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ERHIndia Logic NOR Gate Circuit IC 7402 Based Science Project Working Educational Electronic Hobby Kit

ERHIndia Electronic Kits

ERHIndia Logic NOR Gate Circuit IC 7402 Based Science Project Working Educational Electronic Hobby Kit

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Highlights

Power Source: Battery
Material: Plastic
Weight: 67

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Description

The NOR gate is a type of universal logic gate that can take two or more inputs but one output. It is basically a combination of two basic logic gates i.e., OR gate and NOT gate. (NOR Gate = OR Gate + NOT Gate). In other words, a NOR gate is an OR gate followed by a NOT gate.

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In The Box

Logic NOR Gate Circuit IC 7402 Based Science Project

General

Brand	ERHIndia
Model Number	Logic NOR Gate Circuit IC 7402 Based Science Project Working
Skillset	Creativity & Imagination
Type	Educational
ROHS Complaint	No
Material	Plastic
Age Group	16+ Years
Net Quantity	1
Key Features	A NOR gate can have two or more inputs and gives an output. A NOR gate gives a high or logic 1 output only when its all inputs are low or logic 0., The Boolean expression of a two input NOR gate is given below: C= A+B. We can extend this expression to any number of input variables. In the above Boolean expressions, the variables A and B are called input variables while the variable C is called the output variable., Explore the fascinating world of digital circuits with hands-on experiments using real logic gates! (e.g., AND, OR, NOT), Learn by Doing: Build working circuits and discover how logic gates process information, the foundation of all modern computers., STEM Focused: Develop critical thinking, problem-solving, and engineering skills through engaging science, technology, engineering, and math (STEM) activities.

Dimensions

Width	10 cm
Height	1.5 cm
Weight	67

Power Features

Battery Type	9v Battery
No Of Batteries	1
Battery Size	NA
Power Source	Battery
Other Power Features	A NOR gate can have two or more inputs and gives an output. A NOR gate gives a high or logic 1 output only when its all inputs are low or logic 0., The Boolean expression of a two input NOR gate is given below: C= A+B. We can extend this expression to any number of input variables. In the above Boolean expressions, the variables A and B are called input variables while the variable C is called the output variable., Explore the fascinating world of digital circuits with hands-on experiments using real logic gates! (e.g., AND, OR, NOT), Learn by Doing: Build working circuits and discover how logic gates process information, the foundation of all modern computers., STEM Focused: Develop critical thinking, problem-solving, and engineering skills through engaging science, technology, engineering, and math (STEM) activities.

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