The MC74AC253 is a high-performance integrated circuit designed by ON Semiconductor, known for its reliability and versatility in digital applications. This component is a dual 4-input multiplexer that incorporates 3-state outputs, which allows for multiple devices to be connected to the same output lines without interference.

Key Features

• Logic Family: The device belongs to the AC family, which is characterized by its high-speed operation and compatibility with TTL (Transistor-Transistor Logic) levels.
• Dual Multiplexers: It features two individual 4-input multiplexers, providing flexibility in routing signals within your digital system.
• 3-State Outputs: The 3-state output function allows the outputs to assume a high impedance state in addition to the conventional logic levels, enabling the outputs to be disconnected from the circuit as if they were not present.
• Independent Select Inputs: Each multiplexer has its own select inputs, which provides precise control over the selection of the data inputs.
• Wide Operating Voltage Range: The MC74AC253 operates over a broad voltage range, accommodating various system requirements.

Applications

The MC74AC253 is ideal for use in a variety of digital systems where signal routing is essential. Its applications span across data transmission, control systems, computer networking, and any other systems that require a high degree of flexibility in directing signals from multiple sources to multiple destinations.

Quality and Support

ON Semiconductor is committed to providing high-quality products and support. The MC74AC253 is manufactured to stringent standards, ensuring consistent performance and reliability. Customers can also benefit from ON Semiconductor's comprehensive technical support for product integration and troubleshooting.

Ordering Information

The MC74AC253 comes in various packages to suit different assembly requirements. For detailed ordering and product information, please refer to ON Semiconductor's official datasheet or contact their sales support team.