LE25S81AMDTWG Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Memory systems are vital components of operating systems and are used to store and manage data in various computing architectures. The LE25S81AMDTWG is an example of such a memory system, and is widely used in applications such as automotive, aeronautical, industrial, and surveying systems. Due to its excellent performance, it is also widely used in mission-critical and high-performance applications.

The LE25S81AMDTWG is a synchronous Dual-Port SRAM (DPSRAM) memory device with small package form factor. It is built using advanced CMOS technology, allowing it to quickly and accurately store and manage data. The device has a 400 MHz clock, a maximum read and write speed of 125 MHz, and 1Mbits of memory capacity. The Dual-Port SRAM is designed to provide data protection, throughput and low latency.

The LE25S81AMDTWG has two ports that support simultaneous reads and writes, making it ideal for applications where multiple sources can access the same data or write data to separate locations in the memory. The device also has the added advantage of two clock output pins, which can be used to clock multiple devices in the same system. The LE25S81AMDTWG also features write protect pin, which allows for secure data storage and prevents accidental rewriting in certain applications. In addition, the device also feature an ALE (address latch enable) signaling which helps with addressing and data synchronization when used with multiple LE25S81AMDTWGs.

The LE25S81AMDTWG is designed with a synchronous architecture that allows data to be read and written at the same time. This allows for fast access times and data throughput while saving power and eliminating bottlenecks. The Dual-Port SRAM is designed with a variety of safety and security measures built in. It provides ECC (Error Correcting Code) support, data protection and self-test techniques to ensure data accuracy and reliability. In addition, the LE25S81AMDTWG is built with extended temperature ranges as well as industrial accelerated testing, which makes it ideal for mission-critical applications.

The LE25S81AMDTWG has numerous applications in a variety of fields. It is well-suited for situations that require large amounts of memory, high speed data access, and low latency. It is used heavily in automotive, aeronautical, industrial, and surveying systems for data-intensive applications such as navigation and control systems, safety systems, and data processing. It is also used in medical devices, military applications, and other mission-critical applications. In addition, the LE25S81AMDTWG can be used in networking, communications and storage solutions where fast access times and reliability are needed.

In conclusion, the LE25S81AMDTWG is a powerful and reliable memory system, with a wide range of uses and applications. It has advanced features including ECC support, write protect, and dual clock output pins, as well as extended temperature ranges and industrial accelerated testing. It is the ideal memory system for mission-critical, data-intensive, and high performance applications.

The specific data is subject to PDF, and the above content is for reference