NM93C14N

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N93C14N is a type of non-volatile memory EEPROM (electrically erasable programmable read-only memory) that is widely used in various electronic devices for application purposes. This type of memory is dynamic, meaning that its contents can be read, written, and erased by applying electrical charge to the memory cell.

The N93C14N utilizes a Single Poly NVM (SPNVM), which is composed of an array of memory cells that are arranged in a linear fashion and linked together in a way that makes it possible to write data to and read data from these cells. Each cell is composed of two transistors, one for reading and one for writing, that are connected in series and have special logic circuitry to control the state of each cell. This makes the SPNVM architecture very efficient in terms of space on the chip.

The N93C14N is designed to be used in applications that require high levels of data security, such as automotive ECUs, remote controllers, microprocessors, and server systems. The device can store up to 128 bytes of data, which is sufficient for most applications. The device is also capable of withstanding extreme temperatures, making it suitable for environments that experience both high and low temperatures simultaneously. Additionally, the device has a very low read latency, which makes it suitable for applications where fast response times are necessary.

To program the N93C14N, the data to be stored must first be written to the memory array. This is done by first connecting the N93C14N to a programmable logic controller (PLC) and sending the desired data in the instruction packet. The PLC then sends the instructions to the device and the data is written to the memory cells. Then, when a read is requested, the data is read from the cells and sent back to the PLC.

Erasing data from the N93C14N is done by connecting it to the PLC and sending an instruction packet instructing the device to erase the memory cells. Once this is done, the erased cells can be written over with new data. This is an important feature of the device as it ensures that all data stored in the device is secure and can be removed if necessary.

The N93C14N has been designed and developed with a wide range of applications in mind. For example, it can be used in automotive applications to store important data such as vehicle parameters and service records. Additionally, the device can be used in remote and industrial automation systems to store status and control information. Lastly, the device can be used in server systems to securely store critical data and instructions required for the operation of the system.

Overall, the N93C14N is a reliable and effective non-volatile memory EEPROM solution for applications requiring secure data storage and fast response times. The device\'s highly dense architecture and wide temperature range make it a great solution for both high and low temperature applications, while its low read latency makes it suitable for applications with fast response times. Additionally, the device\'s erase and write functions ensure that all data stored on the device is secure. Thus, the N93C14N can be used in a variety of applications with confidence.

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