We report novel metallization schemes of transparent p-ohmic contacts for conventional LEDs and reflective p-ohmic contacts for flip-chip and vertical-structure LEDs. Thermally stable and low-resistivity Ru/Ni/ITO ohmic contacts on p-type GaN resulted in the low contact resistivity of 2 x 10(-4) Omega cm(2) and the high transmittance of 92% at 470 nm wavelength. The light output power of the LED with the Ru/Ni/ITO p-contact was increased by 50% compared to the LED of a Ni/Au transparent p-contact. Using a newly developed Ni/Ag/Ru/Ni/Au reflective p-ohmic contact, the low contact resistivity of 5 x 10(-5) Omega cm(2) could be achieved. The light reflectance of the contact was as high as 90% at 470 mn wavelength.
International audienceThe fabrication of low-resistance and thermally stable Ohmic contacts is essen...
To reduce the contact resistance for p-type GaN three different approaches have been investi-gated. ...
Current-voltage (I-V) characteristics, optical transmittance, and light output power measurements we...
Low-resistance, high-transparency, and thermally stable Ohmic contacts on p-type GaN were achieved u...
We report on a high transparency low resistance contact to p-GaN composed of a thin oxidized Ni/Au b...
Reflective (thick) and semi-transparent (thin) Ni/Ag/Ni contacts were prepared on GaInN-based light-...
ment o sed a ling i ase, A rmore syste ling, t ed the 0 nm fied tr dary-i u con p-type 593 A receiv...
We report a low-resistant and high-transparent Ru-based ohmic contact on p-type GaN through oxidatio...
This paper presents high-transparency low-resistance contact on p-GaN using oxidized Ni/Au-ZnO: Al2O...
The effect of nanoscale Pt islands on the electrical characteristics of contacts to p-type gallium n...
A low resistance, thermally stable reflective ohmic contact oil p-type GaN was developed using Ru/Ag...
The effect of nanoscale Pt islands on the electrical characteristics of contacts to p-type gallium n...
This paper presents high-transparency low-resistance contact on p-GaN using oxidized Ni/Au– ZnO:Al2O...
We investigated the In-based ohmic contacts on Nitrogen-face (N-face) n-type GaN, as well as Ga-face...
A solution based approach to forming Ohmic contacts to p-type GaN is described. Electroless plated N...
International audienceThe fabrication of low-resistance and thermally stable Ohmic contacts is essen...
To reduce the contact resistance for p-type GaN three different approaches have been investi-gated. ...
Current-voltage (I-V) characteristics, optical transmittance, and light output power measurements we...
Low-resistance, high-transparency, and thermally stable Ohmic contacts on p-type GaN were achieved u...
We report on a high transparency low resistance contact to p-GaN composed of a thin oxidized Ni/Au b...
Reflective (thick) and semi-transparent (thin) Ni/Ag/Ni contacts were prepared on GaInN-based light-...
ment o sed a ling i ase, A rmore syste ling, t ed the 0 nm fied tr dary-i u con p-type 593 A receiv...
We report a low-resistant and high-transparent Ru-based ohmic contact on p-type GaN through oxidatio...
This paper presents high-transparency low-resistance contact on p-GaN using oxidized Ni/Au-ZnO: Al2O...
The effect of nanoscale Pt islands on the electrical characteristics of contacts to p-type gallium n...
A low resistance, thermally stable reflective ohmic contact oil p-type GaN was developed using Ru/Ag...
The effect of nanoscale Pt islands on the electrical characteristics of contacts to p-type gallium n...
This paper presents high-transparency low-resistance contact on p-GaN using oxidized Ni/Au– ZnO:Al2O...
We investigated the In-based ohmic contacts on Nitrogen-face (N-face) n-type GaN, as well as Ga-face...
A solution based approach to forming Ohmic contacts to p-type GaN is described. Electroless plated N...
International audienceThe fabrication of low-resistance and thermally stable Ohmic contacts is essen...
To reduce the contact resistance for p-type GaN three different approaches have been investi-gated. ...
Current-voltage (I-V) characteristics, optical transmittance, and light output power measurements we...