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为电机驱动器引入与温度相关的电流限制。这种热管理方案通过减少电机在重载或卡住时开关损耗来确保高效运行。在演示中，我们将讨论决定电机驱动器集成电路中功率耗散的因素，检查动态和稳定状态运行及其对结温的影响。我们将回顾如何使用典型电机驱动器数据表中提供的信息来计算功耗估计值。通过了解电机驱动器中的功率耗散方式，我们将介绍一种使用温度相关电流限制的新系统，该系统可以保护驱动器和电机。
由 Thomas Zemites 呈现
2015 年 3 月 26 日在 DwF 硅谷发表
Session ID: AMF-IND-T0987
为电机驱动器引入与温度相关的电流限制。这种热管理方案通过减少电机在重载或卡住时开关损耗来确保高效运行。在演示中，我们将讨论决定电机驱动器集成电路中功率耗散的因素，检查动态和稳定状态运行及其对结温的影响。我们将回顾如何使用典型电机驱动器数据表中提供的信息来计算功耗估计值。通过了解电机驱动器中的功率耗散方式，我们将介绍一种使用温度相关电流限制的新系统，该系统可以保护驱动器和电机。
由 Thomas Zemites 呈现
2015 年 3 月 26 日在 DwF 硅谷发表
Session ID: AMF-IND-T0987
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