MK3200SI

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Clock Generators, PLLs, Frequency Synthesizers have been widely used in many applications for decades. The MK3200SI is a new development in this range of products. In this article, the application field of the MK3200SI and its working principle will be discussed.

The MK3200SI is a high precision, low jitter frequency synthesizer designed for use in systems requiring clock synchronization. This synthesizer is particularly well-suited for use in aerospace and defense products, where a highly reliable and robust signal is required. The MK3200SI can be configured to provide a wide range of frequencies, and offers frequency resolution down to 16kHz. The low jitter performance of the MK3200SI makes it suitable for use in systems requiring a signal of high accuracy across multiple frequencies.

The MK3200SI has been designed to be easily integrated into existing systems. The synthesizer can be interfaced to other components through the standard external digital interface, which allows for easy integration into various systems and minimizes cabling. The MK3200SI can also be interfaced to a PC for control and monitoring purposes, providing an intuitive user interface for configuring the output frequency. The synthesizer can also be integrated into Field Programmable Gate Arrays (FPGAs) as an embedded module.

The working principle of the MK3200SI is based on a Phase Locked Loop (PLL) architecture. The PLL uses a programmable reference frequency as an input. This reference frequency is then multiplied with the help of a divider-by-N counter, phase detector and loop filter to generate an output frequency. The output frequency is controlled by the phase detector, which continuously compares the phase of the reference signal to that of the output signal generated by the divider-by-N counter. If there is a disparity between the two signals, the phase detector adjusts the output to match the reference frequency. The loop filter smoothes out any variations in the output frequency, and maintains a constant output frequency.

The PLL employed by the MK3200SI also features both a digital lock detector and an analog lock detector. The digital lock detector monitors the phase and frequency comparison in order to detect any discrepancies. If a difference is detected, the phase detector sends a digital signal indicating a lock failure. The analog lock detector monitors the output frequency and generates an analog signal which is proportional to the amount of difference between the desired output frequency and the actual output frequency.

The MK3200SI has several advantages over other frequency synthesizers. The synthesizer is capable of generating high-precision signals with low jitter, providing greater accuracy and reliability than most other frequency synthesizers. The synthesizer\'s small size and low power consumption make it suitable for use in a wide variety of applications. Additionally, the integrated lock detectors and digital interface allow for easy integration into existing systems.

The MK3200SI is a versatile frequency synthesizer that can be used in a wide range of applications. With its high precision and low jitter performance, it is an ideal choice for use in aerospace and defense systems. The synthesizer is also easy to integrate into existing systems thanks to its integrated lock detectors and digital interface. With its small size and low power consumption, the MK3200SI is also suitable for use in a variety of applications.

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