The MC10H164MEL is a high-performance, ECL (Emitter Coupled Logic) presettable binary counter designed by ON Semiconductor, a leader in energy-efficient innovations. This integrated circuit is a quintessential component for applications requiring fast counting operations and precise timing control in high-speed digital systems.

Key Features

• High-Speed Operation: The MC10H164MEL operates at exceptional speeds, making it suitable for high-frequency counting applications.
• Presettable Counter: It comes with a preset feature allowing the counter to be initialized to a desired value, enhancing flexibility and control in timing operations.
• Multiple Counting Modes: This device can perform in several modes, including up-counting and down-counting, providing versatility to meet different system requirements.
• Master Reset Function: A master reset input is available to immediately clear the counter, ensuring quick reinitialization and synchronization within a system.
• ECL Logic Levels: The use of ECL logic levels ensures low switching noise and minimal propagation delay, critical for high-speed digital circuits.
• Power Supply: The device typically operates on a -5.2V power supply, common for ECL-based components.
• Temperature Range: It is designed to operate within an extended temperature range, ensuring reliability across various environmental conditions.

Applications

The MC10H164MEL is ideal for use in applications where rapid counting and timing precision are paramount. These include, but are not limited to:

• High-speed computing systems
• Telecommunication infrastructure
• Precision timing circuits
• Test and measurement equipment
• Professional audio and video equipment

Quality and Support

ON Semiconductor is committed to providing high-quality products and robust support. The MC10H164MEL is manufactured to stringent standards, ensuring reliable performance for critical applications. Technical support and comprehensive documentation are available to assist designers in integrating this counter into their systems effectively.