840011AGLNT

840011AGLNT is a next generation multi-band frequency synthesizer developed by NXP. It is designed to provide efficient and highly accurate phase-locked-loop (PLL) performance for low power clock applications.

The 840011AGLNT can generate up to four frequency outputs. Each output is connected to synchronize to an external input source, such as an oscillator or a reference clock, with a selectable loop bandwidth. All outputs are phase-locked to the same reference clock, so they will all be in sync even if their frequencies are different.

This makes it ideal for applications that require multiple, synchronized references, such as RF and communications systems. It also supports fast switching frequencies allowing it to provide low jitter outputs and is suitable for applications with very tight synchronization requirements.

The 840011AGLNT also includes a wide range of features that enable designers to create flexible solutions. These include integrated digital-to-analog converters for fine tuning output frequencies, an adjustable loop bandwidth for optimal tracking, and an optional gate driver for controlling external driver circuits.

The 840011AGLNT is designed for use with the popular Texas Instruments OMAP series of processors. It integrates seamlessly with the TI OMAP processor and can be used for clock generation in various applications such as portable medical devices, communications systems, and consumer electronics.

Overall, the 840011AGLNT is a highly optimized, low-power frequency synthesizer designed to meet the needs of many applications. It provides efficient, highly accurate PLL performance and the ability to generate multiple highly accurate clock frequencies with low-power operation.

Clock / Timing - Clock Generators, PLLs, Frequency Synthesizers are applications that the 840011AGLNT ideal for due to their ability to generate multiple synchronized references. They are also suitable for applications where tight synchronization is needed due to their low jitter outputs, as well as applications that require high accuracy and low power operation.