BR24C02-DS6TP

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The BR24C02-DS6TP is a a 2-kilobit serial I2C Bus EEPROM belonging to the memory family and is typically used in industrial work fields.

It is ideal memory storage choice for storing non-volatile data, such as configuration and control settings and application data.

This chip features a Serial Clock (SCL) and Serial Data (SDA) line, and can be operated in both an I2C and three-wire SPI mode. It supports a maximum operational clock rate of 1 MHz and a maximum data transfer speed of 100 kbps.

In terms of its size, the BR24C02-DS6TP measures just 4.9 x 3mm with three legs and a 2mm pitch, which houses its 8k-bit of non-volatile serial EEPROM storage. This makes it an incredibly compact memory solution for limited space or applications.

In terms of its working principle, the BR24C02-DS6TP stores data serially by using a shift register. When a bit is shifted in the register, its contents are shifted by one bit, and the data is written in parallel in the EEPROM while it is shifted out. This serial-chain writing method can be used to store data much faster than other methods.

It also supports 2-wire I2C-compatible serial interface and various other options, including multiple write protection and block erasing. The BR24C02-DS6TP is available in two different packages - 8-pin surface mount or 8-pin DIP.

This makes it ideal for a wide variety of industrial and commercial applications in areas such as automotive, automotive control, home appliances, consumer electronics and medical equipment. It finds its use in data logging, memory expansion and external memory expansion.

The BR24C02-DS6TP is very easy to program, and can be reprogrammed and reused multiple times. This makes it an ideal choice for applications where data must be updated often.

In a nutshell, the BR24C02-DS6TP is an incredibly versatile and reliable memory solution that is well-suited for a wide variety of industrial and commercial applications. Its small size, low power consumption and simple programming process make it an ideal choice for applications where space is limited and data must be stored quickly and easily.

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