Npct750 Datasheet Portable -

Optimized for rapid communication between the BIOS and the TPM.

Storing private keys, digital certificates, and passwords.

Integrating security into portable devices like laptops, tablets, rugged handhelds, and IoT gateways requires strict power management. The NPCT750 addresses these constraints through optimized physical and electrical characteristics. Power Management Modes

Pull high via resistor to prevent accidental activation during boot sequences. Hardware Reset npct750 datasheet portable

Commonly available as a 14-1 pin daughtercard (approx. 16mm x 13mm) for direct motherboard integration.

. It is designed to provide hardware-based security for digital identities and data encryption. Key Specifications Compliance: Compliant with TCG (Trusted Computing Group) specification Family "2.0" Rev 1.38 Interface: (Serial Peripheral Interface) and typically features a physical connector. Certifications: Common Criteria Certified and FIPS 140-2 Certified for high-level security standards. Operating Systems: Windows 10 for full functionality. Dimensions: Approximately 16mm x 13mm for the standard expansion card version. Security Features Cryptographic Support:

The excels in portable applications due to its sub-10µA sleep current, compact 3x3 mm package, wide industrial temperature range, and robust TPM 2.0 feature set . When designing a battery-powered device that requires hardware root of trust—such as a rugged tablet, medical handheld, or secure laptop—the NPCT750 provides the optimal balance between power efficiency and cryptographic performance. Optimized for rapid communication between the BIOS and

Portable ultrasound or blood analyzers require ultra-low output ripple (to not interfere with analog front-ends). The NPCT750’s 35 mV pk-pk output is significantly better than many portable power banks (often >150 mV). The datasheet includes EMI test results (EN 55011 Class B), confirming suitability for medical-adjacent field use.

The datasheet highlights specific features for portable electronics. Low Power Modes

I ran a continuous print job of 500 small labels. The printer shut down after of active printing. Standby time is excellent—it lost only 3% charge after 48 hours idle. Recharge via USB-C takes 3 hours (5V/2A). 16mm x 13mm) for direct motherboard integration

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One common oversight when interpreting the is thermal derating. Because portable devices often operate in non-ideal airflow (e.g., inside a closed case or under direct sunlight), the manufacturer provides this derating curve:

Portable devices face unique security threats (theft, loss, physical tampering). The NPCT750 addresses these with:

Microscopic physical layers over the silicon detect attempts to probe the internal circuitry with physical needles or lasers.

Full operational capability during cryptographic execution or command processing.