AT28C17E-15JC

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Memory is one of the most important components in any electronic system. It provides temporary storage of data and instructions as directed by the processor. The AT28C17E-15JC is a type of memory device that uses a combination of Flash and EEPROM technology to increase data storage capacity and reduce power consumption. In this brief article, we\'ll explore the application field and the working principle of the AT28C17E-15JC.

The AT28C17E-15JC is an 8K-bit storage device that is used for non-volatile storage applications. It is an ideal choice for embedded applications such as medical, automotive, industrial, and consumer applications. It is also suitable for data logging and automating instrumentation.

The device has an 8-bit address bus and can operate with a single power supply of either 5 VDC or 10 VDC. It is designed to be used in a multiplexed bus configuration, allowing more data to be transferred over the same bus lines. It has a write cycle time of only 15 µs and a data retention of 10 years when powered at 10 VDC.

The AT28C17E-15JC has two modes of operation: byte mode and page mode. In byte mode, data can be read or written in 8-bit chunks. In page mode, up to 64 bytes can be read or written at a time. This makes the device well-suited for applications which require the transfer of large amounts of data.

The device also contains an erase/write or programming circuit, which allows the user to erase a block or page of data in one step. The erase/write circuit also prevents accidental erasures of data.

The AT28C17E-15JC uses a TMOS process to increase the reliability, speed, and storage capacity. It also has built-in error protection and READ-only capability, which can prevent malicious access to the device. The device also has provisions for write-protection, if the user wishes to do so.

The AT28C17E-15JC offers reprogrammability, which allows the user to modify their data without the need to rewrite the entire device. The device also supports sector erase, which is a subset of the erase/write process and allows the user to delete specific sections of the data.

The device is particularly useful in situations where fast data access and reliability is paramount. As it uses Flash and EEPROM technology, its reprogrammability and write cycles make it suitable for multiple task processing applications. Its fast data access and low power consumption are also attractive characteristics in the current market.

In conclusion, the AT28C17E-15JC is an ideal choice for applications requiring non-volatile storage and fast data access. Its combination of Flash and EEPROM technology make it highly reliable, and its reprogrammability and low power consumption make it an attractive choice for applications in automotive, medical, industrial, and consumer sectors.

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