功能完備的微處理器監(jiān)控電路，提供±1.5%的復位門限精度

MAX807微處理器(μP)監(jiān)控電路減少了監(jiān)控μP系統(tǒng)中的電源和電池控制功能所需的復雜性和元件數(shù)量。MAX807具有70μA電源電流，因此非常適合用于便攜式設(shè)備，同時具有2ns芯片使能傳播延遲和250mA輸出電流能力（備用電池模式下為20mA），也適用于更大、更高性能的設(shè)備。\n\n MAX807采用16引腳DIP、SO和TSSOP封裝，同時提供以下功能：\n\nμP復位。低電平有效RESET輸出在上電、關(guān)斷和掉電情況下置位，并保證在VCC低至1V時處于正確的狀態(tài)。高電平有效RESET輸出。手動復位輸入。兩級電源故障警告。通過一個單獨的低電平比較器將VCC與高于復位閾值52mV的閾值 ? 精密4.675V (MAX807L)、4.425V (MAX807M)或4.575V (MAX807N)電壓監(jiān)控\n\n? 200ms電源正常/復位時間延遲\n\n? 反RESET和RESET輸出\n\n? 獨立看門狗定時器\n\n? 待機電流：1μA\n\n? 電源開關(guān)\n? VCC 模式下為250mA\n\n? 備用電池模式下為20mA\n\n\n\n\n? 芯片使能信號板載選通；\n? 2ns CE柵極傳播延遲\n\n\n\n\n? 與MaxCap?和SuperCap兼容\n\n? 電壓監(jiān)控器，監(jiān)控電源有無故障\n\n? 備用電池監(jiān)控器\n\n? 低至VCC = 1V時確保低電平有效;

ADI

亞德諾

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信

Full-Featured uP Supervisory Circuit with /-1.5 Reset Accuracy

General Description The MAX807 microprocessor (μP) supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in μP systems. A 70μA supply current makes the MAX807 ideal for use in portable equipment, while a 2ns chip-enable pr

文件：232.07 Kbytes 頁數(shù)：16 Pages

MAXIM

美信