Testing All 16 Cases: Logic Circuit with PLA (F1, F2, F3 Outputs)

🚀 **Explore a Programmable Logic Array (PLA) Circuit with 4 Inputs & 3 Outputs!** 🔍

In this video, I dive deep into a **Programmable Logic Array (PLA)** circuit designed with **4 inputs (A, B, C, D)** and **3 outputs (F1, F2, F3)**. The outputs are defined by the following Boolean equations:

- **F1 = B·C̅ + A̅·D + B̅·D**
- **F2 = A̅·C̅ + B̅·D + C·D**
- **F3 = B·C̅ + A·C̅·D**

I meticulously test **all 16 possible input combinations** (from **0000** to **1111**) to verify the outputs and create a **complete truth table**. Join me as I analyze each case step-by-step, explaining how the circuit behaves for every input combination. Whether you're a student, hobbyist, or electronics enthusiast, this video will give you a clear understanding of PLA circuits and their functionality.

🔧 **What you'll learn:**
- How to design and analyze a PLA circuit.
- Step-by-step testing of all input combinations.
- Deriving and interpreting a truth table for complex Boolean equations.

📊 **Perfect for:**
- Students studying digital logic design.
- Engineers exploring programmable logic devices.
- Anyone curious about how Boolean algebra translates into real-world circuits.

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#PLA #DigitalLogic #BooleanAlgebra #TruthTable #Electronics #CircuitDesign #Engineering #TechExplained

Видео Testing All 16 Cases: Logic Circuit with PLA (F1, F2, F3 Outputs) канала Eslam Osama