An accurate nondestructive method to determine the excess carrier lifetime In the collector region of silicon nf-pv-ni power bipolar transistors is presented for the first time. Based on the measurement of the common-emitter collector characteristics and the collector-base junction C-V characteristics of the transistors, this method is also very simple and practical, The calculation results show that the excess carrier lifetime determined using this method is almost the same (with 1\% difference) as that determined using the open circuit voltage decay (OCVD) technique with the emitter removed
A new method to measure the minority-carrier recombination lifetime in the low-doped layer of a p-i-...
Abstract—The measurement of dark Dσ, gamma-in-duced γσ conductivities and the expected conductivity ...
The application of photoconductance measurements of the effective lifetime of silicon wafers to dete...
In this letter, the first experimental results of a recently proposed technique for measuring the ca...
In this letter, the first experimental results of a recently proposed technique for measuring the c...
International audienceAmong all the material parameters of a semiconductor, the lifetime of the carr...
A valuable nondestructive measurement and analysis method for determining individual excess carrier ...
International audienceOpen-Circuit Voltage Decay is a method to characterize minority carrier effect...
Using an original test structure we show by numerical simulations that the open circuit voltage deca...
This paper is a thorough overview on polysilicon bipolar junction transistors' (BJTs) reliability, w...
Using the experimental set up of Sparkes1 a method of determining the effective life time of minorit...
The commonly used methods to measure series resistances in bipolar transistors including the open-co...
The minority carrier lifetime is measured in the silicon epitaxial layer. The lifetime is 8.0 ms in ...
Reverse recovery transient behavior of bipolar transistors is studied and a method of simulating suc...
Accurate measurements of the injection-dependent excess carrier lifetime of silicon samples are esse...
A new method to measure the minority-carrier recombination lifetime in the low-doped layer of a p-i-...
Abstract—The measurement of dark Dσ, gamma-in-duced γσ conductivities and the expected conductivity ...
The application of photoconductance measurements of the effective lifetime of silicon wafers to dete...
In this letter, the first experimental results of a recently proposed technique for measuring the ca...
In this letter, the first experimental results of a recently proposed technique for measuring the c...
International audienceAmong all the material parameters of a semiconductor, the lifetime of the carr...
A valuable nondestructive measurement and analysis method for determining individual excess carrier ...
International audienceOpen-Circuit Voltage Decay is a method to characterize minority carrier effect...
Using an original test structure we show by numerical simulations that the open circuit voltage deca...
This paper is a thorough overview on polysilicon bipolar junction transistors' (BJTs) reliability, w...
Using the experimental set up of Sparkes1 a method of determining the effective life time of minorit...
The commonly used methods to measure series resistances in bipolar transistors including the open-co...
The minority carrier lifetime is measured in the silicon epitaxial layer. The lifetime is 8.0 ms in ...
Reverse recovery transient behavior of bipolar transistors is studied and a method of simulating suc...
Accurate measurements of the injection-dependent excess carrier lifetime of silicon samples are esse...
A new method to measure the minority-carrier recombination lifetime in the low-doped layer of a p-i-...
Abstract—The measurement of dark Dσ, gamma-in-duced γσ conductivities and the expected conductivity ...
The application of photoconductance measurements of the effective lifetime of silicon wafers to dete...