Product Description
We are a well established suppler of Logic Gates Using Six Ttl Ics 6 In 1 C to our highly esteemed clients. This is used in electronics and engineering communications lab to fit their varied requirements. Best quality raw material and progressive machinery is used in its making at our unit in compliance with the industrial laid norms and standards. Logic Gates Using Six Ttl Ics 6 In 1 C has gained us huge appreciation for its quality, durability and performance.
Objective :
2 input IC Basic Logic Gates Apparatus has been designed to verify the truth tables of the following Gates :
- AND Gate (IC 7408)
- OR Gate (IC 7432)
- NOT Gate (IC 7404)
- EX-OR Gate (IC 7486)
- NAND Gate (IC 7400)
- NOR Gate (IC 7402)
- EX-NOR Gate (EX-OR + NOT Gate)
Technical Specifications :
Inbuilt Fixed / Variable DC Regulated Power Supply
Output Voltages : 5VDC
ICs & Components Provided
IC
- 7408
- 7432
- 7404
- 7486
- 7400
- 7402
Logic Input (0 & 1) : 2 Nos ( Each)
Output Indicator : 1 Nos.
- Glass Epoxy PCB used as front panel of 270mm x 170mm & mounted on light Weight shock proof plastic cabinet
- Circuit diagram printed on Glass Epoxy PCB & all important ICs & test points are brought out on front panel
- Power requirement : 230 VAC 10%, 50Hz.
- Weight : 1.0 Kg Approx.
- Dimensions (mm) : 300( L) x 175(B) x 75(H)
Standard Accessories :
Power chord, Patch chords & Instruction manual
Explore Six Fundamental TTL Logic GatesExperience AND, OR, NOT, NAND, NOR, and XOR logic gates in action on a single demonstrator board. This kit employs genuine SN7400-series ICs to deliver authentic TTL logic experiences, allowing users to observe input-output relationships directly via discrete components and LEDs. The multicolor connectors and push-button or toggle switch inputs provide an interactive way to investigate how digital circuits function in real applications.
Robust Construction and Classroom ReadyBuilt on a durable PCB with green solder mask and sturdy rubber feet, this demonstrator is designed for frequent lab use. The external 5V DC supply and short-circuit protection allow for safe operation, making it ideal for both classroom demonstrations and independent practice. Despite its compact footprint, the board supports all basic experiments required to master digital logic principles.
FAQs of Logic Gates Using Six Ttl Ics 6 In 1 C:
Q: How do I operate the Logic Gates Demonstrator Kit?
A: To use the kit, connect an external 5V DC regulated adapter to the supply input. Use push buttons or toggle switches to inject logic levels into the gate inputs. The output for each gate is displayed on the LED array, providing an immediate visual representation of logic function operations.
Q: What TTL ICs are included in the kit, and which gates can I demonstrate?
A: The board incorporates six classic TTL ICs, such as SN7400, SN7402, SN7404, SN7408, SN7432, and SN7486. These allow you to demonstrate NAND, NOR, NOT, AND, OR, and XOR logic gate operations separately.
Q: When is this demonstrator kit typically used?
A: This product is ideal for laboratory experiments, classroom demonstrations, or practical teaching sessions where understanding of basic digital logic is essential. It is suitable for both beginner and advanced learners in electronics and digital systems.
Q: Where should I set up the Logic Gates Demonstrator Kit?
A: Set the kit on a stable tabletop surface. The provided rubber feet ensure it remains securely in place during operation. Its compact dimensions (30 cm x 20 cm x 3 cm) make it portable and easy to accommodate in classrooms or labs.
Q: What process occurs when I toggle a switch or press a button?
A: Pressing a switch or button changes the corresponding gate input from low (0V) to high (5V) logic level or vice versa. This change propagates through the TTL IC, and the output is instantly shown by the respective LED, allowing you to monitor logic responses in real-time.
Q: How does this kit benefit digital electronics study?
A: By visually showing logic gate behavior using discrete LEDs, the kit bridges theory and practice, making digital logic concepts tangible and easier to grasp. Its manual and interactive design supports hands-on learning, reinforcing logical analysis and troubleshooting skills in a safe environment.