ICS511M

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The ICS511M is a versatile device that encompasses a wide range of clock/timing applications, such as clock generators, PLLs, frequency synthesizers, and clock multipliers. This highly programmable IC generates and distributes high-speed, low phase-noise clock and data signals. The ICS511M is an ideal device for applications that require high-speed clock running, such as signal-processing systems, synchronous DRAM systems, and multi-processor systems.

The ICS511M operates as a clock generator and signal distributor, providing accurate clock outputs and output fields with a wide variety of signal types. The device can generate responsive on-chip clocking signals, allowing system designers to quickly and easily configure a wide range of applications. The ICS511M also supports low-power operation, allowing power-sensitive systems to operate smoothly and efficiently.

The ICS511M uses a Clock Synthesizer (CS) element as the main component of its architecture. This CS element is driven by two PLLs, which synchronize its output frequency and phase to a reference input clock. The CS element is responsible for driving the chip’s clock outputs, including the internal Global Clock (GC), the Frequency HiLo (FHL), and the Critical Clock Output (CCO). The device also includes a Data Resistor (DR) element, which is responsible for distributing data signals.

The ICS511M features a sophisticated Power Management System (PMS), which ensures that the device operates in the most efficient manner possible. The PMS allows the device to intelligently enter a low power state when it is not being used and then rapidly transition to an active mode when necessary. This helps to reduce system power consumption and improve overall system performance.

The ICS511M supports multiple clock rates in a single system, allowing designers to quickly and easily configure their applications to support different clock rates. The device includes a Programmable Frequency Selection (PFS) feature, which permits the user to select specific frequencies to be used for various output fields. This helps to ensure that the system’s output signals are configured to match the system’s performance and electrical requirements.

The ICS511M also supports programmable power-mode functions, which allow the user to select specific power modes for specific operations. This helps to ensure that the system is operating efficiently while still providing adequate performance. The power-mode functions also help to reduce system power consumption, which can lead to increased battery life in portable systems.

In addition, the ICS511M is designed to be interoperable with other industry-standard devices. This allows it to be used in a variety of systems, regardless of the particular components that are used. This helps to ensure that the system operates smoothly and efficiently, regardless of the specific components that are in place.

The ICS511M is an ideal device for a wide range of clock/timing applications. The device’s sophisticated architecture and programmable features, combined with its low-power operation, make it an excellent choice for applications that require accurate, high-speed clock and data signals. The ICS511M is an excellent solution for a wide range of clock/timing applications, providing system designers with the flexibility and performance that they need.

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