MAX6313UK50D2-T

5-Pin, Multiple-Input, Programmable Reset ICs

GeneralDescription TheMAX6305–MAX6313CMOSmicroprocessor(µP)supervisorycircuitsaredesignedtomonitormorethanonepowersupply.Idealformonitoringboth5Vand3.3Vinpersonalcomputersystems,thesedevicesassertasystemresetifanyofthemonitoredsuppliesfallsoutsidetheprog

MAX6313UK50D3-T

5-Pin, Multiple-Input, Programmable Reset ICs

GeneralDescription TheMAX6305–MAX6313CMOSmicroprocessor(µP)supervisorycircuitsaredesignedtomonitormorethanonepowersupply.Idealformonitoringboth5Vand3.3Vinpersonalcomputersystems,thesedevicesassertasystemresetifanyofthemonitoredsuppliesfallsoutsidetheprog

MAX6313UK50D4-T

5-Pin, Multiple-Input, Programmable Reset ICs

GeneralDescription TheMAX6305–MAX6313CMOSmicroprocessor(µP)supervisorycircuitsaredesignedtomonitormorethanonepowersupply.Idealformonitoringboth5Vand3.3Vinpersonalcomputersystems,thesedevicesassertasystemresetifanyofthemonitoredsuppliesfallsoutsidetheprog

MAX6314

68HC11/Bidirectional-Compatible 關P Reset Circuit

GeneralDescription TheMAX6314low-powerCMOSmicroprocessor(µP)supervisorycircuitisdesignedtomonitorpowersuppliesinµPanddigitalsystems.TheMAX6314’sRESEToutputisbidirectional,allowingittobedirectlyconnectedtoµPswithbidirectionalresetinputs,suchasthe68HC11.I

MAX6314

68HC11/双向微处理器复位电路; • 小型SOT143封装\n\n• 低电平有效RESET输出简化了与双向复位I/O的接口\n\n• 精密的出厂设置VCC复位阈值：\n• 2.5V至5V，增量为100mV\n\n\n\n\n• TA = +25°C时的复位阈值精度为±1.8%\n\n• 整个温度范围内的复位阈值精度为±2.5%\n\n• 提供四个复位超时周期：\n• 1ms、20ms、140ms或1120ms（最小值）\n\n\n\n\n• 不受VCC快速瞬变的影响\n\n• 电源电流：5µA\n\n• 与MAX811引脚兼容;

MAX6314低功耗CMOS微处理器(µP)监控电路可用于监控µP和数字系统中的电源。MAX6314具有双向低电平有效RESET输出，支持直接连接到具有双向复位输入的微处理器，例如68HC11。它无需外部元件，也不用进行调整，可实现非常可靠的低成本电路。MAX6314还提供去抖手动复位输入。\n\n 该器件执行单一功能：每当VCC电源电压下降至预设阈值以下或每当手动复位置位时，它都会将复位信号复位。在VCC上升到复位阈值以上或手动复位取消置位后，复位信号在内部编程的时间间隔（复位超时周期）内保持置位状态。\n\n MAX6314具有工厂调整的复位阈值电压，范围为2.5V至5V，增量为100mV。另外还提供了1ms、20ms、140ms和1120ms（最小值）的预设超时周期。该器件采用SOT143封装。\n\n 对于带有开漏复位引脚的µP监控器，请参见MAX6315数据手册。\n\n  \n\n

MAX6314US25D1-T

丝印：CN**；Package：SOT-143；68HC11/Bidirectional-Compatible 關P Reset Circuit

GeneralDescription TheMAX6314low-powerCMOSmicroprocessor(µP)supervisorycircuitisdesignedtomonitorpowersuppliesinµPanddigitalsystems.TheMAX6314’sRESEToutputisbidirectional,allowingittobedirectlyconnectedtoµPswithbidirectionalresetinputs,suchasthe68HC11.I

MAX6314US25D2-T

丝印：DR**；Package：SOT-143；68HC11/Bidirectional-Compatible 關P Reset Circuit

GeneralDescription TheMAX6314low-powerCMOSmicroprocessor(µP)supervisorycircuitisdesignedtomonitorpowersuppliesinµPanddigitalsystems.TheMAX6314’sRESEToutputisbidirectional,allowingittobedirectlyconnectedtoµPswithbidirectionalresetinputs,suchasthe68HC11.I

MAX6314US25D3-T

丝印：EW**；Package：SOT-143；68HC11/Bidirectional-Compatible 關P Reset Circuit

GeneralDescription TheMAX6314low-powerCMOSmicroprocessor(µP)supervisorycircuitisdesignedtomonitorpowersuppliesinµPanddigitalsystems.TheMAX6314’sRESEToutputisbidirectional,allowingittobedirectlyconnectedtoµPswithbidirectionalresetinputs,suchasthe68HC11.I

MAX6314US25D4-T

丝印：FW**；Package：SOT-143；68HC11/Bidirectional-Compatible 關P Reset Circuit

GeneralDescription TheMAX6314low-powerCMOSmicroprocessor(µP)supervisorycircuitisdesignedtomonitorpowersuppliesinµPanddigitalsystems.TheMAX6314’sRESEToutputisbidirectional,allowingittobedirectlyconnectedtoµPswithbidirectionalresetinputs,suchasthe68HC11.I

MAX6314US26D1-T

丝印：CM**；Package：SOT-143；68HC11/Bidirectional-Compatible 關P Reset Circuit

GeneralDescription TheMAX6314low-powerCMOSmicroprocessor(µP)supervisorycircuitisdesignedtomonitorpowersuppliesinµPanddigitalsystems.TheMAX6314’sRESEToutputisbidirectional,allowingittobedirectlyconnectedtoµPswithbidirectionalresetinputs,suchasthe68HC11.I