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The SN74HC595N is an 8-bit serial-in, parallel-out shift register engineered for efficient data storage and transfer. It offers expanded output capabilities, ideal for LED displays, automation, and microcontroller applications.
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The Texas Instruments SN74HC595N is a versatile 8-bit serial-in, parallel-out shift register designed to expand digital output capabilities in microcontroller and FPGA applications. With its high-speed CMOS technology, the IC delivers reliable performance while maintaining low power consumption, making it ideal for embedded systems, display drivers, and LED control circuits. Its standard DIP-16 package ensures easy integration into breadboards or PCB designs.
This shift register allows engineers to control multiple outputs using just a few input pins, making it perfect for LED matrices, digital displays, and motor drivers. The SN74HC595N features serial input with storage register, latched output, and clear/reset functionality, providing flexible operation and precise timing control for a wide range of digital circuits.
Built with high-speed CMOS technology, the SN74HC595N offers fast switching, minimal noise, and excellent logic compatibility with standard TTL/CMOS devices. Its compact form and robust design make it suitable for prototyping, DIY electronics, and professional automation projects, allowing designers to scale digital outputs efficiently without sacrificing performance.
The SN74HC595N provides a cost-effective and reliable solution for digital output expansion, enabling engineers and hobbyists to simplify circuit design while maintaining high performance. Trusted by professionals worldwide, this IC is a staple in microcontroller applications, embedded electronics, and educational electronics kits.
For more information please check the datasheets.
The support team behind this product deserves special recognition. They were incredibly patient and helpful in assisting me with some technical issues I encountered.
Shift registers have been a core component in expanding our digital circuits without excessive wiring. They're cost-effective, function reliably, and save a lot of space on our boards.
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