SI5325C-C-GM

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The SI5325C-C-GM is a member of the 3rd generation of Silentwitch™ Any-Frequency™ Clock Multiplier ICs which provides the customer with an easily programmable, low-cost, timing solution. It is a low-power, higher performance clock and timing solution IC specifically designed for high-speed serial data transmission applications. The SI5325C-C-GM is designed to optimize performance and raise the bar in clock multiplier design. It is designed to enable increased granularity with a wide range of output frequencies and various I/O configurations to support the requirements of the most demanding high-speed serial data transmission application.

The SI5325C-C-GM is a low-power and high-performance clock and frequency synthesizer that is optimized for use in high-speed serial data applications. The device has a wide range of output frequencies, as well as selectable I/O configurations to support all types of high-speed serial data applications. Its operating current is as low as 1.8mA, at 48MHz output frequency, helping reduce power dissipation and keep operating temperatures cooler, while enabling increased granularity over all output frequencies.

The SI5325C-C-GM offers a modifiable output frequency via its programmable input signals. It is tightly tuned to the application\'s requirements, making it ideal for those needing a programmable frequency generating solution. Additionally, the SI5325C-C-GM features a low noise phase-locked loop (PLL) frequency multiplier and a digital frequency synthesizer. This feature further allows the user to modify frequency multiplication ratios, thereby enabling output frequencies up to 8Hz. This allows for a wide range of applications, ranging from datacoms, storage and digital communications to laboratory, industrial and defense applications.

The SI5325C-C-GM is primarily used within high-speed digital communication applications, such as chip-to-chip, point-to-point and multi-chip digital systems that require wide frequency range capability and low noise operation. Additionally, the device is often utilized within high-speed cables, as well as in applications requiring low-cost single-sourced clock solutions. Some of the features of the device include integrated spread spectrums, pulse width modulated outputs, low-power operation, as well as support for multiple feedback frequencies, allowing for a wide range of output frequencies.

The SI5325C-C-GM leverages advanced PLL technology to produce a clean, low-jitter clock signal. This is provided by the integrated phase detector, delay-locked loop slicer and drive frequency comparison circuitry, all of which work in conjunction with the phase-locked loop frequency multiplier. Upon initialization, the comparator circuitry locks the phase-locked loop frequency multiplier to the desired frequency, which is then used for generating the output clock signals. The feedback frequency provided to the phase-locked loop is determined by the device\'s output frequency ratio, as it is adjusted for higher resolutions. The PLL systems integrated within the device are compliant with Europe\'s EMC directives, EN55022 Class B, as well as US RoHS requirements.

The SI5325C-C-GM is a high-performance and low-power clock multiplier that is specifically designed for high-speed serial data transmission applications. It features a wide range of output frequencies, as well as selectable I/O configurations. Additionally, it features an integrated PLL frequency multiplier and a digital frequency synthesizer, allowing for output frequencies up to 8Hz. The device is an ideal solution for those seeking a programmable frequency generating solution, as it is tightly tuned to meet the application\'s requirements. Lastly, it is compliant with Europe\'s EMC directives, EN55022 Class B, as well as US RoHS requirements.

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