Analyzing and Designing of Dissipation System of Inverter

1、

A Heat Dissipation System for Decreasing Lubricating Oil Temperature of High-speed Grinding Wheel Spindle

降低高速砂轮主轴轴承润滑油温的散热系统

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2、

Modelling and Simulation of Battery ′ s Cooling System

蓄电池散热系统建模仿真

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3、

Investigation of Performance of an Engine Oil Cooling System

发动机滑油散热系统性能研究

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4、

Design of heat transmission system of engine in the rear of telescopic handler

伸缩臂叉装车后置式发动机散热系统的设计

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5、

And then the design of auxiliary circuit is introduced.

随后讨论了辅助电源、散热系统等电源辅助电路的设计；

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6、

Research on comfort of radiant floor heating with bidirectional heat-dissipation

地板辐射采暖双向散热系统舒适性研究

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7、

Radiation system design for tamping trucks via automatic hydraulic oil temperature control

捣固车液压油温度自动控制散热系统设计

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8、

Thermal analysis of heat pipe assisted heat sink system in notebook PC

笔记本电脑内热管散热系统的热分析

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9、

Study on zest jam Heat Radiating System of Electromagnetic Riveter Coil

桔皮果酱的研制电磁铆枪放电线圈散热系统研究

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10、

Design Improvement of Undercarriage Radiating System for Big Tonnage Truck Crane

大吨位汽车起重机底盘散热系统的设计改进

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11、

Design of Heat Sinking in High Voltage Variable Frequecncy Drive System

高压变频器散热系统的设计

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12、

The article analyzes the loss characteristics of a modular multi-level inverter and the simulation results. Obtained the curve of the thermal impedance of IGBT, help to select IGBT and design cooling system of modular multi-level inverter cabinet.

最后分析了模块化多电平逆变器的损耗特性并进行了相关仿真，得出了IGBT热阻抗曲线，有助于IGBT的选型和逆变柜散热系统的设计。

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13、

The results are shown as following: this liquid cooling system can effectively lower the temperature of the CPU, so compared with the traditional air-cooled and ordinary water cooler, this system has more superior heat dissipation performance.

并且进行了实际应用测试，结果表明：该液冷散热系统能有效降低CPU运行时的温度，相对于传统的风冷与普通水冷散热器，具有更加优越的散热性能。

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14、

The results show that: hydraulic characteristics, electrical resistivity characteristics, heat exchange performance and control performance of cooling system meet the SVC ( Static Var Compensator) valve requirements.

实验结果表明：散热系统的水力特性、电阻率特性、热交换性能和控制性能能够满足散热系统以及SVC（静止无功补偿装置）阀组的要求。

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15、

Not only the system detects the IGBT module temperature and ambient humidity, but also analysis the waterways in cooling system of module to select the best optimization model.

对于IGBT的模块温度和环境湿度检测之外，本文还对模块散热系统中的水道进行模拟分析，得出最优化模型。

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16、

One example is the Sixth Element T1 Power Chip, which is fitted onto the water pipe of the car's radiator system.

其中一个例子就是第六种元素T1功率芯片，这是安装在水里管的车的散热系统。

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17、

The 600 A IGBT Switched Circuit and Design of the Heat-emitting System

600A IGBT开关电路及其散热系统设计

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18、

Such as tank design FPGA-based design of automatic water not only improves the reliability of the water cooling system, and reduces the water cooling system to maintain strength.

如储水箱设计采用基于FPGA的自动加水设计，不但提高了水冷散热系统的可靠性，而且减轻了水冷散热系统的维护强度。

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19、

Losses Calculation of IGBT Module and Heat Dissipation System Design of Inverters

变频器中的IGBT模块损耗计算及散热系统设计

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20、

The Study and Design of LED Thermal System

大功率LED灯具散热系统的设计和研究

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