针对工业电源恶劣的工作环境，对工业电源小功率器件的散热设计进行了探讨。
This article discusses the thermal design of miniwatt semicondutors in industrial power, which works in terrible environments.
在3d -MCM(多芯片组件)封装设计中，大功率和高热流密度导致系统的散热成为关键技术之一。
In 3d-mcm (multi chip module) packaging designs, heat dissipation is one of the key issues that must be solved.
本文论述了如何设计IGBT散热器，以提高其耗散功率，同时介绍了IGBT过热检测保护电路。
This paper discussed that how to design IGBT radiator to improve its radiating capability and introduced the protective circuits for IGBT overheat check.
由于充电器功率较大，为保证系统运行的稳定性进行了相关的散热设计。
Due to the high power of the charger, the design of the thermal treatment has been implemented to obtain the stability of the system.
基于LDMOSFET的高增益、高输出功率、低功耗和良好的散热特性，分别设计了S波段45w和180w固态功率放大器。
Considering LDMOS FETs high gain, high output power, low power loss and efficient heat dissipation, a S-band, 45w and 180w solid state power amplifier is designed.
采用高亮度大功率LED颗粒l 70寿命长达30000小时，高品质铝合金散热泪盈眶器设计。
Using high brightness high power LED particles L70 life up to 30000 hours, high quality aluminum alloy scattered the design of tears in your eyes.
针对电子设备中高功率器件的热设计问题，介绍了一种实用的强迫风冷散热设计方法。
Aiming at the thermal design problem of high-power components in electronic equipments, this paper introduces one practical thermal design method of forced air cooling of electronic equipment.
机箱采用更具刚性的精密铸铝，并设计了散热孔以改进功率处理能力。
The chassis are of precision-cast aluminium for greater rigidity, with a vented design to improve power handling.
如果集成模块散热设计冗余，则违背增大功率密度的初衷，而忽视散热设计将会影响系统的可靠性。
Redundant thermal design in the integration module reduces the power density. On the contrary, the system reliability will be decreased if the thermal design is neglected.
在基于实验验证的模拟可以较好实现不同功率的LED灯散热设计。模拟分析为LED的散热方案优化设计提供了有效的参考依据和手段。
The simulation based on experimental verification can be well achieved in different thermal designs. LED thermal simulation provides an effective reference and tool for the optimal design.
应用一只18寸喇叭，先进的长冲程大口径音圈扬声器设计，具有优化的散热系统和大功率的输出。
Application of a 18-inch speakers, an advanced long-stroke large-diameter voice coil speaker design, with optimized cooling system and high power output.
应用两只18寸喇叭，先进的长冲程大口径音圈扬声器设计，具有优化的散热系统和大功率的输出。
Application of two 18-inch speakers, an advanced long-stroke large-diameter voice coil speaker design, with optimized cooling system and high power output.
应用两只18寸喇叭，先进的长冲程大口径音圈扬声器设计，具有优化的散热系统和大功率的输出。
Application of two 18-inch speakers, an advanced long-stroke large-diameter voice coil speaker design, with optimized cooling system and high power output.
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