MR2A16AVMA35

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MR2A16AVMA35 belongs to the category of memories. It is a 256M*16+19bit DDR SDRAM featuring 2bank. Its features include a data transfer rate of 1066, a clock frequency of 133MHz, an address range of 1M*16, power supply voltage of 2.5V, cycle time of approximately 7.5ns, and CAS latency of CL3.

Application Field

MR2A16AVMA35 is widely used in the computing, networking, and embedded fields for various applications such as servers, desktops, notebooks, embedded systems, and telecom equipment. These applications require different types of memories that fulfill different requirements in terms of capacity, performance, power consumption, etc. MR2A16AVMA35 can be used to meet these specific needs by providing a high performance, cost-effective solution in memory intensive applications.

Working Principle

MR2A16AVMA35 uses the DDR SDRAM architecture, which offers superior performance by doubling the burst transfer rate and lowering the operating voltage compared to other types of memory. The 256M*16+19bit DDR SDRAM features a 16-bit data path and a separate 19-bit address path. When the system send a read or write request, the address and data is sent on the associated address and data pins. Then, the memory responds with the desired data or stores the new data at the given address. This type of memory operates at a maximum frequency of 133MHz, with CAS latency of CL3.

MR2A16AVMA35 also features an efficient power management system, which makes it an ideal choice for low power systems. It has support for both auto and manual power management modes, with deep sleep, chip select hold, and auto power down. It also supports Partial Array Self Refresh (PASR), which reduces the power consumption by allowing controlled parts of the memory array to enter the low-power self refresh period.

Conclusion

MR2A16AVMA35 is a memory device from the DDR SDRAM family that is mainly used for various applications in the computing, networking and embedded fields. It provides superior performance compared to alternative memories, has a maximum frequency of 133MHz, CAS latency of CL3, and features an efficient power management system. This makes it an ideal choice for many power-sensitive applications.

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