IS61LF51236B-7.5B3LI

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Introduction
The IS61LF51236B-7.5B3LI is a low-power high-density SRAM memory device with a 4Kbit capacity, operating at 1.8V with a high-speed read access time of 15ns. It provides a highly reliable, scalable, cost-effective solution for high-performance network applications. For example, it can be used in high-speed Ethernet switches, routers, VoIP gateways and other networking equipment.

Application Field
The IS61LF51236B-7.5B3LI SRAM memory device is designed for high-performance, high-density, low-power applications. It is ideally suited for use in embedded systems, networking equipment, data centers, industrial control systems, set-top boxes, test and measurement, automotive and aerospace applications. This device is capable of delivering high-speed data transfer while providing a low-power and cost-effective solution.

Working Principle
The IS61LF51236B-7.5B3LI SRAM memory device works on a simple principle: it stores data in a series of electronic circuits, with each circuit representing one bit of data. When the data needs to be accessed or transmitted, each circuit outputs the corresponding bit of data at a very high speed. This high-speed data transfer is achieved by the device’s internal circuitry and architecture, which support efficient data flow and minimize power consumption.

The IS61LF51236B-7.5B3LI SRAM memory device also features error detection and correction capabilities, ensuring data integrity over time. Its internal circuitry and architecture also allow for reliable operation in high-temperature and vibration environments.

Conclusion
The IS61LF51236B-7.5B3LI SRAM memory device is an integral part of many high-performance network applications. With its low-power operation and high-speed data transfer capabilities, it provides an effective and reliable solution for these applications. It features error detection and correction capabilities, allowing for reliable operation in a variety of conditions, making it suitable for a wide range of embedded systems and industrial applications.

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