The DM8544N is a high-speed, quad differential line driver designed for applications requiring reliable data transmission over balanced lines. Manufactured by Rochester Electronics, this component is a reproduction of an original device, ensuring continued availability and performance for systems requiring this specific part. Rochester Electronics specializes in providing obsolete and end-of-life semiconductors, making the DM8544N accessible for long-term support of existing equipment.

Applications:

• Data transmission systems
• Line driving applications
• Balanced line communications
• Industrial control systems
• Telecommunications equipment

Features:

• High-speed differential line driving
• Quad driver configuration
• Designed for balanced transmission lines
• Reliable data transmission
• Reproduction by Rochester Electronics for continued availability

Benefits:

• Ensures reliable data communication over distance
• Reduces noise and interference in data transmission
• Provides continued support for legacy systems using this specific component
• Simplifies system design with a quad driver configuration
• Offers a cost-effective solution for maintaining and repairing existing equipment

Additional Details:

The DM8544N is typically used in pairs, with one device driving the differential lines and another receiving the signals. Its high-speed capabilities allow for fast data transfer rates. The differential signaling helps to reduce noise and common-mode interference, improving the overall reliability of the communication link. As a Rochester Electronics reproduction, this component is manufactured to meet or exceed the original specifications, ensuring compatibility and performance in existing systems. The package type and specific electrical characteristics can be found in the original manufacturer's datasheet or the Rochester Electronics datasheet for the reproduced part.