NB7VQ58MMNG

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The NB7VQ58MMNG is a medium- to high-power buffer/line driver from ON Semiconductor. It is an integrated circuit that outputs a 5V signal from a 3.3V supply, allowing for a greater variety of connected devices. The NB7VQ58MMNG operates in a wide range of temperature, voltage, and noise conditions, making it suitable for a variety of operating scenarios.

The NB7VQ58MMNG provides excellent clock signal cleanliness, with low jitter and skew performance. It is capable of supporting frequencies up to 300MHz, making it suitable for a wide range of applications. The integrated PLL allows for synchronization of the output clock signal with an external reference clock.

The NB7VQ58MMNG is can be used in a wide variety of applications, such as:

• High-speed networking
• Data storage systems
• Servers and storage servers
• High-speed communications systems
• Clock and timing systems

The NB7VQ58MMNG provides 4 output channels, each rated for up to 4A. The output buffers are capable of driving up to 20pF of capacitance on each channel, allowing for longer cable runs. The output buffer also includes slew-rate control, allowing the user to reduce power consumption and EMI by reducing the rise and fall times of the output signals.

The NB7VQ58MMNG also provides an integrated power-on-reset (POR) circuit, which ensures that the output channels remain in a safe state until the main bulk voltage reaches the required level. This feature helps to protect against over-voltage and short-circuit conditions.

The NB7VQ58MMNG is designed to operate with either a single-ended or differential input. The differential input mode allows for greater noise immunity and improved skew performance. The differential inputs can be configured for either fail-safe or fail-open behavior.

The NB7VQ58MMNG is an ideal solution for clock and timing systems that require high performance and reliability. The high output drive current, wide frequency response, and integrated PLL make it suitable for a variety of applications. The integrated power-on-reset circuit and slew-rate control ensure that the output signals remain clean and consistent, even in the most demanding operating environments.

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