MC10EP139DTR2G

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The MC10EP139DTR2G is a clock generator and frequency synthesizer from ON Semiconductor that works to convert a standard clock input into multiple output frequencies and is useful for clocking high-speed circuits. The MC10EP139DTR2G is a programmable device that is capable of generating up to five outputs from one reference clock, and has a wide output frequency range.

This device is primarily used in applications that require high-speed clocking, such as networking and telecommunications, instrumentation and industrial automation, video broadcasting and gaming. It is suitable for use in both commercial and industrial applications, as well as in automotive systems. In these applications, the MC10EP139DTR2G helps to improve system performance and reduce overall costs.

The MC10EP139DTR2G has an integrated phase-locked loop (PLL) which is used to convert a clock signal in one frequency to multiple frequencies with a high degree of precision. The device is capable of generating output frequencies up to 500 MHz, and can be programmed to generate nearly any frequency within its range. The outputs of the MC10EP139DTR2G can be programmed to be independent of each other, allowing for flexible clocking solutions. Additionally, the device is capable of producing either a non-inverted or inverted clock signal, allowing for more control over the clock signals used in the system.

Furthermore, the MC10EP139DTR2G provides protection against transient voltages, overvoltage and temperature ranges, as well as ESD protection on the clock outputs. This ensures that the clock signals generated by the device remain reliable and consistent, even in harsh environments. Additionally, the device also features a low power-down mode for energy conservation.

Overall, the MC10EP139DTR2G is a versatile and highly reliable clock generator and frequency synthesizer. Its wide output range and programmable outputs make it suitable for applications that require precise clock signals. The device also provides additional protection against unwanted signals, ensuring reliable operation in all types of situations. Additionally, the device\'s low power-down mode ensures energy efficiency while still providing high performance.

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