74HC74D,653 by Nexperia

Overview of 74HC74D,653 by Nexperia

The 74HC74D,653 by Nexperia stands out in the realm of digital logic as a dual D-type flip-flop with set and reset functionality, specifically optimized for positive edge-trigger operations. Housed in a SOIC-14 package, this component is crafted for precision and reliability, featuring a propagation delay of 14ns, and a frequency capability of up to 82MHz. The output current specification is 25mA, underlining its capacity to drive subsequent stages in a digital circuit effectively. It operates over a wide voltage range from a minimum of 2V to a maximum of 6V, with a nominal operating voltage of 5V. This part adheres to a temperature grade classified under automotive standards, indicating robustness, with an operational temperature range of -40°C to 125°C. Besides its technical prowess, the 74HC74D,653 is also RoHS compliant, ensuring its compatibility with environmentally conscious manufacturing standards.

Industry Applications for 74HC74D,653

The versatile nature of the 74HC74D,653 enables its integration into a wide array of applications across various industries. Here are some possible use cases, though it is crucial to note that these applications are conceptual and require specific engineering and design validations:

  • Education and Research: Considering its fundamental role in digital logic operations, the 74HC74D,653 could potentially be used within educational kits or research projects focused on electronics and information technology, where understanding the principles of flip-flops and binary data storage is necessary.
  • Financial Technology (Fintech): In fintech applications, security and data integrity are paramount. The 74HC74D,653 might find its use in devices requiring high-speed, reliable data handling capabilities, such as in encryption devices or in the secure transmission of financial data.
  • Healthcare: Healthcare devices that require sequential logic or data retention, for instance, portable patient monitoring systems or lab equipment, could potentially incorporate the 74HC74D,653 for its reliable performance and automotive-grade operational temperature range.

It should be emphasized that the identification of these potential applications merely illustrates the broad utility of the 74HC74D,653 and must not substitute for the thorough analysis and verification by engineering and design teams.

About Nexperia

Nexperia is a globally recognized leader in the production of semiconductors, with a pronounced emphasis on components such as FF/Latches, among other logic devices. With a heritage of precision engineering and innovation, Nexperia components like the 74HC74D,653 are a testament to the company’s commitment to reliability and efficiency. Specializing in discrete, logic, and MOSFET devices, Nexperia products stand out for their robust quality, supported by cutting-edge technology in semiconductor design and packaging. The 74HC74D,653 is among the products that underscore Nexperia’s expertise in crafting devices that meet rigorous operational requirements, offering solutions that cater to a wide spectrum of applications across various industries.

Where to Find 74HC74D,653 by Nexperia

To source the 74HC74D,653 by Nexperia, findchips.com stands as the optimal starting point. With real-time updates on stock levels and pricing from a multitude of distributors, procurement professionals and engineers alike can leverage findchips.com to make informed purchasing decisions. Historically, this part has been available through distributors such as New Advantage Corporation, GlobX GmbH, EBV Elektronik, and Mouser Electronics, among others. However, to ensure access to the latest availability and current pricing, it is recommended to check directly on findchips.com. Additionally, for those looking into alternatives or similar parts offered by Nexperia or other manufacturers, visiting the FF/Latches category on findchips.com provides a comprehensive overview of options available in the market.

Compare pricing for 74HC74D,653 and other FF/Latches / Logic at findchips.com