AT24C64BN-10SU-2.7

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At24c64bn-10su-2.7 is a CMOS Serial EEPROM, which belongs to Memory products. It is a type of device with memory storage, low power consumption, fast access time, high data storage density, wide voltage range, wide temperature range which can be used in different occasions. The capacitance of At24c64bn-10su-2.7 is 64Kbits with 8-pin connection. Its working voltage is 2.7V-5.5V, its max frequency is 1MHz, and its address space is up to 100K bits. There are two versions for this device namely: 8-pin DIP package and 8-pin SOIC package.

At24c64bn-10su-2.7 is widely used in electronic equipment that needs data storage and read, such as in automotive remote controls, digital cameras, palmtops, portable communication devices, home appliance and toys. This makes it one of the most popular EEPROM available in the market. It is even being used in industrial application like controllers, instrumentation, and medical devices.

At24c64bn-10su-2.7’s working principle is significant in understanding its features. It starts with the fact that it is a CMOS Serial EEPROM so it is a non-volatile memory meaning it can hold data without power. This memory uses a two wire serial interface comprising Serial Data (SDA) and Serial Clock (SCL). With this two wire serial interface, data can be transferred between a master device to the EEPROM.

The At24c64bn-10su-2.7 is a serial EEPROM with a single data line and clock line, which relies on the SCL serial clock to control the start, data and stop signals, and the transmit and receive data. The master clock supplies the clock signal, and by using the presence pulse notify device that is being addressed. When the master device and the EEPROM are addressed to each other, the data can be transmitted or received between them.

Also, address and data consists of 7-bit, 8-bit, and 9-bit that depends on the types of address and data registers. The EEPROM will accept all types of address, data length and read sequence. It also provides three types of write cycles; the double write cycle, page write cycle, and page erase cycle. The double write cycle is used to write one or more bytes into the EEPROM at a time. The page write cycle is used to write fewer words but faster than the double write cycle. Lastly, the page erase cycle is used to erase the entire page.

The At24c64bn-10su-2.7 has several features, making it more reliable compared to other EEPROM. This device has a low power consumption, it can be read and written, and its maximum storage capacity is 64KBit with a single chip utilizing CMOS technology. It also has a wide working voltage, fast access time, and a wide temperature range, that makes it usable in various conditions. In summary, the At24c64bn-10su-2.7 is a great choice for a wide variety of memory application, making it one of the most popular serial EEPROMs on the market.

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