Abstract-We present results on the impact of proton irradiation on the dc and ac characteristics of third-generation, 0.12 m 185 GHz SiGe HBTs. Comparisons with prior technology generations are used to assess how the structural changes needed to enhance performance between second and third generation technology couple to the observed proton response. The results demonstrate that SiGe HBT technologies can successfully maintain their a Mrad-level total dose hardness, without intentional hardening, even when vertically-scaled in order to achieve unprecedented levels of transistor performance
This paper presents for the first time the effects of ionizing gamma rays on a high-performance UHV/...
In this paper, a characterization and comparison between the effects of Electron irradiation on low ...
We have investigated the effects of 50MeV lithium ion irradiation on the DC electrical characteristi...
Abstract — We report, for the first time, the impact of proton irradiation on 4th-generation SiGe HB...
ABSTRACTThe total dose effects of 5 MeV proton and Co-60 gamma irradiation in the dose range from 1 ...
Third generation 200GHz silicon–germanium Heterojunction Bipolar Transistors (Si–Ge HBTs) were irrad...
A summary of total dose effects observe in advanced Silicon Germanium (SiGe) Heterojunction Bipolar ...
We present results on heavy-ion and proton irradiations for commercial SiGe BiCMOS operational ampli...
Total ionizing dose effects induced by 1 MeV electron and 5 MeV proton on the dc electrical characte...
Abstract—A comprehensive investigation of the effects of proton irradiation on the performance of Si...
The total dose effects of 80 MeV carbon ions and 60Co gamma radiation in the dose range from 1 Mrad ...
For the potential use in future high luminosity applications in high energy physics (HEP) (e.g. the ...
This work represents several years' research into the field of radiation hardening by design. The un...
Two thousand arrays of second generation (6HP) silicon-germanium heterojunction bipolar transistors ...
Issued as final reportSiGe HBT technology has generated significant interest in the space community ...
This paper presents for the first time the effects of ionizing gamma rays on a high-performance UHV/...
In this paper, a characterization and comparison between the effects of Electron irradiation on low ...
We have investigated the effects of 50MeV lithium ion irradiation on the DC electrical characteristi...
Abstract — We report, for the first time, the impact of proton irradiation on 4th-generation SiGe HB...
ABSTRACTThe total dose effects of 5 MeV proton and Co-60 gamma irradiation in the dose range from 1 ...
Third generation 200GHz silicon–germanium Heterojunction Bipolar Transistors (Si–Ge HBTs) were irrad...
A summary of total dose effects observe in advanced Silicon Germanium (SiGe) Heterojunction Bipolar ...
We present results on heavy-ion and proton irradiations for commercial SiGe BiCMOS operational ampli...
Total ionizing dose effects induced by 1 MeV electron and 5 MeV proton on the dc electrical characte...
Abstract—A comprehensive investigation of the effects of proton irradiation on the performance of Si...
The total dose effects of 80 MeV carbon ions and 60Co gamma radiation in the dose range from 1 Mrad ...
For the potential use in future high luminosity applications in high energy physics (HEP) (e.g. the ...
This work represents several years' research into the field of radiation hardening by design. The un...
Two thousand arrays of second generation (6HP) silicon-germanium heterojunction bipolar transistors ...
Issued as final reportSiGe HBT technology has generated significant interest in the space community ...
This paper presents for the first time the effects of ionizing gamma rays on a high-performance UHV/...
In this paper, a characterization and comparison between the effects of Electron irradiation on low ...
We have investigated the effects of 50MeV lithium ion irradiation on the DC electrical characteristi...