In this study, the integration of the side-contacted field effect diode(S-FED) with the Si nanowire concept is pursued to create a device that maintains a substantial aspect ratio while delivering suitable execution. The nanowire side-contacted FED (NW-SFED), referred to as this apparatus, exhibits the capability to achieve an exceptionally high on/off current ratio, allowing for efficient switching between on and off states. An evaluation of NW-SFED’s performance is conducted to explore how variations in channel length, device width, as well as the dimensions of the n+ and p+ doped regions in the source and drain, respectively, influence its operational characteristics. The impact of the channel length and device width on NW-SFED fabrication turned out to be negligible. In contrast, the thickness of doped regions emerged as the critical parameter in the fabrication process.
@article{2023,title={Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED)},abstractNode={},author={Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh },year={2023},journal={JOURNAL OF CHARACTERIZATION}}
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh . 2023 . Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED) . JOURNAL OF CHARACTERIZATION.DOI:10.29228/JCHAR.73490
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh .(2023).Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED).JOURNAL OF CHARACTERIZATION
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh ,"Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED)" , JOURNAL OF CHARACTERIZATION (2023)
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh . 2023 . Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED) . JOURNAL OF CHARACTERIZATION . 2023. DOI:10.29228/JCHAR.73490
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh .Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED). JOURNAL OF CHARACTERIZATION (2023)
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh .Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED). JOURNAL OF CHARACTERIZATION (2023)
Format:
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh . (2023) .Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED) JOURNAL OF CHARACTERIZATION
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh . Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED) . JOURNAL OF CHARACTERIZATION . 2023 doi:10.29228/JCHAR.73490
Zohreh GolshanBafghi-Samira Rezaei -Tara Ghafouri -Ehsan Mohammadi -Negin Manavizadeh ."Performance and Geometry Study of Silicon Nanowire-based Field Effect Diodes (FED)",JOURNAL OF CHARACTERIZATION(2023)
