AT28HC256F-90JI

AT28HC256F-90JI is a type of memory device, which is mainly utilized in industrial, consumer and automotive applications. The device is based on the advanced Mirror bit technology from Atmel, which provides high density, maximum reliability and enhanced programming capability.

AT28HC256F-90JI is available in 4Mbit and 8Mbit versions with EEPROM, Flash, and 64Kbytes dual storage modes. The device support the common programming languages such as C, C++ and Java and can be used for both industrial and consumer applications. The device offers a wide temperature range for industrial applications, as well as better speed and reduced power consumption.

The device comes with two different types of pins, 8pins and 20 pins, which provide greater flexibility for designers to select the best option for their applications. It has two power supply pins, one for the chip and the other for the Serial Communication Interface (SCI). A single chip can support up to 64Kbytes of program area, 64Kbytes of read/write area and 64Kbytes of EEPROM area.

AT28HC256F-90JI has an asynchronous operation, meaning it does not require a clock signal to be provided to control or initiate data transfers. Instead, data is transferred between the internal memory and the external memory using an asynchronous memory interface. The device supports simultaneous read and write operations at a maximum frequency of 10MHz. The device also has the capability to detect errors in stored data and can detect invalid addresses.

AT28HC256F-90JI is extensively used in various fields like automotive, industrial and consumer applications. Its advanced Mirror bit technology provides a wide array of features and benefits such as high density, maximum reliability and enhanced programming capability. In addition, it comes with two power supply pins, 8pins and 20 pins options and can support up to 64Kbytes of program area, 64Kbytes of read/write area and 64Kbytes of EEPROM area. With the provided features and capabilities, AT28HC256F-90JI is an ideal memory device for a wide variety of applications.