CY7C1470V25-200BZIT

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CY7C1470V25-200BZIT, is a 38-pin DIP-package programmable CMOS static RAM chip (complementary metal oxide semiconductor). It is manufactured by Cypress Semiconductor and is aimed to deliver ultra-low power static memory solutions. This chip is an ideal solution for applications, such as game consoles, digital cameas, portable medical devices and other embedded systems, that require low power and high performance.

The CY7C1470V25-200BZIT chip contains 77K bits of programmable non-volatile Magnetic RAM (MRAM). The chip also includes Built-in Serial FLASH and Flash control logic, allowing lower component count, higher performance and lower power requirements. The MRAM uses Electron Spin Resonance technology, which is a unique non-volatile memory solution, providing non-volatility, low-power and high-speed data retention.

The working principle of the chip is that it stores data as 2-state bits charged with electrons, which are flipped by applying a small electric current. The strength of the generated electric field is enough to cause the electron to spin and move between states, depending on the direction and strength of the field. The chip also features a low standby power consumption which provides an ideal solution for applications that require low power and high performance.

In addition, the chip also features a First Level Cache (FLC) which allows for fast write and read operations. The Chip ID is hard-programmed in the FLC, allowing the chip to be identified easily and providing embedded system designers more flexibility. Also, the chip supports a write protect pin which allows the user to select between protection modes of 1 byte, 4 bytes, or 64 bytes. This provides the user a safeguard against unauthorized access to the chip while protecting it from inadvertent write operations.

The CY7C1470V25-200BZIT chip is ideal for applications, such as game consoles, digital cameras, portable medical devices and other embedded systems, that require low power and high performance. Memory applications such as buffering data, CRC checking, encryption, and program code enhancement can be easily implemented with this chip. It can also be used in low-power computing applications, such as handhelds, notebooks, automotive platforms and industrial control systems.

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