AT49LD3200B-10TI

AT49LD3200B-10TI is a type of Memory component. It is commonly used to save information and processes that are required by application software, such as writing data and processing programs. This type of component utilizes the Non-Volatile or read-only Memory (ROM) technology.

Application Field

AT49LD3200B-10TI is mainly employed in the embedded systems and microcontroller applications. Because of its high integration and excellent performance, it can assist in the building of various systems and applications. It can be used in programmable logic controllers (PLCs), automotive controllers, consumer electronics, security and surveillance systems.

Working Principle

AT49LD3200B-10TI utilizes Non-Volatile Memory and read-only Memory (ROM) technology. Its non-volatile memory can store data and processes which are necessary of application software without an external power source. That means, during a power failure, data won’t be lost. Besides, the ROM can help to store the program codes, which are executed at a much faster speed than the other volatile memories. And its logic circuits can help to process all the instructions without accessing a supplementary RAM.

Moreover, AT49LD3200B-10TI employs the static architecture. It means all the instructions are going to execute in a strict cycle, and each instruction is performed in a certain clock period (clock pulse). This works over the ability of the processor to identify between pulses. It saves machine cycle by not accessing the RAM or any other supplementary memory in each cycle.

In addition, AT49LD3200B-10TI includes various features that offer various advantages to users. For example, it can achieve higher access speed provided by its fast access time and lower standby current in the low power mode. Plus, it has large storage capability, low noise execution and great amount of flexibility with small amount of code.

Conclusion

AT49LD3200B-10TI is a type of Memory component that is commonly used in embedded systems and microcontroller applications. It employs Non-Volatile or read-only Memory (ROM) technology. With its high integration, excellent performance, fast access time and lower standby current in the low power mode, it offers various advantages to users to support the building of various systems and applications.