Rainbow-electronics MAX6683 Bedienungsanleitung

General DescriptionThe MAX6683 system supervisor monitors multiplepower-supply voltages, including its own, and also fea-tures an on-board temperature

MAX6683Temperature Sensor and System Monitor in a 10-Pin µMAX10 ______________________________________________________________________________________

rupt continues to be generated on subsequent mea-surements until the temperature falls below THOT.SMBus/I2C-Compatible Digital InterfaceFrom a softwar

MAX6683The MAX6683 also responds to the SMBus alertresponse address (see Alert Response Address).Alert Response AddressThe SMBus alert response interr

upper byte contains the MSBs, while the lower bytecontains the 3LSBs (Figure 5). D9–D3 of the upper byterepresent the whole decimal number of the temp

MAX6683Temperature Sensor and System Monitor in a 10-Pin µMAXMaxim cannot assume responsibility for use of any circuitry other than circuitry entirely

MAX6683Temperature Sensor and System Monitor in a 10-Pin µMAX2 _______________________________________________________________________________________

MAX6683Temperature Sensor and System Monitor in a 10-Pin µMAX_______________________________________________________________________________________ 3

MAX6683Temperature Sensor and System Monitor in a 10-Pin µMAX4 _______________________________________________________________________________________

Detailed DescriptionThe MAX6683 is a voltage and temperature monitordesigned to communicate through an SMBus/I2C inter-face with an external microcont

MAX6683Unless the fault is removed, the ALERT output onlyremains cleared until the end of the next conversioncycle where it is again asserted. The ALE

ten to the Serial Address Register. This code overwritesthe code set by connection of the ADD pin, until theMAX6683 is taken through a POR cycle.ADC a

MAX6683The POR state of the THOTregister is 0101 0000 or+80°C. The POR state of the THYSTregister is 01000001 or +65°C. High and low limits for the vo

ALERTInterruptsAn out-of-range voltage or temperature causes theALERT output signal to be asserted. However, if theassertion is caused by an out-of-ra