AT28L64Z8BHC4M

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AT28L64Z8BHC4M application field and working principle

AT28L64Z8BHC4M belongs to Memory-Module category. It is a 8Mbit memory module which is designed to meet the demand for high performance and scalability. It is the perfect choice for memory intensive applications such as large databases and robot controller.

Working Principle

AT28L64Z8BHC4M uses the advanced CMOS process technology to achieve high speed and low power consumption. It consists of four main components: address decoder, timing circuits, I/O pins, and memory cells. The address decoder is responsible for decoding the address signals and generating the appropriate read/write enable control signals. The timing circuits are responsible for driving the address and read/write enable and data signals. The I/O pins provide the connection between the module and the external devices. The memory cells consist of 64Mbits of non-volatile memory array that can store data for up to 20years.

Application

AT28L64Z8BHC4M is mainly used in the fields of large databases, multimedia, robotics, audio/video signal processing, automotive electronics and communication. It can also be used in digital appliances, industrial automation, embedded systems and other related applications. It is suitable for applications requiring large capacity data storage.

In large databases and multimedia applications, AT28L64Z8BHC4M provides fast read and write access for high speed operation. It can support a wide range of data types including text, video, audio, and image. In robotics applications, it is used to control the robot motion, navigation, and manipulation. It is also used in signal processing in audio/video. In automotive electronics and communications, it is used to store data and program logic for automotive systems such as navigation systems, engine monitoring systems, and radio systems.

AT28L64Z8BHC4M is a high performance and cost effective memory module. It provides reliable data storage capability and is suitable for a variety of applications. With its low power consumption, fast access times, and robust design, it is the ideal solution for memory intensive applications.

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