How to Design a 3-Bit Priority Encoder Circuit?

In summary, a circuit needs to be designed for a 3-bit priority encoder with specific input and output conditions. The desired outputs are determined by the inputs X, Y, and Z, with the exception that all inputs being 0 results in B1=0 and B0=0. The correct way to draw the circuit should be confirmed by testing the inputs.
  • #1
fran1942
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Hello, I need to design a circuit (3-bit priority encoder) whereby:

- if input X =1, then outputs B1=1, B0=1
- if inputs X=0, Y=1, then outputs B1=1, B0=0
- if inputs X=0, Y=0, Z=1 then outputs B1=0, B2=1
- if all 3 inputs = 0, then outputs B1=0, B0=0

Would this be the correct way to draw the circuit for this operation ?

Thanks kindly for any help.
 

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  • #2
fran1942 said:
Hello, I need to design a circuit (3-bit priority encoder) whereby:

- if input X =1, then outputs B1=1, B0=1
- if inputs X=0, Y=1, then outputs B1=1, B0=0
- if inputs X=0, Y=0, Z=1 then outputs B1=0, B2=1
I suppose you mean B0 = 1.

- if all 3 inputs = 0, then outputs B1=0, B0=0

Would this be the correct way to draw the circuit for this operation ?

Thanks kindly for any help.

Can't you just check it by following the inputs through your circuit?
 

FAQ: How to Design a 3-Bit Priority Encoder Circuit?

1. What is a Boolean logic priority encoder?

A Boolean logic priority encoder is a digital circuit that takes multiple inputs and assigns a priority to them based on their position in the binary number system. It then encodes the highest priority input into a binary output.

2. How does a Boolean logic priority encoder work?

A Boolean logic priority encoder works by using a chain of logic gates, such as AND and OR gates, to compare the inputs and determine which one has the highest priority. The highest priority input is then encoded into a binary output, with the position of the input corresponding to the output value.

3. What are the applications of a Boolean logic priority encoder?

A Boolean logic priority encoder is commonly used in digital circuits for applications such as data encoding, address decoding, and interrupt handling. It is also used in microprocessors and microcontrollers for efficient data transfer and decision making.

4. Are there different types of Boolean logic priority encoders?

Yes, there are different types of Boolean logic priority encoders, such as a parallel priority encoder, a cascaded priority encoder, and a rotating priority encoder. These variations differ in the number of inputs they can handle and their encoding methods.

5. What are the advantages of using a Boolean logic priority encoder?

The main advantage of a Boolean logic priority encoder is its ability to efficiently handle multiple inputs and prioritize them based on their importance. This results in faster data transfer and decision making, making it a useful tool in various digital applications. Additionally, it requires fewer components and has a simpler design compared to other encoders, making it more cost-effective and easier to implement.

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