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Unit Procedure CLOCK and Info TRANSITIONS: The SDA pin is normally pulled high having an exter-nal gadget. Info about the SDA pin may well transform only through SCL minimal time periods (refer toData Validity timing diagram).

Details improvements in the course of SCL higher periods will indicate a startor halt problem as described below.Get started Condition: A high-to-low changeover of SDA with SCL large is usually a get started conditionwhich need to precede any other command (confer with Begin and Prevent Definition timingdiagram).

Cease Condition: A low-to-high changeover of SDA with SCL superior can be a prevent condition.Immediately after a go through sequence, the quit command will position the EEPROM inside of a standby powermode (make reference to Start out and End Definition timing diagram).

Acknowledge: All addresses and data phrases are serially transmitted to and from theEEPROM in 8-bit text.

The EEPROM sends a zero to acknowledge that it hasreceived each individual word. This takes place throughout the ninth clock cycle.STANDBY Mode: The AT24C01A/02/04/08/16 features a low-power standby modewhich is enabled: (a) on power-up and (b) right after the receipt on the Cease little bit and thecompletion of any inner operations.

MEMORY RESET: Right after an interruption in protocol, electricity decline or program reset, any 2-wire element might be reset by following these techniques:one. Clock around nine cycles.2. Look for SDA substantial in every single cycle although SCL is superior.3. Make a start off ailment.

The SCL enter is used to positiveedge clock facts into every EEPROM product and negativeedge clock information from each device.SERIAL Information (SDA): The SDA pin is bi-directional forserial facts transfer.

This pin is open-drain pushed and maybe wire-ORed with any amount of other open-drain oropen-collector devices.DEVICE/PAGE ADDRESSES (A2, A1, A0): The A2, A1and A0 pins are machine tackle inputs that are tough wiredfor the AT24C01A along with the AT24C02.

As a lot of as eight1K/2K equipment may well be addressed on the one bus program(product addressing is reviewed in detail under the DeviceAddressing segment).The AT24C04 takes advantage of the A2 and A1 inputs for really hard wireaddressing in addition to a whole of 4 4K products might beaddressed with a single bus system.

The A0 pin is ano link.The AT24C08 only utilizes the A2 input for hardwire address-ing plus a full of two 8K units could be addressed on asingle bus technique. The A0 and A1 pins are no connects.The AT24C16 does not make use of the unit handle pins, whichlimits the number of units with a one bus to at least one.

TheA0, A1 and A2 pins are not any connects.Create Guard (WP): The AT24C01A/02/04/16 has aWrite Shield pin that provides components info defense.The Publish Shield pin will allow usual read/write operationswhen linked to ground (GND).

If the Compose Protectpin is linked to VCC, the generate defense aspect isenabled and operates as revealed within the pursuing desk.

Accept POLLING: When the internally-timedwrite cycle has began plus the EEPROM inputs are dis-abled, acknowledge polling might be initiated. This involvessending a start off affliction followed by the gadget addressword.

The read/write little bit is consultant from the operationdesired. Only if the internal compose cycle has completed willthe EEPROM react that has a zero allowing the read orwrite sequence to carry on.Examine OperationsRead functions are initiated the identical way as produce opera-tions using the exception the read/write select bit in thedevice handle word is about to one. You can find two readoperations: byte study and sequential go through.

BYTE Read: A byte read is initiated that has a commence conditionfollowed by a 7-bit details term deal with along with a significant browse little bit.The AT24C01 will answer with an admit and thenserially output eight info bits. The microcontroller does notrespond using a zero but does deliver a pursuing stopcondition.

SEQUENTIAL Read through: Sequential reads are initiated thesame as being a byte study. Right after the microcontroller receives an8-bit data phrase, it responds with an acknowledge. As longas the EEPROM receives an acknowledge, it will eventually continueto increment the info term handle and serially clock outsequential data phrases.

When the memory tackle limit isreached, the info word tackle will “roll over” and thesequential examine will continue on. The sequential read through opera-tion is terminated if the microcontroller does notrespond with an enter zero but does generate a followingstop affliction.