diode – TechConnect Briefs

Advanced Film Thermal Protectors for Electronic Devices

Wang Y., UCI, US

This advanced thermal protector is based on the patent (U.C. Case No. 2012-130), which provides one-way heat flow function, i.e. enabling heat dissipation from the electronic devices, while preventing outside heat from thermally damaging the [...]

Performance Study of Nitride-Based Gunn Diodes

Aloise G., Vitanov S., Palankovski V., Advanced Material and Device Analysis Group, AT

In this work, we assess the performance of InN Gunn diodes, as a superior alternative to GaN. We perform two-dimensional mixed-mode device/circuit simulation accounting for self-heating effects. We verify available theoretical results for GaN-based Gunn [...]

Rectifying properties of printed hybrid organic/inorganic diode on a flexible substrate

Lin J., Cui Z., Suzhou Institute of Nanotech, Chinese Academy of Sciences, CN

Printing as an additive fabrication method has in recent years attracted a great deal of attentions both in research community and industrial sectors, because of its low-cost and the capability of manufacturing electronic devices on [...]

A Scalable POWER MOSFET Model with an Integrated Body-Diode Including Reverse Recovery

Luo Z., Hall J., Xiao Y., Young A., Carroll R., Connerney D., Fairchild Semiconductor, US

Traditional high-voltage MOSFET models include parasitic source-bulk and drain-bulk diode models. However, these models are simplified diode models and lack some of the more detailed aspects of p-n junctions diodes such as breakdown voltage, advanced [...]

Keywords: diode

Advanced Film Thermal Protectors for Electronic Devices

Performance Study of Nitride-Based Gunn Diodes

Rectifying properties of printed hybrid organic/inorganic diode on a flexible substrate

A Scalable POWER MOSFET Model with an Integrated Body-Diode Including Reverse Recovery

Fabrication of QD structures showing diode characteristics for electroluminescence (EL) and other applications

Diode Parameter Extraction by a Linear Cofactor Difference Operation Method

An Approximate Explicit Solution to General Diode Equation