STMicroelectronics

ST33HTPH2E32AAF1

ST33HTPH2E32AAF1 Description

The ST33HTPH2E32AAF1 is a 32-bit ARM® SecurCore® SC300 microcontroller unit (MCU) from STMicroelectronics, specifically designed for security applications. It is part of the ST33H series, offering robust security features and high performance in a compact 32VFQFPN package. With its FLASH program memory type and SPI interface, this MCU is ideal for applications requiring secure data handling and processing.

ST33HTPH2E32AAF1 Features

• Core Processor: The ARM® SecurCore® SC300 processor ensures high performance and security for critical applications.
• Program Memory Type: FLASH memory provides non-volatile storage for code and data, ensuring reliability and endurance.
• Applications: Designed for Trusted Platform Module (TPM) applications, making it suitable for secure key storage and cryptographic operations.
• Mounting Type: Surface Mount technology allows for compact and efficient board layouts.
• Voltage - Supply: Supports both 1.8V and 3.3V supply voltages, providing flexibility in power management.
• Series: ST33 series, known for their security features and robust performance.
• Interface: SPI interface enables high-speed communication with other system components.
• RoHS Status: ROHS3 Compliant, ensuring environmental responsibility and regulatory compliance.

ST33HTPH2E32AAF1 Applications

The ST33HTPH2E32AAF1 is particularly well-suited for applications where security is paramount, such as:

• Smart Cards: For secure transactions and identification.
• Cryptographic Devices: Providing secure key management and encryption services.
• Secure Boot Systems: Ensuring the integrity of firmware during the boot process.
• Authentication Devices: For secure access control in various systems and networks.

Conclusion of ST33HTPH2E32AAF1

The ST33HTPH2E32AAF1 stands out due to its ARM® SecurCore® SC300 processor, FLASH memory, and SPI interface, making it an excellent choice for security-centric applications. Its versatility in voltage support, along with its REACH unaffected status, adds to its appeal in the electronics industry. While it is marked as 'Not For New Designs', it remains a reliable option for existing projects that require a secure and high-performance MCU. Its unique features and advantages make it ideal for applications demanding secure data processing and storage, positioning it as a robust solution in the realm of application-specific MCUs.