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MIC2776N-YM5-TR 是 Microchip(美国微芯)推出的一款低功耗单通道电压监控器,封装为 SOT-23-5。该器件用于对单路电源电压进行监测,在被监测电压低于设定阈值时输出复位信号(低电平有效),并在电源回归稳定后保持复位一定时间(复位超时约 140 ms)。器件具有开路漏极/开路集电极输出结构并带手动复位输入,适合电池供电或对功耗敏感的系统应用。
MIC2776N 的核心作用是在系统电源异常(如欠压、上电不稳定)时将系统置于复位状态,直到电源恢复并稳定超过内部复位时间后释放复位。器件内部包含一个比较器/参考电路用于判断电压是否低于设定阈值(该型号以 300 mV 的内部参考或比较门限作为设计基准),输出为开路漏极形式,因而可与不同电平的系统兼容,但需要在外部提供上拉电阻。
手动复位(MR)输入允许外部按键或控制器强制将 RESET 拉低,适用于需要用户触发或调试时强制复位的场合。内部没有看门狗定时器,功能关注于电压监控与复位保持。
复位超时约 140 ms,在电源回升或 MR 释放后,器件会再保持复位一段时间,保证下游系统有足够时间完成上电初始化。
设计要点:
MIC2776N-YM5-TR 提供 SOT-23-5 小型封装,适合 PCB 空间受限的应用。订购前请注意与系统逻辑电平的兼容性、所需的复位保持时间(典型 140 ms)以及手动复位功能的实现方式。若需要带看门狗或多路监控的方案,可考虑同类家族中功能更丰富的器件;若关键指标(如阈值、超时)需更加精确,请参阅 Microchip 官方数据手册以获得完整电气参数与应用示例。
总结:MIC2776N-YM5-TR 以其宽电源范围、超低静态电流、单通道监控与手动复位功能,适用于便携、工业及嵌入式系统的上电/欠压监控与复位控制,是对功耗和可靠性有较高要求应用的理想选择。
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