DM54L192J/883C

Counters, Dividers National Semiconductor DM54L192J/883C Overview

The DM54L192J/883C, manufactured by National Semiconductor, is a high-quality binary counter designed to provide efficient counting solutions in electronic circuits. This integrated circuit offers reliable performance and precise counting capabilities, making it an ideal choice for various industrial and electronic applications.

Featuring advanced technology and robust construction, this binary counter ensures accurate counting operations in diverse settings. Its versatility and durability make it a preferred choice for professionals seeking dependable counting solutions.

With its compact design and efficient operation, the DM54L192J/883C is suitable for integration into a wide range of electronic systems, enhancing their functionality and performance.

DM54L192J/883C Features

• High-quality binary counter
• Precision counting capabilities
• Reliable performance
• Advanced technology
• Robust construction
• Versatile and durable
• Compact design
• Efficient operation

DM54L192J/883C Applications

• Frequency dividers: The DM54L192J/883C can be used in frequency divider circuits to divide input frequencies by specific ratios. It finds applications in radio frequency (RF) communication systems, signal processing equipment, and frequency synthesizers, enabling precise frequency division for various electronic devices and systems.
• Event counters: In event counting applications, such as industrial automation, electronic instrumentation, and digital control systems, the DM54L192J/883C facilitates accurate counting of input events or pulses. Its reliable performance and precise counting capabilities make it suitable for monitoring and controlling events in diverse industrial and electronic settings.
• Time interval measurement: With its precise counting capabilities, the DM54L192J/883C is used in time interval measurement systems to measure the duration between two events or pulses accurately. This application is common in scientific research, telecommunications, and test and measurement equipment, where precise timing measurements are essential for data analysis and synchronization.