N82C54

Programmable Timers and Oscillators Advanced Micro Devices N82C54 Overview

The N82C54 by Advanced Micro Devices is a high-performance Programmable Interval Timer that is essential for managing timing tasks within microprocessor systems. This versatile IC is designed to deliver precise timing operations through its three independent 16-bit counters. With its robust programmability and efficiency, the N82C54 finds extensive usage in a variety of applications, particularly in complex timing tasks. It offers designers a reliable and cost-effective solution for their timing requirements, supporting a wide range of device functionalities.

N82C54 Features

The N82C54 Programmable Interval Timer includes several key features that make it a prime choice for sophisticated electronic systems. It supports binary and BCD counting modes, enhancing its utility in different programming environments. Additionally, the device is capable of generating accurate time delays and event counting, which is vital for application-specific requirements. Its compatibility with a broad voltage range and programmable outputs make it extremely adaptable to both new designs and legacy systems upgrades.

N82C54 Applications

• Embedded Systems: In embedded systems, the N82C54 is used to perform routine timing functions, such as generating time delays and measuring the duration of an event. This ensures smooth operation and reliability in critical applications.
• Industrial Automation: The N82C54 timer is crucial in controlling the sequence of operations in industrial machines. It helps in scheduling tasks accurately, which is essential for optimizing production processes.
• Personal Computers: Utilized within the PC architecture to manage different time-based functions such as system clock signals and motor speed control, ensuring enhanced processing power and efficiency.
• Consumer Electronics: In consumer electronics, such as gaming consoles and home appliances, the N82C54 provides necessary timing management to handle user inputs and multimedia outputs seamlessly.