LE24C023M-TLM-E

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The LE24C023M-TLM-E is a type of memory. It provides 16K x 8 bit of parallel non-volatile EEPROM. It is ideal for applications that require large memory capacity, secure data retention (different from other types of EEPROM, it can retain data for 10 years at 55°C), and long life performance. It is offered in a small 5-pin TO-92 plastic package.

The LE24C023M-TLM-E is powered by a single +24V supply voltage, and has an asynchronous write operation. This allows for faster programming times than with other types of EEPROMs. For reading, the device uses byte addresses to reference selected data locations, while write operations require the entire 16K block to be written with new data.

The LE24C023M-TLM-E is suited for powering industrial and automotive products, where a large amount of data needs to be stored without compromising on reliability or performance. Its main application fields include data logging, micro-controllers, and programmable logic controllers (PLCs).

In addition, the LE24C023M-TLM-E has a low power operating mode, meaning that it can be used in those applications where energy consumption needs to be kept to a minimum.

The working principle of the LE24C023M-TLM-E is simple and consists of three steps. First, the device connects to its power source via a five-pin adapter. A dedicated write pin is used to acknowledge the start of commands sent from the host. The data is then written to the desired 16K block in the form of a serial bit stream. Finally, a write stop pin is used to acknowledge the end of the write operation, and the device then enters a quiescent mode.

To sum up, the LE24C023M-TLM-E is a type of memory, offering 16K x 8 bit of parallel non-volatile EEPROM. It is suited for powering industrial and automotive products, and its main applications include data logging, micro-controllers, and programmable logic controllers (PLCs). It features a low power operating mode, and its working principle consists of three steps: power connection, data writing, and write stop.

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