MAX9310AEUP+

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The MAX9310AEUP+ is a multi-driver with integrated buffers that will provide a single clock output, while utilizing self-timed circuitry to enable multiple ASICs, processor cores, networks, and memories to be synchronized across a broad range of applications. It integrates eight low-power buffer outputs with two low-skew input clocks. The MAX9310AEUP+ is designed to be used in systems where space is constrained and lower costs are desired.

The MAX9310AEUP+ is an advanced device which offers many of the features typically found only in more expensive devices, such as wide-range input rates, power-management, and a wide range of output and input options. The MAX9310AEUP+ is also very simple to configure and operate and will provide reliable clock distribution for your system.

The MAX9310AEUP+ features an integrated PLL, which locks onto the input clock at power-up, and then maintains a precise, low-skew frequency clock output. This allows for great flexibility in system operations by providing multiple, low-voltage, low-jitter clock rates. The MAX9310AEUP+ also includes a selectable divide-by-four feature which divides the input rate by four and provides either 2GHz or 5GHz output rates.

The MAX9310AEUP+ is best used in applications where low-power clock buffers are desired and interference or discrepancies in signal timing need to be minimized. It is ideal for applications such as ASIC design, DSP synchronisation, ASIC will performance, and low-jitter clock signal delivery. The MAX9310AEUP+ is also suitable for embedded systems, signal processing, digital signal processors, memory management, and digital video applications.

The MAX9310AEUP+ works on the principle of synchronizing multiple signals. It receives a clock input, which is then multiplied and divided by an internal divider circuit to produce multiple output signals. The MAX9310AEUP+ is designed to accept a wide range of clock frequencies, from 1MHz to 200MHz. It has a highly accurate internal PLL that ensures that all the outputs are synchronized. The MAX9310AEUP+ also has two clock outputs running at different frequencies, which reduces the need for external dividers when generating multiple clock sources.

In addition to providing multiple clock outputs, the MAX9310AEUP+ also offers a built-in power-down feature that reduces the output clock frequency and current consumption when the device is not needed. This power-management feature helps reduce system costs, because it allows the device to be powered down when not in use, thus saving power.

The MAX9310AEUP+ can be used to provide synchronized clock signals across a variety of applications. The device offers a low-power, wide-range clock output, as well as a single-chip solution for multiple clock systems. The MAX9310AEUP+ is the perfect device for applications that require synchronized, low-skew clock sources and low power consumption.

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