Premium 8212 Memory Decoder Card designed for digital logic experiments. Ideal for memory addressing and decoding applications with reliable performance.
Original price was: ₹3,100.00.₹2,170.00Current price is: ₹2,170.00.
Product Material – High-grade fiberglass epoxy
Grade – Industrial/Commercial
Application – Memory addressing, digital decoding, logic experiments
The 8212 Memory Decoder Card is a high-performance component engineered for digital logic and memory addressing applications. Built with precision, this decoder card ensures accurate signal processing and reliable operation in experimental setups. The card is constructed from durable high-grade fiberglass epoxy, ensuring longevity and resistance to wear. Its industrial/commercial-grade design guarantees compatibility with standard lab equipment, making it a versatile choice for various digital experiments. The 8212 Memory Decoder Card is particularly effective in memory decoding tasks, providing clear and consistent outputs for complex logic operations. Whether used in standalone configurations or integrated into larger systems, this decoder card delivers stable performance, minimizing errors and enhancing experimental accuracy. Its compact and efficient design makes it an essential tool for researchers and students working on digital electronics projects.
It is designed for memory addressing and digital decoding in logic experiments, ensuring precise signal distribution.
Yes, it operates within standard voltage ranges and is compatible with most lab power sources.
Alternatives include the 74LS138 or 74HC138 decoder ICs, depending on specific application requirements.
Store it in a dry, dust-free environment at room temperature to maintain optimal performance.
Yes, it is suitable for academic experiments involving digital logic and memory addressing.
Our rheostats are designed for precise control of current in electrical circuits, making them ideal for physics experiments, electrical training, and industrial testing.
Our plug keys are precision-built for use in educational physics labs to make or break circuits during experiments. Made from high-quality brass with insulated bases, they are available in one-way, two-way, three-way, and four-way designs, ensuring reliable connections and long-lasting performance.
Our Zener diodes are designed for precise voltage regulation, breakdown voltage testing, and electronics experiments. Widely used in physics labs, engineering colleges, and electronics servicing, these components ensure consistent performance in a variety of applications.
Our Maxwell needle apparatus is designed for physics laboratories to perform the Maxwell needle experiment, helping students and researchers determine the modulus of rigidity of materials.
Our cork borer sets offer a range of sizes crafted from quality metal with ergonomic handles for easy and accurate boring of corks, rubber stoppers, and soft materials.
Original price was: ₹3,100.00.₹2,170.00Current price is: ₹2,170.00.
Premium 8212 Memory Decoder Card designed for digital logic experiments. Ideal for memory addressing and decoding applications with reliable performance.
Product Material – High-grade fiberglass epoxy
Grade – Industrial/Commercial
Application – Memory addressing, digital decoding, logic experiments
The 8212 Memory Decoder Card is a high-performance component engineered for digital logic and memory addressing applications. Built with precision, this decoder card ensures accurate signal processing and reliable operation in experimental setups. The card is constructed from durable high-grade fiberglass epoxy, ensuring longevity and resistance to wear. Its industrial/commercial-grade design guarantees compatibility with standard lab equipment, making it a versatile choice for various digital experiments. The 8212 Memory Decoder Card is particularly effective in memory decoding tasks, providing clear and consistent outputs for complex logic operations. Whether used in standalone configurations or integrated into larger systems, this decoder card delivers stable performance, minimizing errors and enhancing experimental accuracy. Its compact and efficient design makes it an essential tool for researchers and students working on digital electronics projects.
It is designed for memory addressing and digital decoding in logic experiments, ensuring precise signal distribution.
Yes, it operates within standard voltage ranges and is compatible with most lab power sources.
Alternatives include the 74LS138 or 74HC138 decoder ICs, depending on specific application requirements.
Store it in a dry, dust-free environment at room temperature to maintain optimal performance.
Yes, it is suitable for academic experiments involving digital logic and memory addressing.
Powerful laboratory-grade DC regulated power supply, delivering stable 0-30V and 5Amp output. Features two clear digital meters for highly accurate voltage and current readings, ideal for advanced setups.
High-capacity Step Down Transformer providing robust and adjustable AC power for demanding laboratory applications. Ensures consistent voltage for higher current needs, enhancing precision and safety in advanced experiments.
Our friction boards are designed for physics laboratories to demonstrate the laws of static and kinetic friction on an inclined plane.
Our rheostats are designed for precise control of current in electrical circuits, making them ideal for physics experiments, electrical training, and industrial testing.
Our stainless steel sieves are designed for accurate particle size separation and filtration in laboratories, industries, and kitchens. Crafted from food-grade stainless steel, they are resistant to corrosion, easy to clean, and available in multiple mesh sizes for different applications.
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