AT28HC256E-12FM/883

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Today, due to the rapid development of science and technology, the evolution of integrated circuits has gone to a higher level. Among them, AT28HC256E-12FM/883 is worth mentioning.As a type of integrated circuit, AT28HC256E-12FM/883 is mainly used in memory modules and memory products. It uses a 0.6μm CMOS EEPROM technology to store data and its chip size is 4 mm × 4 mm. It has a wide range of non-volatile memory products and is widely used in many applications such as automotive electronics, industrial controllers, smart home and office systems. Due to its high-performance, high-density and low-power consumption, AT28HC256E-12FM/883 is increasingly being favored by various fields.As for its working principle, AT28HC256E-12FM/883 is a dynamic random access memory composed of an array of capacitors and transistor switches. It works by creating an electric charge on the capacitor to represent a bit of data. When it receives the corresponding command from outside, the charge on the capacitor will be transferred to the corresponding storage element or chip, thereby reading or writing the corresponding data.AT28HC256E-12FM/883 also has some unique features: it supports microcontroller-centric, two-wire serial and single-voltage programming, allowing microcontroller-centric, two-wire serial and single-voltage programming. It also supports low-voltage programming, which supports programming at 2.7 V to 4.5 V. The internal circuit design enables AT28HC256E-12FM/883 to operate stably with the supply voltage of 3.0 V to 3.8 V. In addition, compared to the traditional EEPROM technology, the high integration of the AT28HC256E-12FM/883 makes its power consumption much lower and its cost much lower.From the above, it can be seen that AT28HC256E-12FM/883 has some unique features such as high performance, high density, low voltage programming and low-power consumption and is widely used in memory modules and memory products in many applications. It has the advantages of high reliability and superior performance, and the cost is lower. All these make it the ideal choice for many application fields.

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