F1-2 BASIC LOGIC CIRCUIT TRAINING SYSTEM
BDT 18,858/-
Product Details
Brand: MCP
Model: F1-2
Country Of Origin: China
Features
The training system is used in the digital electronic circuits, it can be completed according to the F1‑2 experiment manual. Totally 16 recommended basic logic gate experiments are contained in this system with the corresponding components and more experiments can be designed to do by yourself.
| System contain: |
Grid panel and plastic box — 1 pc Components — 15 pcs Leads — 20 pcs Experiment manual — 1 pc |
| Basic Logic Function |
OR logic gate INVERT logic gate OR + INVERT = NOR logic gate NOR logic gate 2‑input NAND logic gate 4‑input NAND logic gate AND‑OR‑INVERT logic gate |
| Boolean Algebra |
A = A̅ A + 1 = 1, A + 0 = A, A + A = A, A + A̅ = 1 A • 1 = A, A • 0 = 0, A • A = A, A • A̅ = 0 Logic equation |
| De Morgan's Theorem |
A + B = A̅ • B̅, A + B = A̅ • B̅, A • B = A + B, A + B + C = A̅ • B̅ • C̅, A • B • C = A̅ + B̅ + C̅, A • C + B • C = (A + B) • C |
| Exclusive‑OR and Its Applications |
Exclusive‑OR Half‑Adder, Half‑Subtractor Binary Comparator Parity Generator |
The F1‑2 Basic Logic Gate Training System provides a safe and practical way to study digital logic fundamentals. With modular components and guided experiments, learners can build and test circuits for OR, NOR, NAND, and Exclusive‑OR gates, while also exploring Boolean algebra and De Morgan’s theorem. The kit supports advanced applications such as adders, subtractors, comparators, and parity generators, giving students a strong foundation in digital electronics. Packaged in a durable plastic box with leads and manuals, the F1‑2 is widely used in schools, vocational colleges, and training centers to introduce digital logic in a hands‑on manner.
The F1‑2 Basic Logic Gate Training System is an educational kit designed for learning digital electronics fundamentals. It includes a grid panel, 15 components, 20 leads, and a manual with 16 guided experiments. Students can explore OR, NOR, NAND, AND‑OR‑INVERT, Boolean algebra, De Morgan’s theorem, and Exclusive‑OR applications such as adders, comparators, and parity generators. Compact and modular, the F1‑2 provides hands‑on practice in digital logic design, making it ideal for classrooms, vocational colleges, and labs teaching digital electronics.
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