Micron Technology Tariff Inquiry

N25Q032A11ESE40G

N25Q032A11ESE40G Description

The N25Q032A11ESE40G is a high-performance 32Mbit (8M x 4) SPI NOR Flash memory device from Micron Technology Inc., designed for applications requiring fast read/write operations and low-power consumption. Operating at a 108 MHz clock frequency, it supports SPI (Serial Peripheral Interface) for efficient data transfer, making it ideal for embedded systems, automotive electronics, and industrial applications. With a 1.7V–2V supply voltage, it is optimized for energy-sensitive designs. The device features a surface-mount 8-SO package, ensuring compact integration, and complies with ROHS3 and REACH environmental standards.

N25Q032A11ESE40G Features

• High-Speed Performance: Supports 108 MHz SPI interface, enabling rapid data access for real-time applications.
• Low-Power Operation: Operates at 1.7V–2V, reducing energy consumption in battery-powered devices.
• Reliable Storage: 8M x 4 organization with fast write cycle times (8ms word, 5ms page), ensuring efficient data updates.
• Industrial-Grade Durability: Moisture Sensitivity Level (MSL) 3 ensures stability in harsh environments.
• Compliance & Longevity: ROHS3 and REACH compliant, suitable for eco-conscious designs despite its obsolete status.

N25Q032A11ESE40G Applications

• Embedded Systems: Firmware storage in microcontrollers, IoT devices, and wearables.
• Automotive Electronics: Used in infotainment, telematics, and ADAS due to its reliability.
• Industrial Automation: Ideal for programmable logic controllers (PLCs) and sensor data logging.
• Consumer Electronics: Supports fast boot-up and code execution in smart appliances.

Conclusion of N25Q032A11ESE40G

The N25Q032A11ESE40G offers a robust combination of high-speed SPI performance, low-voltage operation, and compact packaging, making it a strong choice for embedded and industrial applications. While marked as obsolete, its high reliability and compliance ensure continued viability in legacy and specialized designs. Engineers should consider alternative Micron SPI Flash solutions for new projects while leveraging this model for existing systems requiring proven performance.