Logic

Diodes Incorporated's experienced design team has created popular functions in four major logic families. Very low power AUP products are available to save milliwatts and extend battery life. The LVC family is an industry-standard that has the drive and speed to work well in many demanding applications. HC and AHC legacy parts have been re-engineered on advanced wafer processes allowing for a continuous product supply well into the future. Diodes provides an assortment of small package options, allowing manufacturers to choose a size and lead pitch that will be compatible with their standard manufacturing processes. The majority of the logic products are assembled in Diodes Incorporated's majority owned factories, which enables direct control of quality and cost along with the dedicated capacity to meet customer needs. While logic is often considered a commodity device, the newest miniature package offerings are enabling the advancement of the next generation of tiny portable consumer products.

Features and Benefits:

Wide Product Range

Eight technology families - Voltages up to 5.5 volts with drive capability need for your application
Single Gate Logic - Available in AHC, AHCT, LVC, and AUP families. Most are available in the smallest DFN0808 package
Dual Gate - LVC and AUP families. DFN0910 is the smallest available footprint.
Standard Logic - Available in HC, HCT, AHC, AHCT, LV, and LVC families. Packaged in SO-14/-16 as well as TSSOP-14/-16/-20

The Diodes Advantage

Inputs are not clamped to VCC (AHC/AHCT/LVC)
- Voltages up to 5.5 volts can be applied to inputs regardless of VCC
The 74AUP family input pins have a small amount of added hysteresis
- Less susceptible to noise and can tolerate slower transition times
Automotive-compliant 1G variants
- AEC-Q100 Grade 1 qualified, manufactured in IATF 16949 certified sites supporting PPAP documentation
- Gold bond wire – for best solution for extended reliability

As an expert in Logic devices, Diodes Incorporated works closely with customers and partners to define the precise needs of a particular application and to identify the most appropriate integrated solution.