7014S12JG

Memory

The 7014S12JG is a kind of memory chip, and also a kind of two-terminal non-volatile memory device, developed by Toshiba Corporation. It has a wide variety of application fields and working principles.

Application Field of 7014S12JG Memory

The 7014S12JG memory is mainly used in computer memory systems. The memory size of it is relatively small compared to the traditional NAND flash memory. But it has an advantage of relatively less power consumption and can provide higher storage capacity. It is suitable for devices used in embedded systems, such as car navigation systems, key devices for wearable devices and wristwatches, other hand-held digital devices, and devices used in medical and electrical equipment.

Besides, it can also be used in the field of audio-visual storage, such as high-definition TV, Blu-ray players, etc. It has the function of high-speed random reading, and can be used in multiple applications, such as game consoles, photo frames, and so on.

Working Principle of 7014S12JG Memory

The working principle of 7014S12JG memory is mainly based on tunneling technology. This technology utilizes a thin tunnel in the thin film layer structure, and applies a bias voltage to the thin film layer. The electric pulse of the bias voltage passes through the thin film layer to cause the electrons to form an electron tunneling effect. Through this process, the electrons are able to migrate between the two separated semiconductor layers, resulting in the ability to read and write information.

The device has a high speed random reading capability, and is able to store 1Mb/s memory of compressed video data,with a memory capacity of up to 64GB. Besides, it also has a low voltage operation, with a minimum voltage of 3.2V, which not only can save power consumption, but also make it have high performance.

7014S12JG Memory has a wide application field and working principle. Its application field mainly includes devices used in embedded systems, such as car navigation systems, key devices for wearable devices and wristwatches, other hand-held digital devices, and devices used in medical and electrical equipment. Its working principle is mainly based on tunneling technology, which utilizes a thin tunnel in the thin film layer structure. It also has high speed random reading capability and a low voltage operation, as well as its own memory capacity.