71V65803S133BGG8

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Memory technology is an important branch in electronic technology. 71V65803S133BGG8 is a type of memory device which is widely applied for its special characteristics. This article will introduce its application field and the working principle.

Application field of 71V65803S133BGG8

71V65803S133BGG8, as a series of semiconductor-based memory device, is able to store data in the form of electricity or light. It is mainly applied in industrial control field, automation instrumentation and data acquisition, such as engine control, automatic capacitor regulation system, flowmeter, intelligent terminal and so on. Besides, it can be used in embedded systems, such as single chip with real time operating system, FPGA or SoC.

Working Principle

71V65803S133BGG8 is a special type of non-volatile memory, which works through an electrical current to save data. This kind of memory device employs semiconductors, metal oxide and other materials as the storage substrate. When an electric current is applied, the data will be stored in the form of electrons. This data can last up to 10-15 years and will not be lost due to power outage.

71V65803S133BGG8 mainly consists of a silicon-on-insulator (SOI) substrate or gallium arsenide (GaAs). Its resistance values and voltage values determine the storing data state. For example, in the low resistance which is stable between two nodes, it stands for 0. In the high-resistant state, it stands for 1. When accessing the memory cell, if the two voltage values are not equal, the value will be changed due to the reaction of circuits.

In conclusion, 71V65803S133BGG8 is a type of non-volatile memory device which utilizes a current to store data. It is mainly adopted for industrial control, data acquisition and embedded systems. Its working principle is based on the changes of resistance values and voltage values.

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