Overview of EPCQ32ASI8N by Intel Corporation
The EPCQ32ASI8N is a 32 Mbit configuration device designed using CMOS technology, and encapsulated in a small outline integrated circuit package, specifically the 8-pin SOIC (Small Outline Integrated Circuit). Defined primarily as a memory circuit with a synchronous operating mode, this component has an 8-bit memory width and organizes its storage as 4M x 8. Its operational temperature ranges from -40 °C to 85 °C, catering well to varying industrial temperature demands. This device supports a nominal supply voltage of 3 V, and its maximum supply voltage can go up to 3.6 V, ensuring robust performance across different voltage levels.
Since its introduction on August 4, 2017, EPCQ32ASI8N has been part of the broader category of Flash Memories, featuring a high clock frequency of up to 100 MHz which facilitates rapid data access and processing. This component adheres to several compliance codes, being RoHS compliant, REACH compliant, and classified under ECCN Code 3A991. Its versatile package and industrial-grade specifications make it suitable for a broad range of applications.
Industry Applications for EPCQ32ASI8N
Note: The following industry applications for EPCQ32ASI8N are conceptual and illustrative. They require analysis and verification by engineering and design teams to ensure compliance with specific application requirements and industry standards.
- Consumer Electronics: In consumer electronics, EPCQ32ASI8N might potentially be used to store firmware or configurations for devices like smartwatches or gaming consoles. The serial nature and high data retention time could facilitate swift access to critical settings or user preferences.
- Internet of Things (IoT): For IoT devices, which often require low power and efficient data storage solutions, EPCQ32ASI8N possibly serves as an excellent configuration store for smart home systems or industrial IoT sensors, thanks to its minimal standby current and robust temperature tolerance.
- Industrial Automation: In industrial automation, this memory circuit could ideally be placed in automation controllers and PLCs to store system firmware or operational configurations, benefiting from the device’s high reliability under extended temperature ranges and durability in a compact package.
- Computing and Data Storage: The chip’s characteristics such as high clock frequency, wide operational temperature range, and data retention make it possibly suitable for applications in solid-state drives (SSDs) used in enterprise data storage solutions.
- Robotics and Drones: Robotics systems and drones, which require components that can withstand various environmental conditions while maintaining data integrity, might make use of the EPCQ32ASI8N for storing critical control software or user-defined mission parameters.
About Intel Corporation
Intel Corporation, a pioneer in the semiconductor industry, holds a significant reputation in the development and manufacturing of memory and storage solutions, among various other technological innovations. A notable segment of their portfolio is dedicated to memory products, including the family of Flash Memories. Intel’s expertise in this domain is well reflected in products like EPCQ32ASI8N, designed for high performance and reliability across a spectrum of applications from consumer electronics to advanced industrial systems.
Where to Find EPCQ32ASI8N by Intel Corporation
For those looking to purchase the EPCQ32ASI8N, it is advisable to conduct thorough research on findchips.com. This platform offers detailed insights into stock availability, pricing, and distributor options. Historically, this part has been distributed through entities such as Win Source Electronics, Ameya Holding Limited, and DigiKey. However, to access the most current data on stock levels and potential purchasing sources, a visit to FindChips is recommended. Additionally, for alternatives to EPCQ32ASI8N, the Flash Memories section on FindChips provides a comprehensive overview of similar parts from Intel Corporation and other manufacturers.