Multiplexer Buffer Chips

Multiplexers, often referred to simply as "muxes" or data selectors, core function is to select a specific input signal from multiple input channels according to the control signal from the address selection terminal and route it to a single output, realizing the "multiple inputs, single output" signal gating function. In terms of operating principle, an n-bit address selection terminal can control 2ⁿ input signals; by setting different level combinations on the address terminal, the corresponding input channel can be uniquely selected. For example, a common 8-to-1 multiplexer requires a 3-bit address terminal to complete the selection control of eight input channels. According to the type of signal processed, multiplexers can be divided into analog multiplexers and digital multiplexers: analog multiplexers mainly process continuous analog signals and are often used in data acquisition systems to switch access to multiple sensor signals; digital multiplexers mainly process discrete digital logic signals. In addition to the basic signal gating function, digital multiplexers can also be used to implement combinational logic functions and build parallel-to-serial conversion circuits, and are widely used in scenarios such as CPU instruction selection and memory address decoding. In the field of communications, multiplexers also undertake the function of integrating multiple low-rate signals into a single high-rate signal for transmission over the same channel, thereby improving channel utilization and reducing transmission costs, and are core components of time-division multiplexing and frequency-division multiplexing communication systems.

The Multiplexer Buffer Chips parameters are as follows:

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