MAX24605EXG+

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The MAX24605EXG+ is one of the most commonly used clock generator integrated circuits (ICs) in the industry. It is a frequency synthesizer with a wide range of clock or timing application fields and is often used for high-precision clock signal generating purposes. Such applications include digital oscilloscopes, television, POS systems, and high-end computing systems. Additionally, it is also suitable for medical, instrumentation, and other consumer consumer applications requiring precise timing.

The MAX24605EXG+ integrated circuit offers excellent performance levels with precision frequency setting. The clock signal generation frequency range is from 32 kHz to 200 MHz. The internal clock signal generation and distribution section support 8 outputs of which 4 can be LVCMOS, LVDS, LVPECL, CML, CMOS, or CML. The circuit’s reference frequency input can be set to 32kHz, 33MHz and 48MHz.

The working principle of the MAX24605EXG+ involves generating clock signals with a fractional-N frequency synthesizer. The output of the fractional-N frequency synthesizer is then used to generate the specific clock frequencies, with excellent spectral purity, through the use of a PLL multiplier. This technique enables excellent frequency resolution, along with low jitter and noise levels, making it ideal for high-precision clock signal generation.

The MAX24605EXG+ integrated circuit also provides advanced power saving and self-calibration features. It employs adaptive loop band-with and integrated loop filter, allowing for excellent dynamic performance with low levels of power consumption. Additionally, the IC provides on-chip self-calibration, allowing for extremely low initialization times in applications with low power demands.

Given its wide range of application fields and excellent performance levels, the MAX24605EXG+ is an ideal choice for companies and designers who require a reliable and accurate frequency synthesizer. The integrated circuit can be purchased in a wide range of package sizes, at affordable prices, and its low power requirement means that it can be used in both battery-powered and non-battery-powered applications.

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