SOP vs POS

Characterization

SOP

POS

Definition

SOP is sum of the minterms.

POS is the product of maxterms.

Stands for

SOP stands for Sum of Product.

POS stands for Product of Sum.

Representation

It represents minterms.

It represents maxterms.

Logic

It works on active high logic.

It works on active low logic.

Denotation

It is denoted by Σ.

It is denoted by П.

Output

The output of SOP is 1.

The output of POS is 0.

Learn more about minterm, maxterm and K-map

SOP Vs POS

SOP and POS are two of the important topics of the Boolean algebra. SOP refers to the sum of the product of the minterms, whereas POS is the Product of the sum of terms. SOP and POS help us simplify the complex Boolean variables and are mainly used in K-maps. In this article, we will explore the difference between SOP and POS. Let’s start learning on the topic of SOP vs POS.

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What is SOP?

The SOP stands for Sum of Products defined as the sum of minterms. As the name suggests the SOP form represents the OR operation of the product terms i.e., minterms. The SOP represents the minterms in the Boolean algebra. The SOP is denoted by ∑. As the SOP deals with the minterms it works on active high logic....

What is POS?

The POS stands for Product of Sum defined as the product of maxterms. As the name suggests the SOP form represents the AND operation of the sum terms i.e., maxterms. The POS represents the maxterms in Boolean algebra. The POS is denoted by Π. As the POS deals with the maxterms it works on active low logic....

SOP vs POS

Characterization SOP POS Definition SOP is sum of the minterms. POS is the product of maxterms. Stands for SOP stands for Sum of Product. POS stands for Product of Sum. Representation It represents minterms. It represents maxterms. Logic It works on active high logic. It works on active low logic. Denotation It is denoted by Σ. It is denoted by П. Output The output of SOP is 1. The output of POS is 0....

FAQs on SOP and POS

Q.1: Why are SOP and POS used for?...

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