Pin Diagram of 8:1 Mux - Get Answers Here!

In summary, the conversation is about a request for a labeled pin diagram of an 8:1 Mux. The requester has tried searching but couldn't find one. Another person provides a link to an 8:1 mux chip and clarifies the labeling of pins #5, #6, and #7 as Y, W, and G. They also mention that pin #8 is GND and explain the function of each labeled pin. The requester expresses their gratitude for the clarification.
  • #1
And 1
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Could anyone please provide me with a labeled pin diagram of an 8:1 Mux or list it on here? I have tried searching and haven't had much luck. Thanks for your help.
 
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  • #3
Wonderful! Thank you!
 
  • #4
Pin locations #5, #6, and #7 are labeled as Y, W, and G. Would some please clairfy these?

Please note that pint #8 is GND (ground). Thanks again for your help.
 
  • #5
Y is the True output.
W is the Inverted output (complement of Y).
G is a strobe/chip enable/gate input which is active low.
 
  • #6
Thank you!
 

1. What is a Pin Diagram of 8:1 Mux?

A Pin Diagram of 8:1 Mux is a visual representation of the input and output pins of an 8:1 multiplexer. It shows the number and arrangement of the pins, as well as their corresponding functions.

2. What are the pins in a Pin Diagram of 8:1 Mux?

The pins in a Pin Diagram of 8:1 Mux include 8 input pins, 3 select pins, and 1 output pin. The input pins are used to input data, the select pins are used to select which input to output, and the output pin is where the selected input is outputted.

3. How does a Pin Diagram of 8:1 Mux work?

A Pin Diagram of 8:1 Mux works by using the select pins to choose which input is passed through to the output. The input pins hold the data, and the selected input is then transmitted to the output pin. This allows for multiple inputs to be controlled by a smaller number of select pins.

4. What is the purpose of a Pin Diagram of 8:1 Mux?

The purpose of a Pin Diagram of 8:1 Mux is to provide a visual representation of the pin arrangement and functions of an 8:1 multiplexer. It helps in understanding how the multiplexer works and how to connect it in a circuit.

5. How is a Pin Diagram of 8:1 Mux useful in circuit design?

A Pin Diagram of 8:1 Mux is useful in circuit design as it helps in identifying the input and output pins, as well as the select pins, which are necessary for connecting the multiplexer in a circuit. It also helps in troubleshooting any issues that may arise during the circuit design process.

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