Fabrication and DC measurements of an InAs/AlSb self-switching diode (SSD), aimed for THz detection, is presented. An SSD with a channel width of 160 nm and a trench width of 240 nm was designed and fabricated in a process using an in situ passivation procedure of the oxidation-sensitive trench. Rectifying behavior was observed in the I-V characteristics. The device performance was relatively stable over a period of three months
Self-switching devices (SSDs) are new nano-scale field effect active components. In the present work...
Sb-heterostructure backward diode (HBD) is one of the most promising candidates for millimitre-wave ...
In the advancement of the Internet of Things (IoT) applications, widespread uses and applications of...
Fabrication and DC measurements of an InAs/AlSb self-switching diode (SSD), aimed for THz detection,...
The self-switching diode (SSD) has been investigated as a potential terahertz detector in recent yea...
RF characterization of InAs self-switching diodes (SSDs) is reported. On-wafer measurements revealed...
Design optimization of the InAs self-switching diode (SSD) intended for direct zero-bias THz detecti...
DC characterization of an InAs/Al80Ga20Sb self-switching diode for THz detection is presented at 300...
RF characterization of InAs self-switching diodes (SSDs) is reported. On-wafer measurements revealed...
An alternative to the transistor for high-frequency detector applications is the two-terminal self-s...
Two novel types of diodes for emission and detection of THz radiation have been investigated. The di...
Lowering the carrier concentration is presented as a way to considerably improve the performance of ...
Here, an In0.53Ga0.47As based self-switching diode bridge rectifier (SSDBR) is presented utilizing S...
By means of the microscopic transport description supplied by a semiclassical 2D Monte Carlo simulat...
The authors present a novel process for fabrication of deep submicron isolation patterns in InAs/Al8...
Self-switching devices (SSDs) are new nano-scale field effect active components. In the present work...
Sb-heterostructure backward diode (HBD) is one of the most promising candidates for millimitre-wave ...
In the advancement of the Internet of Things (IoT) applications, widespread uses and applications of...
Fabrication and DC measurements of an InAs/AlSb self-switching diode (SSD), aimed for THz detection,...
The self-switching diode (SSD) has been investigated as a potential terahertz detector in recent yea...
RF characterization of InAs self-switching diodes (SSDs) is reported. On-wafer measurements revealed...
Design optimization of the InAs self-switching diode (SSD) intended for direct zero-bias THz detecti...
DC characterization of an InAs/Al80Ga20Sb self-switching diode for THz detection is presented at 300...
RF characterization of InAs self-switching diodes (SSDs) is reported. On-wafer measurements revealed...
An alternative to the transistor for high-frequency detector applications is the two-terminal self-s...
Two novel types of diodes for emission and detection of THz radiation have been investigated. The di...
Lowering the carrier concentration is presented as a way to considerably improve the performance of ...
Here, an In0.53Ga0.47As based self-switching diode bridge rectifier (SSDBR) is presented utilizing S...
By means of the microscopic transport description supplied by a semiclassical 2D Monte Carlo simulat...
The authors present a novel process for fabrication of deep submicron isolation patterns in InAs/Al8...
Self-switching devices (SSDs) are new nano-scale field effect active components. In the present work...
Sb-heterostructure backward diode (HBD) is one of the most promising candidates for millimitre-wave ...
In the advancement of the Internet of Things (IoT) applications, widespread uses and applications of...