IS61DDB41M36-250M3

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IS61DDB41M36-250M3 Memory Application Field and Working Principle

IS61DDB41M36-250M3, a type classified as Nonvolatile Memory, is a type of random access memory (RAM) that keeps its content even when the power supply is turned off. It is widely used in applications to store vital and critical data and instruction codes for longer periods of time. It has become an indispensable part of the computing industry. The IS61DDB41M36-250M3 is a double-data-rate (DDR) SDRAM memory chip that offers superior speed and capacity.

Application Field of IS61DDB41M36-250M3

The IS61DDB41M36-250M3 is a DDR SDRAM memory chip that is ideally suited for high-performance computing systems. This includes embedded applications, industrial automation, military, aerospace, and medical systems. It is available in a TSOP-II 204-pin package with a capacity of 256Mb and a maximum transfer rate of 250MT/s.

The IS61DDB41M36-250M3 is ideal for applications requiring higher clock speeds, greater memory-system bandwidth, and increased data reliability. Its advanced low latency memory controller supports up to eight-way Bank-Interleaving, and its data protection scheme provides improved data security. The IS61DDB41M36-250M3 also supports a range of power-saving standby modes, making it an ideal choice for high-end embedded systems.

It is also well suited for use in digital video and multimedia devices, including Blu-ray players, gaming systems, tablets, cameras, video streamers, and other devices that require higher memory throughput. Its data reliability and speed are ideal for graphics-intensive applications such as high-definition video and complex animations.

Working Principle of IS61DDB41M36-250M3

The IS61DDB41M36-250M3 contains four memory banks and a memory controller that enables access to data stored in the memory banks. Each of the four banks has independent timing control and address assignment, allowing simultaneous access to multiple memory banks. The memory controller also provides control signals to facilitate access to the four memory banks.

The IS61DDB41M36-250M3 is designed for high-performance computing applications that require higher clock speeds, greater memory-system bandwidth, and increased data reliability. This is achieved by using a low-latency memory controller, which supports up to eight-way Bank-Interleaving. The IS61DDB41M36-250M3 also features an advanced data protection scheme, providing improved data security.

The IS61DDB41M36-250M3 has a maximum clock frequency of 250MHz and a transfer rate of up to 2.5 GB/s with an access time of 9.6 ns. It supports up to four channels of DDR SDRAM, allowing for simultaneous memory accesses. The memory controller also provides error correction and correction control functions, ensuring data accuracy and integrity. Furthermore, it supports multiple low-power standby modes, allowing for energy savings when the device is not in use.

Conclusion

The IS61DDB41M36-250M3 is a Nonvolatile Memory device, specifically a DDR SDRAM memory chip, that is well-suited for high-performance computing systems. It offers superior speeds and capacities, with a maximum transfer rate of 250MHz, four channels of DDR SDRAM support, and an access time of 9.6ns. Additionally, it offers improved data security with its advanced low-latency memory controller and data protection scheme. Lastly, it features power-saving standby modes, making it an ideal choice for high-end embedded systems and other digital devices, such as Blu-ray players, gaming systems, and tablets.

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