AT25HP512C1-10CI-1.8

The AT25HP512C1-10CI-1.8 is a type of shift register EEPROM, a type of non-volatile memory module. It has applications in a variety of fields, including field-programmable gate array (FPGA) and simple digital logic devices. It is a highly efficient and cost effective memory device, and is used in a variety of applications requiring fast, reliable, and safe storage.

The AT25HP512C1-10CI-1.8 is constructed from a static random access memory (SRAM) integrated circuit. It consists of a monolithic array of 512 kilobytes (KB). The word size of the memory is 8 bits, meaning that each byte stored in the memory consists of 8 individual bits. The memory can be accessed either sequentially or random-access.

The AT25HP512C1-10CI-1.8 can be used in a variety of applications requiring non-volatile memory. In FPGA applications, the memory can be used to store the data that is required to configure the FPGA. This data is preserved even when the power to the FPGA is removed. The memory can also be used in simple digital logic devices to store instructions that are required to operate the device.

The working principle of the AT25HP512C1-10CI-1.8 is simple and straightforward. The memory module consists of two components, a SDRAM IC, and a series of shift registers. The SRAM IC stores the data being written to the memory. The shift registers provide an interface between the SRAM IC and the CPU that is controlling it. When the CPU issues an instruction to write data to the memory, the data is first written to the SRAM. Then, the CPU sends the data to the shift registers, and the shift registers transfer the data from the SRAM to the memory. When an instruction is sent to read data from the memory, the process is reversed, and the data is transferred from the memory to the SRAM.

The AT25HP512C1-10CI-1.8 is a reliable and efficient memory device that can be used in a variety of applications. It is well-suited for FPGA and digital logic applications, and is an economical solution for non-volatile memory storage. The working principle of the memory module is simple and straightforward, making it a reliable and intuitive solution for most applications.