AT24C01A-10PI-1.8

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Memory has revolutionized computing and communication by enabling companies to store masses of data in limited physical space with precision and speed. The AT24C01A-10PI-1.8 is a memory device of this genre. It is a 2-kbit serial Electrically Erasable PROM (EEPROM) with a wide voltage range. It is among the world’s most trusted and widely used components for the storage of parameters and settings. A wide variety of leading industrial, telecom, consumer and automotive applications take advantage of its small size, low power requirements and robustness.

The device comprises a 2,048 x 8 memory array adapted to be interfaced via a two-wire serial bus. Every single byte within the array may be read, written or erased. The device is organized as sixteen 16-byte pages of data. Reading, writing, and erasing data is facilitated via the serial interface, which is protocol compatible with industry-standard EEPROMs. The device is manufactured with the industry-standard 3.3V internally regulated power supply.

The AT24C01A-10PI-1.8 utilizes E2CMOS, a proprietary CMOS technology developed to reduce power consumption while still delivering high performance and reliability. The device offers up to 100 KHz clock frequency, allowing fast write and read operations. Read operations may be performed at any byte address and require only one command byte and three address bytes. In addition, the device incorporates Unique ID, a feature which allows the capacity to be uniquely identified.

The AT24C01A-10PI-1.8 may be used for a variety of different applications and solutions. Its small size and low power consumption make it ideal for use in embedded systems, as well as in hand-held and portable devices. It also can be found in automotive equipment, communications equipment, consumer electronics and sensors. The device is also well-suited for storing and retrieving parameters, settings, and other information. Furthermore, the device can be used in medical devices, including heart rate monitors and defibrillators.

In order to understand the working principle of the AT24C01A-10PI-1.8, one must first understand the basics of a memory. A memory is a collection of cells with access paths to all those cells, at each access path certain bits of data can be stored. In order for a system to read or write to a memory device, the address of the desired location must first be provided. The address, like a street or room number, determines the exact location of the data to be read from, or written to. In the case of the AT24C01A-10PI-1.8, the address is sent across the two-wire serial bus.

Once the address is provided, the memory device reads the data specified. The AT24C01A-10PI-1.8 utilizes an I2C bus to facilitate this read operation. This bus is capable of both reading and writing functions. The device itself is composed of an array of 2 Kbytes, each of which is composed of 16 individual pages of 128 bits, that can be independently read, written, or erased. The device utilizes only one command byte and three address bytes to perform these operations. The device is also capable of Unique ID recognition, as each device can be identified using its own unique code.

By using the same two-wire serial interface, the device can be programmed for write operations. During these write operations, the device accepts up to 8 bits of data per 8 clock pulses. These write operations can also take advantage of memory page write in order to reduce the number of operations the system must perform. Finally, the device also includes an erase operation, which can be initiated by sending the erase command within either the data or address bytes.

In summary, the AT24C01A-10PI-1.8 is a 2 Kbit serial EEPROM with a wide voltage range. It is well suited for a variety of applications, such as embedded systems and medical devices. It is manufactured with the industry-standard 3.3V internally regulated power supply. The device is organized as sixteen 16-byte pages of data and uses the two wire serial bus to provide read, write and erase functions. The device also supports Unique ID feature which allows each device to be identified uniquely. All in all the device is a reliable and robust memory device.

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