853S031BYILF

The 853S031BYILF is a low power clock buffer/driver integrated circuit designed to bridge between the modern computer’s logic and the traditional clock generator outputs. Employing advanced silicon technology, the 853S031BYILF is capable of safely, accurately and reliably distributing the clock signals to multiple destinations accurately. As a result, it has become an indispensable component for the computer, video, network and embedded systems for providing stable clock outputs with low system cost and low power consumption.

The 853S031BYILF is particularly suited for applications such as clock synthesis, clock pulsing and buffering, clock division, and clock distribution. It has a wide range of features, including a core power consumption of only 0.3A, a maximum rating of 10-88V, and an operating frequency range of 200MHz-1GHz. The 853S031BYILF operates on both 4.5V and 3.3V logic voltage and has a comprehensive self-test mode. This allows designers to easily test the device on their system before it is deployed in production.

The 853S031BYILF is powered by a single +3.3V power supply and also offers separate logic supply inputs for configuring logic high and logic low levels. This enables the device to support multiple logic standards and speeds, while providing adequate noise margin and noise immunity. Furthermore, the 853S031BYILF also provides an input Clock Disable function, which enables the clock outputs to be disabled when needed. This feature eliminates the need for disabling the clock from the application after it has been permanently enabled. Through its comprehensive pin control option, the 853S031BYILF can also be used in multiple different application scenarios, such as clock and frequency division, clock scrambling, clock multiplication and digital logic testing.

The fundamental working principle of the 853S031BYILF is to distribute the clock input to its output architectures. The 853S031BYILF utilizes a multiplexed clock buffer/driver architecture to deliver the clock signals to its outputs with low power consumption. During this operation, the multiplexed inputs are encoded into the 853S031BYILF\'s internal state machine to achieve the desired clock output. The 853S031BYILF is designed to decrease the effects of clock skew and fan-out on its output architecture by enabling simultanious multiplexing of up to 8 outputs. As a result, it is able to provide more stable clock outputs across multiple clock networks.

In addition to its low power operation, the 853S031BYILF is capable of integrating multiple functions into its design. These functions include the multiplexed clock buffer/driver, clock gating control, clock synthesis capability, power saving features, and adjustable clock frequency range. All these features have enabled the 853S031BYILF to become a viable alternative to the traditional clock generator for modern computer applications.

In summary, the 853S031BYILF is an ideal candidate for bridging between modern logic and the traditional clock generator outputs. Its low power operation, wide frequency range, and integration of multiple features make it a suitable choice for applications requiring accurate clock outputs. Furthermore, its low system cost and adjustable clock frequency make it an ideal solution for designers requiring high performance, efficient clock solutions.