MAX6711

4-Pin SC70 Microprocessor Reset Circuits with Manual Reset Input

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711

4引腳、SC70微處理器復位電路，帶有手動復位輸入; ? 對2.5V、3.0V、3.3V和5.0V電源電壓進行精密監(jiān)控\n\n? 可在整個溫度范圍內(nèi)完全符合規(guī)格\n\n? 提供三種輸出配置\n? 推挽低電平有效RESET輸出(MAX6711)\n\n? 推挽RESET輸出(MAX6712)\n\n? 開漏低電平有效RESET輸出(MAX6713)\n\n\n\n\n? 上電復位脈沖寬度：140ms（最小值）\n\n? 手動復位輸入\n\n? 電源電流：12μA\n\n? 低至VCC = +1V時確保復位有效\n\n? 電源瞬變抗擾度\n\n? 無需外部元件\n\n? 4引腳SC70封裝;

MAX6711/MAX6712/MAX6713微處理器(μP)監(jiān)控電路用于監(jiān)控μP和數(shù)字系統(tǒng)中的電源。當與+5.0V、+3.3V、+3.0V或+2.5V供電電路一起使用時，它們無需外部元件，也不用進行調(diào)整，可實現(xiàn)非常可靠的低成本電路。同時還提供去抖手動復位輸入。\n\n 每當VCC電源電壓下降至預設(shè)閾值以下或每當手動復位信號置位時，這些電路都會將復位信號置位。在VCC上升到復位閾值以上或手動復位取消置位后，復位信號保持置位狀態(tài)至少140ms。提供適用于各種工作電源電壓的復位閾值。\n\n MAX6713具有開漏輸出級，而MAX6711/MAX6712具有推挽輸出。MAX6713的開漏低電平有效RESET輸出需要一個可以連接到高于VCC的電壓的上拉電阻。MAX6711/MAX6713具有低電平有效復位輸出，而MAX6712具有高電平有效復位輸出。復位比較器旨在忽略VCC的快速瞬變，并且當VCC低至1V時，輸出能處于正確的邏輯狀態(tài)。\n\n MAX6711/MAX6712/MAX6713具有低電源電流，因此非常適合用于便攜式設(shè)備。這些器件采用4引腳SC70封裝。\n\n ?\n\n

MAX6711_EXS-T

4-Pin SC70 Microprocessor Reset Circuits with Manual Reset Input

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711_EXS-T10

4-Pin SC70 Microprocessor Reset Circuits with Manual Reset Input

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711L

4-Pin SC70 Microprocessor Reset Circuits with Manual Reset Input

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711L

4-Pin SC70 Microprocessor Reset Circuits with Manual Reset Input

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711L

4-Pin SC70 Microprocessor Reset Circuits

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711M

4-Pin SC70 Microprocessor Reset Circuits with Manual Reset Input

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711M

4-Pin SC70 Microprocessor Reset Circuits

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,

MAX6711R

4-Pin SC70 Microprocessor Reset Circuits with Manual Reset Input

GeneralDescription TheMAX6711/MAX6712/MAX6713aremicroprocessor(μP)supervisorycircuitsusedtomonitorthepowersuppliesinμPanddigitalsystems.Theyprovideexcellentcircuitreliabilityandlowcostbyeliminatingexternalcomponentsandadjustmentswhenusedwith+5.0V,+3.3V,+3.0V,