B15-013 EXPERIMENTAL AND NUMERICAL EVALUATION OF THE EFFECTS OF COMPONENT PACKAGING ON CONVECTIVE HEAT LOSSES IN A HIGH POWER AMPLIFIER

スポンサーリンク

概要

• 論文の詳細を見る

• The direct forced convection heat loss from transistors on high power amplifiers was investigated through experiments and numerical simulations. Using a simplified 2D model, Particle Image Velocimetry (PIV) was used to visualise the airflow across the main heat dissipating transistors and transistors. Experiments were also conducted to measure the thermal conditions within the transistors, both with and without the presence of the transformers, over a Reynolds number range 50,000 < Re < 125,000. The experiments were used to validate numerical flow and thermal results obtained using a commercial CFD code with good agreement within 6%. Finally, a wide range of simulations was conducted (using a constant static pressure at the inlet) to assess the effects of changes to the positioning and orientation of the major components on the PCB. By considering the convective heat removal rate from the transistors for each simulation the numerical data was used to determine the optimum location and orientation for the transformers on the PCB.

• 一般社団法人日本機械学会の論文
• 2003-11-30

著者

• Behnia Masud

  School Of Mechanical And Manufacturing Engineering University Of New South Wales

• Behnia Masud

  School Of Mechanical And Manufacturing Engineering The University Of New South Wales

• Maguire Luke

  School Of Mechanical And Manufacturing Engineering University Of New South Wales

• MORRISON GRAHAM

  School of Mechanical and Manufacturing Engineering, University of New South Wales

• Morrison Graham

  School Of Mechanical And Manufacturing Engineering University Of New South Wales

• BEHNIA Masud

  School of Aerospace, Mechanical and Mechatronic Engineering, The University of Sydney

関連論文

• Nutrient Transport from an Artificial Upwelling of Deep Sea Water
• Air Cooling of an Electronic Chip Module : Conjugate Heat Transfer Analysis
• B15-013 EXPERIMENTAL AND NUMERICAL EVALUATION OF THE EFFECTS OF COMPONENT PACKAGING ON CONVECTIVE HEAT LOSSES IN A HIGH POWER AMPLIFIER
• Development and Heat Transfer Analysis of Artificial Muscle Using Thermoelectric Actuator
• Measurement of Transient Double Diffusive Convection and Crystal Growth Using Real-Time Phase-Shifting Interferometer
• A Numerical Study of Combined Natural Convection-Conduction in an Open-Top Cavity with a Discrete Constant Heat Flux Source
• A Numerical Study of Combined Natural Convection-Conduction in an Open-Top Cavity with a Discrete Constant Heat Flux Source

スポンサーリンク