Invento 14 Pins 6.8mA LogicGate

The "Invento 14 Pins 6.8mA LogicGate" refers to a specific type of integrated circuit (IC) designed to perform digital logic operations. This 14-pin IC is engineered to provide efficient and reliable logic functions while consuming a current of approximately 6.8mA.

While the exact type of logic gate included in the "Invento 14 Pins 6.8mA LogicGate" series is not specified, common types of logic gates could include AND gates, OR gates, NOT gates, NAND gates, NOR gates, XOR gates, or XNOR gates. Each model within this series would typically feature a unique identifier, such as an ISC code or similar labeling, facilitating easy identification, selection, and compatibility matching for engineers, hobbyists, DIY enthusiasts, and professionals.

Constructed with high-quality materials and utilizing advanced semiconductor technology, the "Invento 14 Pins 6.8mA LogicGate" IC ensures reliable performance, low power consumption, and long-lasting durability. The compact and standardized 14-pin package design of this IC simplifies integration, installation, and connection into various digital logic circuits, systems, and PCB designs.

Whether used for building digital logic circuits, arithmetic units, memory systems, microcontrollers, or other electronic projects and applications requiring logical operations and functions, the "Invento 14 Pins 6.8mA LogicGate" offers a convenient and practical solution for implementing efficient and accurate digital logic capabilities with a moderate current consumption of 6.8mA.

In summary, the "Invento 14 Pins 6.8mA LogicGate" represents a high-quality and specialized electronic component solution tailored for digital logic design, implementation, and integration in various electronic projects, systems, and applications. With its reliable performance, standardized design, and moderate current consumption, this innovative logic gate IC caters to the diverse needs of users seeking a dependable and efficient solution for digital logic operations and functions in their electronic designs and installations.