AS7C1026B-15JCN

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AS7C1026B-15JCN is a kind of memory chip, which belongs to SRAM memory with a provided storage capacity of 128 Kbit. It is mainly used in dynamic data exchange applications. This chip has a unique non-volatile design, which allows the data to be stored for a long period of time, even when the power is turned off. Moreover, the chip has a read latency of 0.11ns and write latency of 0.22ns, thus making it suitable for fast data transactions.In terms of structure, the chip is organised into 1024 rows and 512 columns of 8 bytes. The chip utilises a 3-stage sorting algorithm for accessing elements. The chip first reads the 8-byte data from the row, then the column is decoded to present the data for output. This sorting algorithm helps the chip access the data at a faster speed. In terms of working principle, this SRAM chip is based on resistive switching process, also known as resistive random access memory (RRAM). This process basically works by creating a conductive pathway between two terminals, forming a crossbar switch. When a voltage is applied to the terminals, a conductive connection is established and data can be read or written through it. The resistance of the molecular layer varies depending on the direction of current flow, helping the device maintain the stored data even after power has been cut off.In terms of applications, the chip is mainly used for video and audio data exchange applications. With its non-volatile design, the chip can store large chunks of data for a long period of time, making it ideal for applications that require high data throughput such as surveillance systems, automatic proofing systems, etc. The excellent read and write latency of 0.11ns and 0.22ns makes the chip suitable for fast data transactions in various systems. Overall, AS7C1026B-15JCN is a dynamic memory chip that is suitable for a wide range of applications. It offers a substantial storage capacity of 128 Kbit, a fast sorting algorithm, as well as read and write latency of 0.11ns and 0.22ns respectively. Moreover, the chip\'s non-volatile design contributes to its durability, making it well suited for data exchange applications.

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