The DM7496N is a 5-bit shift register manufactured by Rochester Electronics. As a re-manufactured or continued-production part, it offers a solution for maintaining older systems and designs where the original manufacturer may no longer produce the component. This shift register is commonly used for temporary data storage, serial-to-parallel data conversion, and sequence generation in digital logic circuits.

Applications

• Digital Logic Circuits
• Data Storage Systems
• Serial to Parallel Data Conversion
• Sequence Generators
• Industrial Control Systems
• Telecommunications Equipment

Features

• 5-Bit Capacity: Provides storage for 5 bits of digital data.
• Parallel Outputs: Allows access to all 5 bits simultaneously.
• Serial Input: Accepts data serially for shifting into the register.
• Asynchronous Clear: Enables immediate reset of the register.
• J-K Serial Input: Offers versatile data input control.
• DIP Package: Designed for easy installation on through-hole PCBs.

Benefits

• Data Manipulation: Facilitates temporary data storage and manipulation within digital systems.
• Design Flexibility: Offers a versatile component for various digital logic applications.
• System Integration: Simplifies integration into existing systems, especially older designs.
• Cost-Effective Solution: Provides a readily available part for system maintenance and repair.
• Guaranteed Reliability: Rochester Electronics ensures the part meets original manufacturer specifications.

Additional Details

The DM7496N operates on a standard 5V power supply. Its J-K serial input gives designers flexibility in controlling the shift register's operation. The asynchronous clear function provides a quick and efficient method for resetting the register's contents. Because Rochester Electronics specializes in continuing the production of discontinued parts, the DM7496N is a crucial component for maintaining and extending the life of legacy systems. The device's reliable operation and readily available supply make it a valuable resource for engineers working with older technologies. The DM7496N's parallel outputs allow data to be read simultaneously, making it useful in applications where quick access to the stored bits is necessary. Its simple operation makes it a good choice for educational projects as well.