IDT71V124SA15Y

IDT71V124SA15Y is a 1M x 4 CMOS SRAM (Static Random Access Memory) device. It is designed for high-speed data access and low power operation in both read and write modes. It provides an easy and cost effective way to increase system performance.

The IDT71V124SA15Y contains 1Mx4 of synchronous, non-volatile memory composed of 17,408 words, divided into four 128Kx32 pages. The device is organized as 17,408 1M x 4 CMOS SRAM cells, each of which is programmed by its own corresponding memory cell. The device is fabricated using CMOS fabrication process, providing low current consumption, high speed operation and high density memory storage.

IDT71V124SA15Y offers wide range of operating parameters that can be adjusted to suit customer\'s application needs. It is compatible with diverse memory standards and speed grades, allowing customers to select the optimal memory features for their application. The device features a 15ns cycle time and up to 128K operating temperature range, making it suitable for a variety of consumer and embedded applications.

The working principle of IDT71V124SA15Y is based on the Switching Memory Access (SMA) technology. SMA is a type of circuit that allows multiple memory chips to act like one large chip by controlling the access to each memory cell. It works by having the memory controller decide which memory cell it wants to access, and then it sends a signal to the SMA switch which enables the correct access line to the desired memory cell. As the address is sent to the SMA switch, the data will be transferred in and out of the device.

IDT71V124SA15Y is suitable for various consumer, industrial, and embedded applications. For example, it is commonly used in personal digital assistants, cell phones, video games, portable audio players, digital cameras, automotive and navigation products, industrial process control, and medical imaging systems.

In summary, IDT71V124SA15Y is a 1M x 4 CMOS SRAM device that offers efficient memory access and low power operation in both read and write modes. The device works on the Switching Memory Access (SMA) principle, and it is suitable for various consumer, industrial, and embedded applications.