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An improved hot carrier injection (HCI) degradation model was proposed based on interface trap generation and oxide charge injection theory.It was evident that the degradation behavior of electric parameters such as Idlin,Idsat,Gm and Vt fitted well with this model.Devices were prepared with 0.35μm technology and different LDD processes.Idlin and Idsat after HCI stress were analyzed with the improved model.The effects of interface trap generation and oxide charge injection on device degradation were extracted,and the charge injection site could be obtained by this method.The work provides important information to device designers and process engineers.
An improved hot carrier injection (HCI) degradation model was proposed based on interface trap generation and oxide charge injection theory. It was evident that the degradation behavior of electric parameters such as Idlin, Idsat, Gm and Vt fitted well with this model. Devices were prepared with 0.35 μm technology and different LDD processes. Idlin and Idsat after HCI stress were analyzed with the improved model. The effects of interface trap generation and oxide charge injection on device degradation were extracted, and the charge injection site could be obtained by this method The work provides important information to device designers and process engineers.