81006AKLF

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The 81006AKLF integrated circuit is a clock generation and frequency synthesis device developed by Atmel Corporation. It provides an output frequency that is based on a reference oscillator frequency, and it is capable of creating a wide range of outputs ranging from 18kHz to 2.5GHz. It is designed to support both single-ended differential clock sources and supports up to eight reference clock inputs. The 81006AKLF IC can be used in a variety of applications and industries where frequency synthesis and accurate clock generation are important.

The 81006AKLF IC is designed to be used in a variety applications that require a powerful, flexible clock source and frequency synthesis system. Examples include automatic test equipment, telecommunications, networking and aerospace applications. It is also popular in consumer electronics, where its superior noise suppression, secured spread spectrum mode and high stability make it ideal for applications such as flat panel displays, digital cameras, DVD players, GPS and computer systems.

The 81006AKLF targets clock and timing solutions for use in modern digital designs. It is capable of serving as an independent source of clock or frequency reference, or it can be used in coordination with other clock sources. The 81006AKLF has an adjustable frequency range from 18kHz to 2.5GHz, and can be designed to output frequencies , including ~25MHz, ~50MHz and ~100MHz.

The way the 81006AKLF IC works is based on a phase-locked loop (PLL) circuit. A PLL is a system of electronic components that allow for the generation and reproduction of a signal with an accuracy and stability that does not depend on external devices. The basic elements of a PLL circuit are the input and output oscillators, as well as the phase comparator, the low pass filter, the voltage-controlled oscillator, and the charge-pump circuits. These components work together to create a steady frequency reference.

The 81006AKLF IC’s phase-locked loop (PLL) system is designed to provide a highly accurate, low-jitter output frequency. The PLL is configured to operate with a dual phase Detector/Charge Pumps, a narrow loop-filter, and a low-noise oscillator. This combination provides a low-noise, high-accuracy output signal with a timing jitter of only 0.5ps RMS, which is much lower than most PLL designs. This low jitter makes the 81006AKLF IC an ideal choice for applications where jitter can be a major issue.

The 81006AKLF is also capable of spread spectrum clocking, which is a technique for reducing the peak spectral power of broadband signals and thereby reducing the amount of electromagnetic interference (EMI) produced. This allows the clock generator to be used in applications that require low-EMI solutions. It is also ESD-protected and has active current protection, which provide protection against voltage and current overloads.

In summary, the 81006AKLF is an integrated circuit that is designed for clock generation and frequency synthesis applications. It uses a phase-locked loop (PLL) circuit to generate a low-jitter signal with an adjustable frequency range from 18kHz to 2.5GHz. The 81006AKLF IC is designed to be used in a variety of applications and industries, and its spread spectrum clocking and active current protection features make it an ideal choice for applications that require low-EMI solutions.

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