SN7495N IC

Bidirectional Shift Register IC – Synchronous Parallel Load Logic Device
This Bidirectional Shift Register IC is a high-speed digital logic component designed for data storage, data transfer, serial-to-parallel conversion, and embedded system applications. Featuring synchronous shift-right and shift-left capability along with synchronous parallel loading, the IC provides flexible data manipulation for communication systems, timing circuits, and digital electronics. Its expandable architecture and separate clock inputs make it ideal for advanced sequential logic and processor interfacing applications.

Why it’s a System Essential:
• Bidirectional Shifting: Supports both synchronous shift-right and shift-left operations.
• Parallel Data Loading: Enables fast synchronous parallel data input for efficient processing.
• Expandable Architecture: Easily cascaded for wider data word applications.
• Separate Shift & Load Clock Inputs: Provides flexible timing and synchronization control.
• High-Speed Digital Operation: Suitable for fast serial and parallel data transfer systems.
• Input Clamp Diodes: Helps reduce high-speed termination effects and improves signal stability.
• Reliable Sequential Logic Functionality: Ideal for communication, buffering, and digital processing circuits.

Technical Features:
• Synchronous Expandable Shift Right Operation
• Synchronous Shift Left Capability
• Synchronous Parallel Load Support
• Separate Shift Clock Input
• Separate Load Clock Input
• Input Clamp Diodes for High-Speed Signal Protection

Features:
• Bidirectional data shifting
• Parallel data loading capability
• Expandable multi-bit operation
• High-speed sequential logic performance
• Improved signal integrity support
• Flexible clock synchronization

Applications:
• Shift register circuits
• Serial-to-parallel data conversion
• Parallel-to-serial data conversion
• Embedded system data handling
• Communication systems
• Digital timing and sequencing circuits
• Processor and microcontroller interfacing
• Educational electronics projects
• DIY digital electronics prototyping

Best For:
Ideal for students, hobbyists, makers, engineers, and electronics developers working on digital electronics, sequential logic systems, communication circuits, embedded processing applications, and educational electronics projects requiring reliable bidirectional shift register functionality.