SI5338H-B06945-GMR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SI5338H-B06945-GMR is a high-performance differential clock generator designed for applications requiring multiple low-phase noise frequencies. This clock generator provides seven different outputs to give the user options when multiple frequencies are needed from a single source. With jitter performance as low 10fs RMS (random-jitter) and 15fs RMS (deterministic-jitter) the SI5338H-B06945-GMR is the perfect choice for precision medical imaging applications.

The outputs of the SI5338H-B06945-GMR are divided into three types: General Purpose Outputs (GPOs), Programmable Outputs (POs), and High-Performance Outputs (HPOs). The GPOs are designed for low-frequency applications that require minimal jitter performance. The PO outputs are programmable via an integrated SPI port and can support up to 28 low-jitter outputs. The HPO outputs are designed for applications where precision, low-jitter performance is needed and they can output up to 18 different frequencies.

The SI5338H-B06945-GMR application field covers a range of industries including medical imaging, optical networks, industrial control, and test and measurement. For example, a medical imaging system requires precise clock signals in order to correctly construct a 3D image of anatomy. The SI5338H-B06945-GMR can provide the necessary clock signals with excellent jitter performance, while at the same time eliminating the need for multiple voltage sources. This helps to reduce the power consumption and cost of the medical imaging system.

The SI5338H-B06945-GMR is an ideal fit for industrial control applications due to its low EMI and noise levels. These features help to ensure that the control devices operate without interference from external sources, providing precise and repeatable results. Additionally, the wide range of output frequencies ensures that the SI5338H-B06945-GMR can provide clock signals for a large variety of industrial control devices. Lastly, the wide frequency range and low jitter performance of the SI5338H-B06945-GMR make it ideal for test and measurement applications.

The working principle of the SI5338H-B06945-GMR is based on frequency multiplication and division. The device can take an external reference clock signal and multiply it up to 72 times the frequency or divide it down to the 1/64th frequency. This allows the device to offer a wide range of output frequencies while maintaining an excellent jitter performance of 10fs RMS (random-jitter) and 15fs RMS (deterministic-jitter).

The SI5338H-B06945-GMR is a high-performance and cost-effective solution for applications that require multiple low-jitter clock signals. The wide range of frequencies, excellent jitter performance, and low EMI make the SI5338H-B06945-GMR an ideal choice for applications in medical imaging, industrial control, optical networks, and test and measurement. The frequency multiplication and division principle allows for the device to provide a wide range of output frequencies and maintain a very low jitter performance, making it the perfect solution for precision applications.

The specific data is subject to PDF, and the above content is for reference