SI5330H-A00220-GM

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The SI5330H-A00220-GM is a clock buffer, driver, and timing device, which can be used to provide synchronized output signals with excellent accuracy and precision. It is made with a programmable output drive capability and can be used in a variety of applications, such as networking and telecommunications, data processing, and instrumentation.}

The SI5330H-A00220-GM is a high-performance clock buffer, driver, and timing device, which employs the latest technology for wireless networks, data systems, and instrumentation. It is designed to generate low-jitter clocks for sync-to-reference and synchronous clocking of data, video, and audio communications. It offers a multi-source clock tree, with the ability to select from various clock sources.

This device is capable of driving signal outputs with up to four separate output types, with frequencies ranging from 6 MHz to 1GHz. It has a wide selection of output signal programming, including fixed output signal types, blanking, and adjustable clock skew. The signal transmissions can be configured to be within +/-25ppm tolerance, with a signal-to-noise ratio of 55dB MIN-TAP. This makes it suitable for applications requiring clock synchronization between multiple components.

The SI5330H-A00220-GM utilizes a unique multi-phase clock signal technology, which allows it to generate seven independent, high-accuracy, low-jitter clock signals in sync with a master clock signal. The device consists of two switching centers and two separate clock drivers, which allow an efficient use of the available power. The device also features an adjustable power-save mode, which reduces power consumption when it is not transmitting data. Additionally, the device can perform simultaneous frequency synthesis and control of up to eight outputs simultaneously.

In addition to its clock signal capabilities, the SI5330H-A00220-GM also offers a wide range of robust protection features, which help to reduce electrical stress on the system. The device features an over-voltage protection, over-current protection, under-voltage protection, over-temperature protection, and ESD protection. All of these features help to ensure that the device operates safely and reliably, even in harsh environments.

The SI5330H-A00220-GM is designed to provide synchronization and accurate timing for wireless networks, data systems, and instrumentation. It has a wide selection of output signal programming, including fixed outputs, blanking, and adjustable clock skew. The device offers robust protection features, which help to reduce electrical stress on the system. It also has an adjustable power-save mode, which reduces power consumption when it is not transmitting data.

In conclusion, the SI5330H-A00220-GM is an ideal device for clock synchronization and timing applications in wireless networks, data systems, and instrumentation. It offers a wide range of output signal programming, along with robust protection features, and an adjustable power-save mode. All of these features make the device suitable for a variety of timing and synchronization applications.

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