none9A numerical investigation of the hot-carrier behavior of a lateral DMOS transistor with shallow trench isolation (STI) is carried out. The measured drain-current degradation induced by hot-carrier stress (HCS) is nicely reproduced by TCAD results revealing that interface traps are mainly formed at the STI corner close to the channel. The effect of typical device design variations on hot-carrier degradation is analyzed.mixedS. Reggiani; S. Poli; E. Gnani; A. Gnudi; G. Baccarani; M. Denison; S. Pendharkar; R. Wise; S. SeetharamanS. Reggiani; S. Poli; E. Gnani; A. Gnudi; G. Baccarani; M. Denison; S. Pendharkar; R. Wise; S. Seetharama
Hot-carrier-injection (HCI) effects are studied in n-channel rugged LDMOS transistors in high curren...
none9siA new TCAD-based approach is used to investigate hot-carrier stress (HCS) effects, especially...
Hot-carrier-injection (HCI) effects are studied in n-channel rugged LDMOS transistors in high curren...
none5A physically-based approach suitable for TCAD analyses has been developed for the hot-carrier-s...
none11siLateral DMOS transistors are widely used in mixed-signal integrated-circuit design as integr...
Lateral DMOS transistors are widely used in mixed-signal integrated-circuit design as integrated hig...
Lateral DMOS transistors are widely used in mixed-signal integrated-circuit design as integrated hig...
none11siThis chapter introduces integrated power devices and their reliability issues. The lateral d...
[[abstract]]In this paper, early-stage hot-electron generation is shown to inject electrons into the...
none8A physics-based analytical model for the on-resistance in the linear transport regime and its a...
The linear drain current degradation due to hot-carrier stress (HCS) of an n-type LDMOS with shallow...
The linear drain current degradation due to hot-carrier stress (HCS) of an n-type LDMOS with shallow...
The linear drain current degradation due to hot-carrier stress (HCS) of an n-type LDMOS with shallow...
This chapter introduces integrated power devices and their reliability issues. The lateral double-di...
This chapter introduces integrated power devices and their reliability issues. The lateral double-di...
Hot-carrier-injection (HCI) effects are studied in n-channel rugged LDMOS transistors in high curren...
none9siA new TCAD-based approach is used to investigate hot-carrier stress (HCS) effects, especially...
Hot-carrier-injection (HCI) effects are studied in n-channel rugged LDMOS transistors in high curren...
none5A physically-based approach suitable for TCAD analyses has been developed for the hot-carrier-s...
none11siLateral DMOS transistors are widely used in mixed-signal integrated-circuit design as integr...
Lateral DMOS transistors are widely used in mixed-signal integrated-circuit design as integrated hig...
Lateral DMOS transistors are widely used in mixed-signal integrated-circuit design as integrated hig...
none11siThis chapter introduces integrated power devices and their reliability issues. The lateral d...
[[abstract]]In this paper, early-stage hot-electron generation is shown to inject electrons into the...
none8A physics-based analytical model for the on-resistance in the linear transport regime and its a...
The linear drain current degradation due to hot-carrier stress (HCS) of an n-type LDMOS with shallow...
The linear drain current degradation due to hot-carrier stress (HCS) of an n-type LDMOS with shallow...
The linear drain current degradation due to hot-carrier stress (HCS) of an n-type LDMOS with shallow...
This chapter introduces integrated power devices and their reliability issues. The lateral double-di...
This chapter introduces integrated power devices and their reliability issues. The lateral double-di...
Hot-carrier-injection (HCI) effects are studied in n-channel rugged LDMOS transistors in high curren...
none9siA new TCAD-based approach is used to investigate hot-carrier stress (HCS) effects, especially...
Hot-carrier-injection (HCI) effects are studied in n-channel rugged LDMOS transistors in high curren...