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- Overview: - The Fairchild Semiconductor 74FR1074PC is a quad 2-input multiplexer with latches and a buffered output. It is part of the FR1074 series of integrated circuits produced by Fairchild Semiconductor. - Functions: - Quad 2-input multiplexer with latches and buffered output. - Applications: - This integrated circuit is commonly used in digital circuit design, particularly in applications where multiple inputs need to be selected and routed to an output based on control signals. - Alternative Components: - Alternative components to the Fairchild Semiconductor 74FR1074PC may include similar quad multiplexer ICs from other manufacturers such as Texas Instruments, STMicroelectronics, or ON Semiconductor. - Embedded Modules: - The 74FR1074PC does not have specific embedded modules, but it can be integrated into larger digital systems for signal routing and data selection purposes. Related Q&A: 1. What is the maximum data rate that the Fairchild Semiconductor 74FR1074PC can support? - The maximum data rate supported by the 74FR1074PC is typically around 100MHz, making it suitable for various moderate-speed digital applications. 2. Can the Fairchild Semiconductor 74FR1074PC operate at different supply voltages? - Yes, the 74FR1074PC can typically operate within a range of 4.5V to 5.5V, making it compatible with standard TTL logic levels. 3. How does the latch feature in the Fairchild Semiconductor 74FR1074PC function? - The latches in the 74FR1074PC allow the data inputs to be stored temporarily and then switched to the output based on the control signals, providing a stable output even when the inputs change. 4. In what type of digital systems is the Fairchild Semiconductor 74FR1074PC commonly used? - The 74FR1074PC is often used in applications requiring signal multiplexing, such as data selectors, buses, or input/output ports in digital systems. 5. Are there any specific timing requirements to consider when using the Fairchild Semiconductor 74FR1074PC? - Users should refer to the datasheet for timing information, including setup and hold times, to ensure proper operation within their specific circuit designs.