IDT5T9316NLGI

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Clock Buffers, Drivers, and other clock/timing components play an essential role in the functioning of modern electronic systems. They provide the critical link between system and subsystem clocks and other sources of timing, providing key synchronization and alignment to system timing and performance. IDT5T9316NLGI is a clock/timing component that provides excellent performance and is reliable in operation enabling efficient and stable system clock distribution applications and more.

The main application fields of the IDT5T9316NLGI are in automotive electronics as well as consumer, industrial, and communications applications. It is widely utilized to provide system clock distribution and clocking solutions in automotive infotainment, instrument clusters, and Rear View Mirror systems. Aside from these, it offers efficient and reliable timing solutions for consumer and industrial applications such as consumer and communications devices, medical devices, and edge device applications.

The IDT5T9316NLGI operates with a typical voltage of 5V and 6V. It is characterized for robust design along with 2:1 fan-out and non-zero output-to-input skew that enables optimal performance. The device is specified with a maximum frequency of 1.2GHz and data rates of 9.2Gbps that support the latest rising PCIe 4.0 standards with tight timing margins and low jitter. In addition, it provides a tight Tck cycle-to-cycle jitter of internal clock output of typical 200fs and cycle-cycle jitter of 50ps to ensure stability of output through variation of input frequency and low phase noise at output.

The IDT5T9316NLGI clock buffer consists of multiple output buffers enabled by a single input source. The device can be used to create a cascade of input/output feeding signals that are amplified and isolated with each port. The buffer has multiple outputs that are isolated using channel to channel isolation technology and protects clock integrity by reducing noise, interference, and distortion. The unique combination of multiple output buffers and single input source enables it to drive multiple data lines simultaneously with each line having their own independent skew and phase characteristics.

The working principle of the IDT5T9316NLGI is based on the concept of a clock/timing buffer allowing for the transfer of a timing signal from an input source to multiple output buffers. The device is designed for improved clock integrity to reduce noise and interference. Its output buffers are isolated using channel to channel isolation technology, thus enabling a cascade of input/output feeding signals to be amplified and isolated with each port. This allows the device to drive multiple data lines simultaneously while retaining the signal integrity. Furthermore, the IDT5T9316NLGI features a high fan-out, low jitter, and tight skew making it an ideal solution for distributing system clock signals in a number of applications in the automotive and communications devices market.

The IDT5T9316NLGI has been designed for optimal performance, reliability, and optimal system clock distribution in a wide range of automotive, industrial, and consumer applications. With a high fan-out, low jitter, and tight skew output signals make it a reliable clock/timing solution for these applications. The 2:1 fan-out and non-zero output-to-input skew capabilities make it a dependable device for fast and stable clock distribution. Combined with its robust design and low phase noise, it provides the essential link between system and subsystem clock distribution, guaranteeing superior clock synchronization, alignment and performance.

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