AT25PE20-SSHN-T

Introducing the AT25PE20-SSHN-T, a high-performance Flash memory integrated circuit (IC) designed for a variety of applications requiring reliable data storage. This product exemplifies state-of-the-art technology and offers remarkable performance specifications, making it an essential component for those involved in electronics development.

Overview of the AT25PE20-SSHN-T

The AT25PE20-SSHN-T Flash memory chip boasts a 2 Megabit (Mb) storage capacity. This compact memory solution utilizes the Serial Peripheral Interface (SPI) protocol, making it highly versatile for different microcontroller applications. Designed for rapid data access and storage, the AT25PE20-SSHN-T can operate at clock frequencies of up to 85 MHz.

Technical Specifications

Here are some key specifications of the AT25PE20-SSHN-T that highlight its capabilities:

• Memory Type: Flash Memory
• Density: 2 Mb (Megabit)
• Interface: Serial Peripheral Interface (SPI)
• Max Frequency: 85 MHz
• Voltage Range: 2.3V to 3.6V
• Package Type: SO8 (Small Outline, 8-pin)

Key Features

The AT25PE20-SSHN-T offers multiple features designed to enhance the performance and reliability of electronic devices:

• Fast Speed: The 85 MHz clock rate allows for rapid data read and write operations, keeping up with the demands of speed-intensive applications.
• Low Voltage Operation: Operating within a voltage range of 2.3V to 3.6V makes it ideal for battery-powered devices where power efficiency is crucial.
• Small Footprint: The SO8 package design ensures that the AT25PE20-SSHN-T can fit into smaller PCB layouts without sacrificing performance.
• Easy Integration: The standard SPI interface facilitates easy integration with various microcontrollers and processor architectures.

Applications

The versatile AT25PE20-SSHN-T is suitable for a broad range of applications, including but not limited to:

• Consumer Electronics
• Industrial Automation
• Automotive Electronics
• Medical Devices
• Telecommunications Equipment
• Wearable Technology

Consumer Electronics

In consumer electronics, the AT25PE20-SSHN-T provides reliable memory for various devices such as smart home systems, handheld gadgets, and gaming consoles. Its fast read/write speeds ensure seamless operation and responsiveness in everyday use.

Industrial Automation

In industrial settings, this Flash memory IC is vital in controlling systems, data logging, and monitoring equipment, providing engineers with dependable memory solutions for critical data storage needs.

Automotive Electronics

The automotive industry demands high reliability and performance—requirements that the AT25PE20-SSHN-T meets efficiently. From infotainment to advanced driver-assistance systems (ADAS), this IC proves its worth in enhancing vehicle technology.

Medical Devices

For medical devices, the AT25PE20-SSHN-T excels in precision and reliability, essential in patient monitoring systems, diagnostic tools, and therapeutic devices where data integrity is paramount.

Advantages of Using the AT25PE20-SSHN-T

Investing in the AT25PE20-SSHN-T Flash memory IC comes with numerous benefits:

• Performance Efficiency: Its high-speed operations reduce latency in data handling, enhancing overall system performance.
• Cost-Effective: By providing robust performance at an affordable price, it bolsters production efficiency for manufacturers.
• Long Lifecycle: Designed with durability in mind, the AT25PE20-SSHN-T offers longevity in performance, ensuring you won’t have to replace it frequently.

Conclusion

In summary, the AT25PE20-SSHN-T Flash memory IC stands as an exceptional choice for engineers and developers looking to integrate reliable memory solutions into their electronic designs. With its remarkable specifications, versatile applications, and numerous benefits, this component solidifies its standing as a top-tier memory solution in the market. Deploy the AT25PE20-SSHN-T in your next project, and experience the advantages of advanced Flash memory technology. For more options, check out our collection of Flash Memories Integrated Circuits.