- Drop-in replacement for Toshiba TC74VHC(T), Fairchild 74VHC(T), ON Semi MC74VHC(T), and ST 74VHC(T)
- VHC version fully specified at 3.3 V and 5 V operation
- VHCT TTL-compatible version available
- Wider operating temperature range of (-40 °C to +125 °C)
- Automotive-qualified (AEC-Q100 compliant, grade 1)
- Superior CPD results in lower dynamic switching power than competition
- VCC 2 V - 5.5 V, ideal for mixed-voltage applications
- Available IBIS models
technology
Features and benefits
Applications
- The VHC(T) family of products is ideal for mixed-voltage applications. Operation at both 5V and 3.3V further extends its application into new designs and facilitates migration of existing designs to low-voltage systems because it is truly a mixed-voltage product. VHC(T) is ideally suited for PC, portable, consumer, industrial, and automotive applications.
- PCs - especially notebooks
- PC peripherals
- Mobile communications - smart phones, PDAs, and mobile phones
- Consumer electronics - set top boxes and LCD TVs
- Automotive
- General industrial
- Medical equipment
- Ideal for true mixed-voltage application needs
Technical summary
As part of our continuous portfolio expansion, NXP introduces another new standard logic family, the VHC(T) family. With the introduction of the VHC(T) logic family, NXP reaffirms its commitment to be the leading logic supplier to its customers, offering a broad product portfolio range. NXP is now offering its customers more choices and additional supply when it comes to partnering with a reliable and strong VHC(T) logic supplier. The new VHC(T) family is a drop-in replacement for Toshiba, ON Semiconductor, Fairchild, and ST VHC(T) families. Further, NXP's VHC(T) products operate over an extended temperature range of -40 °C to +125 °C, an important added advantage over other logic suppliers. Our products are automotive qualified (AEC-Q100 compliant, grade 1). Now, you have an additional VHC(T) supplier to give you the competitive edge that you need to win in the marketplace. New functions are continuously being added, so if you don't see the function that you need, please contact us to see if it's in the pipeline.




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