Npct750 Datasheet Portable Site

Connect the hardware reset pin directly to the platform's platform reset rail. Ensure that the reset signal meets the minimum pulse-width duration specified in the datasheet's AC timing characteristics during power-on sequences. Summary of Ordering Information and Variants

When designing a portable PCB with the NPCT750, correct pin implementation is crucial for both bus stability and signal integrity. Pin Function Description Implementation Note for Portable Layouts Main Power Supply

) levels. The device maintains its internal volatile state while awaiting host commands. npct750 datasheet portable

If you're directly evaluating this component for a project, it's advisable to:

The physical interface is where the portable nature of the NPCT750 shines. Instead of screw terminals (common in industrial fixed devices), the NPCT750 uses: Connect the hardware reset pin directly to the

: Creates and securely stores cryptographic keys that cannot be accessed by external software.

) levels, ensuring negligible drain on laptop batteries when the system enters standby (Modern Standby / S0ix / S3). 3. Compact Physical Footprint Instead of screw terminals (common in industrial fixed

The NPCT750 can be implemented as an onboard component or as a removable module. Industrial motherboard manufacturers such as AAEON have integrated the NPCT750 as an onboard TPM2.0 component in their products. For example, the AAEON MAX-C246A Micro-ATX Industrial Motherboard includes “TPM Nuvoton NPCT750 TPM2.0 onboard” as part of its feature set. Similarly, the IMBA-H110A ATX motherboard includes the NPCT750 TPM2.0 as a standard component, demonstrating its versatility across form factors.