IS64WV6416EEBLL-10CTLA3-TR

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IS64WV6416EEBLL-10CTLA3-TR is a static random-access memory (SRAM) chip designed by Integrated Silicon Solution, Inc. (ISSI), which is suitable for both high-speed data access and low power consumption applications.

The IS64WV6416EEBLL-10CTLA3-TR chip is a 64K x 16 Fast-Asynchronous CMOS SRAM, and operates up to 200MHz in normal operation, with a lower power consumption of 2mA. It contains a 4M-Word (32 Megabytes) address space, 10ns cycle time and supports 2-word page mode read/write operations. It also features a "dual-speed" mode that allows the user to program the cycle time to 10ns or 20ns, to reduce power consumption while maintaining data integrity and access speed.

This chip also offers three levels of power: 0V Power-down mode, Memory-mapped mode and Internal Self-timed DRAM mode. The 0V Power-down mode allows the chip to be completely shut off during periods of inactivity, reducing power consumption. The memory-mapped mode allows the chip to be accessed as if it were a standard SRAM device, while the Internal Self-timed DRAM mode allows the chip to support a variety of high-speed operations. In addition, the chip supports both asynchronous and synchronous write cycles.

The IS64WV6416EEBLL-10CTLA3-TR chip is typically used in low-cost applications, such as embedded systems and embedded processor boards. Embedded system designers often use the chip to provide code execution, data storage and memory access speeds, since it provides cost-effective, low-power solutions for logic and memory intensive applications. Since the chip is asynchronous, it does not require any external clock signals, thus allowing for flexible system configurations, and easy interface with external components.

The working principle of this SRAM chip is quite simple. When a particular memory address is accessed, the internal address register is sequentially loaded with the bits of the requested address. The corresponding bits of the data word that is stored in that address are then read and obtain on the output pins of the chip. Then, the data is either clocked out in synchronous write cycles, or is returned in asynchronous mode.

In conclusion, the IS64WV6416EEBLL-10CTLA3-TR chip is an ideal choice for any embedded application, providing cost-effective, low-power and high-speed data access and storage options. With its support for asynchronous operation, the chip offers flexibility and ease of integration, thus making it a popular choice for memory intensive applications.

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