VMIVME-7664备件库存
允许功耗
是衡量设备从电源设备连接点到最终散热器和周围环境散热的能力因此功率分布取决于环境温度和管芯结与环境空气之间的各种界面上的热阻给定包装中设备的最大允许功率分配可使用等式计算设备中分配的实际功率可由等式表示：器件两端的电压降以及器件的连续电流适应性这两个方程应用于确定应用中设备的最佳操作条件在存在较低功耗和/或优异封装热阻的应用中最高环境温度可能会增加在存在高功率耗散和/或不良封装热阻的应用中可能必须降低最高环境温度取决于最大工作结温度（=°）应用中器件封装的最大允许功率分布以及应用中器件
封装的结对环境热阻必须减小值
这可以通过在–期限内减少来实现只要满足最小或者通过减少期限或者通过两者的某种组合来实现外部计算器与大多数调节器一样和需要外部计算器来保持调节器的稳定性和专门为需要最小板尺寸和最小组件的便携式应用而设计必须正确选择这些主管才能获得良好的绩效输入计算器稳定性需要输入计算器建议在或 引脚和引脚之间连接一个μ的电容器（该电容值可以无限制地增加）该控制器必须位于距引脚不超过 的位置并返回到干净的模拟接地输入端可使用任何优质陶瓷钽或薄膜电容器重要：为了确保稳定运行必须采用良好的设计实践以最小化接地阻抗并保持输入电感
Allowable power consumption
It measures the ability of equipment to dissipate heat from the power supply equipment connection point to the final radiator and the surrounding environment. Therefore, the power distribution depends on the ambient temperature and the thermal resistance on various interfaces between the tube core junction and the ambient air. The maximum allowable power distribution of the equipment in a given package can be calculated using equations. The actual power distributed in the equipment can be expressed by equations: the voltage drop at both ends of the device and the continuous current adaptability of the device. These two equations are used to determine the The best operating conditions of the equipment in use. In applications with low power consumption and/or excellent package thermal resistance, the maximum ambient temperature may increase. In applications with high power dissipation and/or poor package thermal resistance, the maximum ambient temperature may have to be reduced. The maximum ambient temperature depends on the maximum allowable power distribution of the device package in the application (=°) and the device in the application
The environmental thermal resistance of the package must be reduced
This can be achieved by reducing within the – period as long as it meets the minimum or by reducing the period or by some combination of the two. External calculators are the same as most regulators and need external calculators to maintain the stability of regulators and are specially designed for portable applications that require minimum board size and minimum components. These supervisors must be selected correctly to obtain good performance. Input stability of calculators requires input calculations It is recommended to connect a μ The controller must be located no more than the pin and returned to a clean analog grounding input. Any high-quality ceramic tantalum or film capacitor can be used. Important: To ensure stable operation, good design practices must be used to minimize the grounding impedance and maintain the input inductance
