AT27C4096-55PU

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The AT27C4096-55PU is classified as a member of the memory family. It is a nonvolatile CMOS Electrically Erasable Programmable Read-Only Memory (EEPROM). A static memory chip that uses CMOS technology, it is fabricated in a narrow SOIC (Small-outline Integrated Circuit) package. This memory chip can store up to 4 megabits (512K bytes) of data in its internal data architecture.

The AT27C4096-55PU can be used in various applications. It can seamlessly integrate into any system or network of memory chips. Therefore, it is widely used in embedded systems – such as miniaturized monitoring devices and computers – for storing large amounts of data. It is also used in medical and industrial applications, as well as automotive, aerospace, and telecommunications systems.

In systems that require low-voltage power and high levels of data security, the AT27C4096-55PU is an ideal choice. It is a very low-cost solution and its programming speed is faster than other nonvolatile memory devices. It can also operate with standby power levels below one microampere.

The AT27C4096-55PU offers a variety of features, such as high-speed programming times, low-voltage operation and power dissipation, 1.8 to 5.5V read and write operating ranges, and protection against extra programming. It also has an On-Chip Device Identification. This feature provides a unique ID code that can be used to identify the manufacturer, lot number, and device type.

The general working principle of the AT27C4096-55PU involves the use of transistors to switch the electrical signals, which can then be used to write information into the computer’s memory. The chip also reads input from different memory locations, allowing users to store data in specific parts of the memory. Once these electrical signals are written into the memory, they remain in that same location unless they are erased. This allows the user to store large bodies of information in a small space.

The AT27C4096-55PU also has a wide range of advanced features, including error correction modes, write-protect features, and page modify option. It also includes an internal write protection and erase protection. These features make it an ideal choice for long-term data retention, even under extreme conditions, and help extend its lifespan.

In conclusion, the AT27C4096-55PU encapsulated in a narrow SOIC package offers a wide range of features that make it a versatile choice for memory applications. Its data security and low-voltage operation are ideal for applications that require long-term data retention, as well as for applications that use significant amounts of data storage.

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