CY14B101P-SFXI

Memory

CY14B101P-SFXI is a high density non-volatile memory with an integrated charge pump for VCCQ operation. It is used in MCU based systems with high speed, low power, and low voltage operation for fast and reliable processing. This type of memory is commonly used in embedded systems such as industrial, automotive and military applications.

The CY14B101P-SFXI is a non-volatile Static random access memory (SRAM) that uses multiple transistors instead of diodes to store information in a semiconductor memory cell. It features a number of low power modes that significantly reduce power consumption. The chip contains one 2048 bit memory array consisting of sixteen 64 bit words, which can store 256 bytes of data. When reading the memory, it is possible to access multiple words simultaneously to increase access speed.

The working principle of the CY14B101P-SFXI is based on static RAM technology. Data is stored in a high speed, low power redundancy array along with error correction code (ECC). The chip supports a 3.3V single-supply voltage system and can be further divided into two independent power domains (VCCQ and VCC). It is also capable of low power standby modes for power conservation over extended periods of time.

The CY14B101P-SFXI is designed to operate in a wide variety of applications due to its low power design and integrated charge pump, which allows the chip to run on a lower voltage than traditional SRAM devices. It can be used for general-purpose data storage, code storage, and as an offset register in automotive and industrial automation systems. It is also used in embedded systems requiring high speed, low power, reliable processing.

In conclusion, the CY14B101P-SFXI is a high density non-volatile memory with an integrated charge pump for VCCQ operation. It is commonly used in embedded systems such as industrial, automotive, and military applications. Its static RAM technology, low power design, and integrated charge pump allow it to operate reliably in a wide variety of applications.