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The memory is configured as pages with each page containing 32 bytes. This device offers significant advantages in low power and low voltage applications. It offers a flexible byte write and a faster byte page write. The data in the upper quadrant of memory can be protected by a write protect pin. Pin 2 A1 , and 3 A2 are device address input pins which are hardwired by the user. Pin 4 is the ground Vss. Pin 5 is the serial data SDA pin used for bidirectional transfer of data.
Pin 6 is the serial clock SCL input pin. Pin 7 is the write protect WP input pin, and Pin 8 is the power supply Vcc pin. The A bits represent the input levels on the 3 device address input pins. After each byte is transmitted, the receiver has to provide an acknowledge by pulling the SDA bus low on the ninth clock cycle. The acknowledge is a handshake signal to the transmitter indicating a successful data transmission.
A pullup resistor must be connected from SDA to Vcc. It is used in conjunction with SDA to define the start and stop conditions.
These pins can be connected either high or low. A maximum of eight Turbo IC 24C64 can be connected in parallel, each with a unique device address. When these pins are left unconnected, the device addresses are interpreted as zero. For normal write operation, the write protect pin should be grounded. When this pin is left unconnected, WP is interpreted as zero. The Turbo IC 24C64 acknowledges after each byte transmission.
For a read operation, the master issues a start condition and a device address byte. The master acknowledges, indicating that it requires more data bytes. The Turbo IC 24C64 transmits more data bytes, with the memory address counter automatically incrementing for each data byte, until the master does not acknowledge, indicating that it is terminating the transmission.
The master then issues a stop condition. The protocol defines any device that sends data onto the SDA bus as a transmitter, and the receiving device as a receiver. The device controlling the transfer is the master and the device being controlled is the slave. The master always initiates the data transfers, and provides the clock for both transmit and receive operations. The Turbo IC 24C64 acts as a slave device in all applications. Either the master or the slave can take control of the SDA bus, depending on the requirement of the protocol.
The acknowledge protocol is used as a handshake signal to indicate successful transmission of a byte of data. The receiver pulls the SDA bus low during the ninth clock cycle to acknowledge the successful transmission of a byte of data. If the SDA is not pulled low during the ninth clock cycle, the Turbo IC 24C64 terminates the data transmission and goes into standby mode.
For the write operation, the Turbo IC 24C64 acknowledges after the device address byte, acknowledges after each memory address byte, and acknowledges after each subsequent data byte. For the read operation, the Turbo IC 24C64 acknowledges after the device address byte.
Then the Turbo IC 24C64 transmits each subsequent data byte, and the master acknowledges after each data byte transfer, indicating that it requires more data bytes. To terminate the transmission, the master does not acknowledge, and then sends a stop condition.
24C64 CI SMD 24C64WP
The memory is configured as pages with each page containing 32 bytes. This device offers significant advantages in low power and low voltage applications. It offers a flexible byte write and a faster byte page write. The data in the upper quadrant of memory can be protected by a write protect pin.
I2C EEPROM Programmer
24C64 - 24C64 8k x 8 Serial CMOS EEPROM