MK1491E-14RLFTR

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The MK1491E-14RLFTR is a highly sophisticated clock and timing device suitable for many applications. It is an Application Specific component, meaning it is specifically designed for a specific function or use. It features a fast, accurate and reliable frequency generation and timing system that can be easily integrated into existing platforms or products.

The primary role of the MK1491E-14RLFTR is to generate a reference frequency from which other timing signals within a system can be derived. This reference frequency is generated by counting pulse edges and then dividing the output frequency down to the desired precision. With this low jitter, low glitch and high accuracy timing, the whole system can be significantly more robust and reliable.

The device supports a range of input frequencies from 4.95MHz to 16MHz and provides highly accurate outputs from the reference oscillator divided down to the precision of 1Hz. It also has two independent programmable output timers that can be used to provide additional timing functions or synchronized outputs.

The performance and flexibility of the MK1491E-14RLFTR makes it an ideal choice for a wide range of applications. It is ideal for synchronizing and sequencing digital logic systems, as well as ensuring accurate timing and triggering of various devices. It is also perfect for providing accurate timing for digital displays, motor control and many other applications.

This device is supported by a comprehensive range of development tools and resources, including evaluation kits, application notes and application programming interfaces that make it easy to implement in any system. The device also offers low power consumption and excellent electromagnetic compatibility.

Overall, the MK1491E-14RLFTR is a highly reliable and sophisticated device that can be integrated into many different systems and applications. Its ability to provide accurate timing signals and its comprehensive range of development tools make it an ideal choice for many different applications, ranging from basic timing and synchronization functions to more complex motor control and displays.

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