NB3N15625MNG

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The NB3N15625MNG is a buffer, clock distribution and clock multiplier integrated circuit (IC), which is used to facilitate the distribution of clock frequencies for other devices. The NB3N15625MNG fits in the category of Clock/Timing and belongs to Clock Generators, PLLs, Frequency Synthesizers.

The NB3N15625MNG is composed of an input buffer, a digital locking loop, a VCO, a voltage regulator and a buffered output, which can support up to 10 clock frequencies, making it suitable for a variety of applications. It can be used in clock distribution, clock generation, frequency synthesis, and offset clock recovery applications.

The NB3N15625MNG also has a wide range of working frequencies based on the operation frequency of the onboard integrated pulse-shaping filter. The working frequency range of the NB3N15625MNG is between 25MHz to 1.5GHz. This makes it suitable for frequency synthesizer applications, wherein it can generate several frequencies over the wide frequency range.

The NB3N15625MNG also has a wide range of input clock frequencies capable of receiving frequencies to as high as 1.5GHz. This makes it suitable for applications such as clock distribution, wherein it can be used to distribute clock signals from one source to multiple locations.

The NB3N15625MNG has several operating modes, including EPCS and divide modes. In EPCS mode, the chip divides the operating frequency by a fixed amount and the divide mode increases the frequency step by a specified ratio. The NB3N15625MNG also has an adjustable offset input control, allowing users to control the output frequency as needed.

The NB3N15625MNG has an adjustable phase-shift control and spread-spectrum modulation. This allows users to manipulate the frequency of the outputs depending on the application. The chip also features a wide range of output drivers, supporting open-drain, open-source, LVTTL and LVDS.

The NB3N15625MNG also features an on-chip regulator, allowing the chip to supply power to other devices requiring low-voltage and low-current supplies. This makes it suitable for use in systems that require distributed power supplies for several applications.

The NB3N15625MNG is suitable for applications such as frequency synthesis, clock distribution and offset clock recovery. The wide range of frequencies and various functionalities make it an ideal choice for applications that require accurate, stable and low-power high-frequency signals. Its on-chip regulator also makes it a suitable choice for distributed power supply systems.

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