-GMR is a multi-function clock chip with a low-power, low-jitter and low-latency architecture. It provides a wide range of features, such as local oscillator (LO) selectability, frequency synthesis, output enable control, and multiple reference clock inputs. It also has a wide range of output formats, including single-ended and differential clocks, sine-wave and delta-sigma integral outputs, and LVDS and PECL signals.

The SI5338C-B03239-GMR provides a number of features, making it a great choice for many applications. It has a wide range of frequency selection, with a low-jitter, low-latency architecture. The device is highly programmable, with a wide range of output formats, spread spectrum options, and adjustable drive strength. It also provides a variety of output-enable options, with an automatic disable feature that can help reduce system power consumption. The device also supports multiple reference clocks, making it suitable for applications requiring redundancy.

The SI5338C-B03239-GMR provides a wide range of features that make it ideal for many timing and synchronization applications. It has a robust architecture, with a wide range of frequency selection, low-jitter, low-latency operation, drive strength adjustment, and output enable control. It supports multiple reference clock inputs and can be configured to provide a wide range of output formats and spread spectrum options. The device is also highly programmable and can be configured to meet exact system requirements.

The SI5338C-B03239-GMR is a high-performance, application-specific clock chip. It is suitable for many professional applications requiring accurate timing and synchronization. The device is highly programmable, with a wide range of output formats, spread spectrum options, and adjustable drive strength. It also supports multiple reference clock inputs and has a robust architecture, providing reliable performance. The device can be easily configured to meet exact system requirements, and is an excellent choice for many applications.

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