RM24C64DS-LMAI-T

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The RM24C64DS-LMAI-T is a 8Kb serial EEPROM that integrates 8Kb of byte-accessible memory, where each byte can be written or read individually. This serial EEPROM is part of the SMART LMAI-T family. It is based on the I2C bus protocol (Inter-Integrated Circuit), a two-wire serial bus protocol set up to transfer data between two or more devices. The two wires are a serial data line (SDA) and a serial clock line (SCL). The RM24C64DS-LMAI-T is programmed and read using industry standard I2C bus protocol for write/read access.

The RM24C64DS-LMAI-T can be mainly found in various industries and applications. These include, but are not limited to, industrial automation and control, medical electronic equipment, telecom, transportation, etc. It can be used in any I2C based system that requires EEPROM storage and one-byte and multi-byte writes. It is also often used in low-power applications. With its low power and wide operating temperature, it performs very well in such conditions.

This device uses a traditional EEPROM technology that has been manufactured through CMOS process and is designed to be used in an industrial-grade EEPROM application. This device also provides robust endurance, data retention, storage and operation lifetime. Each byte has an extra bit (X) in order to protect the data that is being stored in, in case of any accidental changes, without the need of any additional external components.

The RM24C64DS-LMAI-T has an 8 bit I2C architecture and can operate at 3.3V, 2.7V, 2.5V, 1.8V or 1.5V. It has a very fast write time of around 1 ms and reads data in less than 500ns. This device can be written in block mode for improved programming performance. Its erase/write cycles are robust, providing a minimum of 1,000,000 cycles of operation. The data in this device has a shelf life of more than 10 years, making it reliable and durable. The chip can handle up to 8-byte write cycles and its blocks can be programmed within milliseconds.

In order to work, the RM24C64DS-LMAI-T requires an external oscillator to operate. The external oscillator needs to be configured to a maximum frequency of 100KHz layout. The serial EEPROM has a minimum address size of 8-bytes, thus allowing a maximum capacity of 8Kbyte of data storage. The chip can be accessed via the I2C interface protocol, which is a communication protocol for accessing the chip\'s data. It is also equipped with an EEPROM memory array that enables multiple write cycles, meaning that data can be rewritten multiple times without any data loss.

The RM24C64DS-LMAI-T provides an extended temperature range from -40 °C to +125 °C. It is suitable for applications which work best in extreme conditions or require consistent and reliable operation. Its 8Kb of memory also provides users with enough storage for their application\'s data. In addition, it provides high levels of endurance and data retention ensuring the device is reliable and highly durable.

As a result of its robust endurance, data retention, storage and operation lifetime, the RM24C64DS-LMAI-T has become a popular choice among memory applications. Not only is it suitable for a variety of applications and industries, but it is also known for its reliable performance. With its extended temperature range and 8Kb of memory, it is no wonder why this device is in high demand in the memory device industry.

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