AT24C128-10TI-1.8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AT24C128-10TI-1.8 is a 16-legged memory with a low voltage and high-speed serial I2C interface. As its name suggests, this product has 128K bits of memory. It is mainly used in consumer electronics products such as digital products and mobile phones, industrial equipment, medical equipment, toys, security products and various items. It also has other applications.

Overview of AT24C128-10TI-1.8

The AT24C128-10TI-1.8 is a non-volatile memory with 128K bits of memory. It is composed of 16 to 24-legged chips. It can communicate over a long distance at speeds up to 400Kbps. In addition, it has a built-in low-voltage alert, wide operating temperature ranges, and unlimited write cycles. It has a 3-wire serial memory interface, supports the popular I2C protocol, and can be connected to multiple devices, making it easier to design and creating a more reliable product.

Applications Field of AT24C128-10TI-1.8

Since AT24C128-10TI-1.8 has a low voltage, high-speed serial I2C interface, it is mainly used in consumer electronics products such as digital products and mobile phones, industrial equipment, medical equipment, toys, security products and various items.

First of all, the AT24C128-10TI-1.8 can be used in digital products, especially for storing product operation instructions. The I2C interface of the AT24C128-10TI-1.8 is highly reliable and flexible, which makes it ideal for a variety of digital products.

In addition, AT24C128-10TI-1.8 can be widely used in industrial equipment. Its larger capacity, non-volatile and high-speed transmission capabilities make it particularly suitable for modern industrial production and equipment, and its advantages in product design and reliability make it highly favored by industrial decision-makers.

Moreover, with its low-voltage alert and wide operating temperature range, AT24C128-10TI-1.8 can also be widely used in medical equipment. In addition to being used as a data storage medium, it can also be used to store important medical information and data, making it more reliable and stable.

Finally, AT24C128-10TI-1.8 is also widely used in toys, security products and other items. Because of its low cost, large storage capacity and strong security, AT24C128-10TI-1.8 is widely used in such products.

Working Principle of AT24C128-10TI-1.8

The AT24C128-10TI-1.8 has a 3-wire serial memory interface and supports the popular I2C protocol. It has a master-slave architecture and consists of two types of devices: master and slave. The master device is responsible for sending commands and data, while the slave device is responsible for executing the instructions and responding to the data.

When communicating over the I2C protocol, the transfer starts with the master sending a start condition, followed by the address of the slave device. The address consists of seven bits of information,six in the device identifier and one in the read/write mode. Once the slave device acknowledges receipt of the address, the master device will send a command. After the master finishes sending data, it terminates the communication with a stop condition.

In addition to data transfer, the I2C protocol also supports another function, acknowledgement. After the slave device receives the data, it will respond with a short pulse, indicating to the master device that the data has been received and processed. If the master device does not receive the acknowledgement from the slave, it will repeat the data transfer.

Conclusion

In summary, the AT24C128-10TI-1.8 is a 16 to 24-legged memory device with 128K bits of memory and a low-voltage serial I2C interface. It is mainly used in consumer electronics products, industrial equipment, medical equipment, toys, security products and various items. Its 3-wire serial memory interface, I2C protocol support, low-voltage alert and wide operating temperature range make it suitable for a variety of applications. Finally, the master-slave architecture and acknowledgement function enable reliable and accurate data communication.

The specific data is subject to PDF, and the above content is for reference