SI5010-B-GMR

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The SI5010-B-GMR is a CMOS programmable clock generator from Silicon Laboratories that is capable of generating frequencies from 9MHz to 900MHz and is ideal for applications such as various serial peripheral interfaces, digital visual interface, dual data rate synchronous dynamic random access memory, clock and data recovery, and test and measurement instruments. As a member of the family of clock/timing application specific chips, the SI5010-B-GMR offers several features and capabilities that are designed specifically for these applications.

The SI5010-B-GMR is built using a GMSL process, which provides it with a wide range of temperature stability and jitter performance. This helps the SI5010-B-GMR to be used in extreme environmental conditions and also helps it to maintain accuracy in all types of conditions. This capability is particularly useful for applications such as data recovery, where the accuracy of the clock is critical. The SI5010-B-GMR also offers the ability to be configured to the exact clock rate that is needed, as it supports clock rates up to 900MHz. This makes it more cost-effective to use, as the user can use the exact clock rate that is needed, rather than having to pay for a clock that generates an entire range of frequencies.

The SI5010-B-GMR also has an integrated power-down output that allows the clock rate to be adjusted quickly and with minimal power consumption. This makes it suitable for use in mobile applications, as the power consumption can be reduced when the device is not in use. This feature helps to reduce thermal stress and reduce any noise from the clock generator.

In addition to these features, the SI5010-B-GMR has several additional capabilities that are designed to help it to excel in clock/timing applications. These include a wide voltage range, a wide operating temperature range, a dynamic on-board frequency tuning, a fast power-up/down schedule, and a jitter attenuating architecture. All of these features are designed to ensure that the SI5010-B-GMR can be used in a variety of applications and still maintain accuracy and performance levels.

The working principle of the SI5010-B-GMR is relatively simple and straightforward. The chip is programmed via a serial interface and its internal registers are used to configure the output frequency and timing settings. Once the settings have been configured, the chip will begin to generate signals based on the input settings. This process can be repeated whenever the clock settings need to be adjusted.

Overall, the SI5010-B-GMR is an excellent choice for clock/timing applications. Its features and capabilities are designed to ensure that the device is suitable for a wide range of applications, from data recovery to mobile applications, and its power-saving capabilities make it a cost-effective choice for any application. The device also has a simple working principle, which makes it easy to configure for any application.

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