AT45D161-JC

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AT45D161-JC Application Field and Working Principle

Memory plays an important role in our daily life, and AT45D161-JC is a representative of them. It is a highly reliable and versatile industrial-grade, electrically primed, flash memory that delivers exceptional performance in a variety of specialized industrial, medical and consumer applications. AT45D161-JC has many advantages including fast boot-up time, high densities, scalability, high security and environmental durability.

Application Field

AT45D161-JC can be applied in many different fields as it has wide range of features to offer. It is widely used in medical, automotive, consumer electronics and industrial automation. In medical field, it is used in medical imaging and diagnostic equipment, medical instrumentation, healthcare tracking, patient monitoring systems and point-of-care diagnostics. Automotive applications of AT45D161-JC include engine and climate control, power unit supply control, vehicle infotainment, active safety systems and advanced driver assistance systems. In consumer electronics, AT45D161-JC is used in Bluetooth-enabled devices, digital cameras, drones, wearables and electronic toys. AT45D161-JC is also used in industrial automation, such as in industrial control systems, human machine interfaces, building automation systems and machine-to-machine communications.

Working Principle

AT45D161-JC is based on a serial-interface Access Bus (SPI) Clock and Command system. It is organized as 18, 4Kbyte memory pages, with 32 bytes per main memory page. The chip also includes an 8Kbyte Extended Data Space, with 16 bytes per EDS page. It contains up to 256 bytes of main memory data (including 32 bytes for redundancy), 256 bytes of EDS memory data, an 8-bit address bus, and an 8-bit data bus.

The addresses or data stored in AT45D161-JC can be accessed with the appropriate SPI commands. Byte or page-write operations are initiated with a WREN (Write Enable) command followed by a write command. The Read command is used to read the stored data. It includes a variety of protect and status commands, such as the suspend (Halt) mode, which sets the AT45D161-JC into a low-power state. The chip also provides an advanced protection capability, which enables users to protect stored data from unauthorized access.

AT45D161-JC offers an extensive set of features such as advanced memory protection, fast write times, high endurance, and extended temperatures. These features make it an ideal choice for applications requiring fast non-volatile storage with enhanced attribute options.

Conclusion

In conclusion, AT45D161-JC is a highly reliable, high-performance non-volatile memory device which offers broad features and suitability to many different industrial application areas. Its fast write and read access times, along with its small footprint, give it the capability to outperform many other types of memory, while remaining secure and environment friendly.

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