The Design and Thermal Reliability Analysis of a High‐Efficiency K‐Band MMIC Medium‐Power Amplifier with Multiharmonic Matching

Y Shang, H Xu, J Mo, Z Wang, X Xu… - Active and Passive …, 2016 - Wiley Online Library
Y Shang, H Xu, J Mo, Z Wang, X Xu, Z Tu, X Zhang, H Zheng, W Chen, F Yu
Active and Passive Electronic Components, 2016Wiley Online Library
A new high‐efficiency K‐band MMIC medium‐power amplifier (PA) is designed with
multiharmonic matching using GaAs pHEMT process technology. It has an operation
frequency centered at 26 GHz with a bandwidth of 2 GHz. A 20 dBm 1 dB‐compression‐
point output power and 40% efficiency are achieved. A novel thermal reliability analysis
method based on ICEPAK is proposed also to evaluate its thermal characteristic. The test
result by using a QFI InfraScope™ infrared imaging system is compared with the simulation …
A new high‐efficiency K‐band MMIC medium‐power amplifier (PA) is designed with multiharmonic matching using GaAs pHEMT process technology. It has an operation frequency centered at 26 GHz with a bandwidth of 2 GHz. A 20 dBm 1 dB‐compression‐point output power and 40% efficiency are achieved. A novel thermal reliability analysis method based on ICEPAK is proposed also to evaluate its thermal characteristic. The test result by using a QFI InfraScope infrared imaging system is compared with the simulation result. It agrees well with an accuracy within ±1°C differences, which reflects the advantages of the thermal analysis method with respect to accuracy and convenience for use.
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