N74F07D,602

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The N74F07D,602 device is a logic buffer with open-drain output driver. Designed for use in battery operated and other applications which require high performance, the device provides very low total power consumption and, excellent noise immunity. It can be used in buffering and signal fan-out applications.

The N74F07D,602 device contains two independent buffer circuits, which can be configured in a bus-hold configuration, or any other configuration required for particular systems or applications. It can be used to drive a wide range of signals, such as address and data bus lines, processor-related signals, as well as other signals that could benefit from a more reliable signal path.

The device briefly runs through the application field and working principle of the N74F07D,602 logic buffer. The application field includes:

• System on Suite (SoC) with multiple power domains
• Field programmable gate arrays(FPGA)
• Battery-powered and other portables
• Applications requiring high noise immunity
• High-speed local clock fan-outs and data broadcasting
• RS-232 interfaces
• Driving small loads
• Address and data bus lines
• Processor related signals

The working principle of the N74F07D,602 logic buffer is straightforward. It consists of two independent sets of transistors that can be used to drive a variety of signals with varying speed. The device can be used to buffer signals in either push-pull or open-drain configuration, depending on the particular requirements. Depending on the mode of operation, the device can be used to drive signals with high AC noise immunity and low total power consumption.

The N74F07D,602 logic buffer is an excellent choice for applications that require reliable buffering at an acceptable price. With its two independent buffer circuits, the device allows for flexibility in terms of which signals and/or levels need to be buffered. Its high noise immunity and low power consumption make it an ideal choice for applications where cost and performance are of utmost importance.

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