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首页> 外文期刊>Electronics Letters >Discrepancies obtained in transconductance extracted from pulsed I-V curves and from pulsed S-parameters in HEMTs and PHEMTs
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Discrepancies obtained in transconductance extracted from pulsed I-V curves and from pulsed S-parameters in HEMTs and PHEMTs

机译:从HEMT和PHEMT中的脉冲I-V曲线和脉冲S参数提取的跨导中获得的差异

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摘要

An isothermal comparison between the transconductance extracted from S-parameter measurements (gm_RF) and the transconductance derived from I-V curves (gm_IV) is performed for HEMT and PHEMT transistors. The isothermal environment is achieved by carrying out a complete pulse characterisation (pulsed I-V and pulsed S-parameters) that avoids the effects of self-heating. Results show a gm_RF that can be <40% larger than gm_IV at high V/sub gs/ voltages. Thermal effects are avoided during the pulsed characterisation, therefore this discrepancy is attributed to fast traps.
机译:对HEMT和PHEMT晶体管进行从S参数测量中提取的跨导(gm_RF)与从I-V曲线得出的跨导(gm_IV)之间的等温比较。通过执行完整的脉冲表征(脉冲I-V和脉冲S参数)可避免自热效应,从而达到等温环境。结果表明,在高V / sub gs /电压下,gm_RF可以比gm_IV大40%。在脉冲表征期间避免了热效应,因此,这种差异归因于快速陷阱。

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