49FCT806APYG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 49FCT806APYG is a low-skew clock driver, known for its low voltage design and power consumption efficiency. This integrated circuit, or IC, is part of a category of devices referred to as clock buffers, drivers, and other timing-related components. This particular IC acts as a driver for up to 14 unique clock signals, enabling its application in clocking/timing circuitry, as well as digital logic applications.

The 49FCT806APYG is a single-supply device with a maximum supply voltage of 3.3V. This low-voltage design makes it suitable for use in a variety of applications, including portable and battery-powered devices. Its high-speed operation and low-skew characteristics make it ideal for use in high-frequency clock generation, synchronization, and distribution.

When designing or working with circuitry requiring high-speed clock signals, the 49FCT806APYG can be considered as a viable solution. Its low power consumption and high throughput operation make it suitable for systems with tight constraints on power and performance. The device is designed to enable fast clock generation and distribution, while maintaining low-skew characteristics with respect to the reference clock input.

The basic purpose of the 49FCT806APYG is to convert an input clock signal into multiple low-skew outputs. This is accomplished via the device’s built-in buffer and fanout feature, which increases the output drive strength and facilitates the generation of low-skew clock signals. Moreover, the device also features a configurable output mask feature, which enables users to selectively enable/disable particular clock outputs.

To better understand the working principle of the 49FCT806APYG, it\'s worth reviewing its internal circuitry. Internally, the device consists of an input multiplexer which routes the incoming clock signal to the input buffer. The input buffer then inverts the clock signal and feeds it to an array of output buffers. Finally, the outputs are fed to the individual outputs, after which the device separates the clock signals and distributes them to the desired outputs.

In short, the 49FCT806APYG is an efficient and low-skew clock driver suitable for many clock generation, synchronization, and distribution applications. Its low power consumption, high throughput operation, and configurable output mask make it a popular choice for many engineering projects.

The specific data is subject to PDF, and the above content is for reference