844001AGILFT

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers are the three main categories of professional clock and timing devices and systems. A clock generator is a device that produces an accurate frequency reference in an electrical circuit. It may be used to generate an oscillator signal, create a frequency reference, or act as the time base for a state machine. A phase-locked loop (PLL) is a device that is used to generate, control and/or distribute synchronized timing signals. It usually compares two separate signals and adjusts the phase or frequency of one signal so that it is in a certain relationship with the other. A frequency synthesizer is a type of electronic circuitry used to generate multiple clock signals which can all be accurately related to each other. It is used to generate various clock frequencies for various applications.

The 844001AGILFT is a single-chip Fractional-N Clock Synthesizer IC with a fully integrated phase locked loop (PLL). It is designed to generate accurate, ultra-low phase noise clock signals over the industrial, scientific and medical (ISM) radio frequency bands. The 844001AGILFT uses a combination of digital signal processing and circuit techniques to synthesize a highly precise and low phase noise clock signal.

The 844001AGILFT is a low power CMOS Fractional-N Clock Synthesizer IC designed to provide frequency synthesizer and PLL capabilities in small form factors. It provides flexible frequency generation and offers a wide range of operating frequencies ranging from 8.15 MHz to 500 MHz. The 844001AGILFT features ultra-low phase noise (<-130 dBc/Hz), low jitter (<2 ps RMS), and low power dissipation (<50 mW) which makes it an ideal solution for a wide range of applications such as wireless communications, industrial and medical applications.

The 844001AGILFT provides an accurate and reliable clock source for multiple applications. It can be used to generate a frequency reference for oscillators, act as a time base for logic state machines, and as a synchronization source for microprocessor systems. The 844001AGILFT also provides frequency synthesis capability which allows users to generate nearly any frequency between 8.15MHz and 500MHz. This makes it suitable for a wide range of precision timing applications, including the generation of optical clock signals.

The 844001AGILFT supports multiple operating modes, including VCO, N-divider and timer modes. The VCO mode is used to generate a low phase noise clock signal. The N-divider mode allows the device to divide a higher frequency signal into an exact multiple of lower frequency signals. The timer mode enables the device to generate a square wave signal with a precise frequency and duration. The 844001AGILFT also offers a variety of other built-in features such as a programmable reference frequency, programmable output drive strength and programmable slew rate, making it suitable for a wide range of applications.

In conclusion, the 844001AGILFT is an ultra-low power CMOS fractional-N clock synthesizer IC with a fully integrated PLL. It is designed to generate precise, low phase noise clock signals over the industrial, scientific and medical (ISM) radio frequency bands. The 844001AGILFT provides an accurate and reliable clock source for multiple applications and offers a wide range of operating frequencies, programmable reference frequency, programmable output drive strength, and programmable slew rate. It is suitable for a variety of precision timing and synchronization applications, making it an ideal clock generator, PLL, or frequency synthesizer for Clock/Timing applications.

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