24AA64FT-I/MS

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 24AA64FT-I/MS is a serial Electrically Erasable Programmable Read-Only Memory (EEPROM) device with a MEMS-like architecture. It is encapsulated in an 8-pin TSSOP package and is designed to offer high endurance and low power operation while still being extremely reliable. Its features and performance make it an ideal choice for applications such as medical, industrial, consumer and embedded systems.

Application Field of 24AA64FT-I/MS

The 24AA64FT-I/MS is ideal for applications where low power consumption is necessary and in which data must be stored and retrieved quickly. Such applications include medical and consumer equipment control, measurement, and telecommunications. Additionally, the device can be used in automotive systems, industrial automation, electronic point-of-sale systems, and energy management.

This device also has unique features, including a data retention of up to 200 years in the normal operating conditions and a minimum write endurance of 1 million cycles. This makes it an excellent choice for applications where data must be reliably stored over long periods of time, such as medical equipment. Furthermore, the device can support full-duplex asynchronous transfers up to 1Mb/s, which makes it ideal for applications requiring both high data throughput and low power consumption.

Working Principle of 24AA64FT-I/MS

The 24AA64FT-I/MS is based on a non-volatile memory technology called Floating Gate memory cell. This cell is composed of a PMOS and a NMOS transistor, which share a common gate. Each memory cell can store a voltage level between 0 and 4V. This voltage level is used to represent a binary 1 or 0, thus allowing the device to store binary data.

The 24AA64FT-I/MS utilizes I2C and SPI serial communication protocols for data transfers. The device supports two commands, a read command (RD) and a write command (WR), which are used to transfer data from and to the device, respectively. The data is also divided into two sections, the address section and the data section. The address section is used to identify the memory location that is to be read or written to. The data section contains the data that is to be written or read from the memory location.

The 24AA64FT-I/MS also supports the use of a Control Register, which contains eight bits of information which can be used to control the internal operations of the device. For example, the Control Register can be used to configure the device’s clock frequency, enable or disable write protection, or set the device’s operating temperature range. Additionally, the 24AA64FT-I/MS supports the use of a Status Register, which can be used to read the status of the device. The Status Register contains eight bits of information which can be used to determine the current state of the device or to detect any errors that have occurred.

The 24AA64FT-I/MS is also equipped with an internal 32-bit address counter. This counter can be used to store the address of the next memory location to be accessed, which eliminates the need for the host processor to re-supply the address of each memory location. Additionally, the counter can be used to generate an interrupt when the address of the next memory location has been reached. This interrupt can be used to notify the host processor that data is ready to be read or written to the memory location.

Conclusion

The 24AA64FT-I/MS is an exceptionally reliable, low-power and high-endurance memory device. Its features and performance make it an ideal choice for applications such as medical, industrial, consumer and embedded systems. With its long data retention time, fast write/read cycles, and support for both I2C and SPI serial communication protocols, as well as a Control Register and an address counter, the 24AA64FT-I/MS is an excellent choice for applications requiring both high data throughput and low power consumption.

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