830584AGILFT

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Clock/Timing devices are often used to organize and synchronize a variety of digital systems. Among them, the 830584AGILFT Clock/Timing device has become a popular choice for many applications. In this article, we discuss the application field and working principle of 830584AGILFT Clock/Timing device.

The 830584AGILFT Clock/Timing device was specifically designed for reliable buffering, driver and shaping of clock and timing signals within circuits. It uses advanced output drivers and logic architecture, providing excellent system performance and signal integrity. The 830584AGILFT is designed to support multiple clock/timing signal formats, including differential, LVDS, TTL and SSTL, while offering low-skew outputs with programmable output impedance. It also provides phase shifters and multiple output clock sharing. All of these features make the 830584AGILFT suitable for many applications, including telecommunications, networking, distributed switching, analog-to-digital conversion, multi-media and other high-speed data applications.

The 830584AGILFT device includes an input stage and a set of output drivers. The input stage consists of a low-noise line receiver, which receives an input signal from the external device. This signal is then passed through an input synchronizer and multiple delay elements, which can be used for phase shifting the signal to match the delay of the output drivers. The output stage includes four programmable, rail-to-rail, low-skew, active buffers that are capable of producing output signals with different levels. This ensures that the device can meet a wide range of signal formats including differential, LVDS, TTL and SSTL.

The 830584AGILFT also provides two integrated phase-locked loop (PLL) clock buffers. The PLL buffers are capable of supporting a wide range of input frequencies, with high-bandwidth stability. Furthermore, the device has integrated slew-rate control, temperature compensation, and power-down features. These features enable the device to perform reliably in a wide range of temperature conditions, while maintaining a high level of performance.

The 830584AGILFT also supports multiple output clock sharing, allowing multiple clock sources to be synchronized with one another. This allows for more efficient and accurate control of system information between multiple devices, enabling them to share timing information with higher accuracy and less latency. The device also supports programmable output impedance and integrating programmable logic, allowing for flexibility and customizability of the solution.

In summary, the 830584AGILFT is an ideal choice for clock/timing applications, due to its excellent system performance and signal integrity. It provides accurate buffering and driver of clock and timing signals, while offering an array of features, such as programmable output impedance and multiple output clock sharing. Moreover, it offers a wide range of support for differential, LVDS, TTL and SSTL signal formats, making the device suitable for use in a variety of applications.

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