SY58011UMG

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The SY58011UMG is a high-precision, low-skew, low-jitter clock buffer/ divider device which can divide clock frequency to reduce board size and circuitry. The device is IDT\'s latest offering for reliable clock buffering. It supports a wide range of differential clock inputs and offers a wide range of output customizations that allow for a low-noise, low-skew clock tree design. This device is specifically designed for high performance, low-jitter, high-bandwidth applications requiring reliable, low-phase noise clocking.

The SY58011UMG has many features and performance capabilities that make it a good choice for clock buffering and distribution applications. Specifically, it consists of eight differential outputs, which can be used with a wide range of frequencies, jitter, and margins. Its clock-aligned output stages are designed to maximize signal integrity and reduce static power consumption. Additionally, the device includes integrated divide-by-4 and divide-by-8 blocks and adjustable phase delay for flexible output alignment and phase shift capabilities. Most importantly, the device delivers low jitter, low phase noise, and high-frequency performance.

The SY58011UMG is ideal for a wide range of applications requiring high-precision clocks such as servers, storage networks, embedded and telecom systems, and high-speed networking. It is also suitable for applications such as cable and satellite broadcasting, high-speed networking, portable communications, and data centers. Its main applications and usage include:

• Cable, satellite, broadcast, and OTT applications
• High-speed networking, including 10Gb and 25Gb/s
• Embedded systems, including robotics
• Storage networks and data centers
• High-definition video, including HDTV and 4K UHDTV
• High-speed, low-noise PCIe systems

In terms of its working principle, the SY58011UMG receives a differential clock input from the source clock, converts it to a single-ended signal, and then buffers and distributes the clock signal to the outputs. The clock buffer consists of a low-noise programmable delay line, which is used to align the input clock to the output clock. The clock buffer utilizes solid capacitors and low-power high-performance differential amplifier stages to achieve low-jitter, high-bandwidth performance. In addition, it features automatic shut-down and clock-enable pins that can be used to dynamically manage power consumption and enable/disable clock outputs as needed. The SY58011UMG also supports up to eight divide-by-2 or divide-by-4 outputs, allowing users to customize their clock tree designs for low-jitter, low-noise performance.

In summary, the SY58011UMG is a high-precision, low-skew, low-jitter clock buffer/divider device for high-performance, low-jitter, high-bandwidth applications requiring reliable, low-phase noise clocking. Its wide range of differential inputs and output customizations enable a low-noise, low-skew clock tree design. It is ideal for a wide range of applications, such as HDTV, 4K, and 10Gb/s networking. It also supports multiple outputs that can be configured for divide-by-2 or divide-by-4 outputs, enabling users to optimize their clock tree designs. Finally, its automatic shut-down and clock-enable pins can be used to dynamically manage power consumption and enable/disable clock outputs as needed.

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