All Stories

  1. Process and performance optimization of Triple‐RESURF LDMOS with Trenched‐Gate
  2. Capacitance–Voltage Technique Based on Time Varying Magnetic Field for VDMOSFET—Part I: Concept and Implementation
  3. Capacitance–Voltage Technique Based on Time Varying Magnetic Field for VDMOSFET—Part II: Measurements and Parameter Extractions
  4. Fast Ids – Vgs Technique Implementation for NBTI Characterization
  5. NBTI lifetime devices
  6. Impact of Dimensions of Memory Periphery FinFETs on Bias Temperature Instability
  7. On Transistor Sizing of CMOS 6T-SRAM for NBTI-aware Design
  8. Impact of Fin Height on Bias Temperature Instability of Memory Periphery FinFETs
  9. Analysis of NBTI Degradation in nMOS-Capacitors and nMOSFETs
  10. Experimental Investigation of NBTI Degradation in Power VDMOS Transistors Under Low Magnetic Field
  11. On the Circuit-Level Reliability Degradation Due to AC NBTI Stress
  12. On the turn-around phenomenon in n-MOS transistors under NBTI conditions
  13. Charge Pumping, Geometric Component, and Degradation Parameter Extraction in MOSFET Devices
  14. Using the charge pumping geometric component to extract NBTI induced mobility degradation
  15. NBTI stress on power VDMOS transistors under low magnetic field
  16. Deep Analysis of the Geometric Component in Charge Pumping of Polycrystalline Silicon Thin-Film Transistors
  17. On the permanent component profiling of the negative bias temperature instability in p-MOSFET devices
  18. Investigation of defect microstructures responsible for NBTI degradation using effective dipole moment extraction
  19. Reaction-diffusion model for interface traps induced by BTS stress including H+, H and H2 as diffusion species
  20. Reliability analysis of CMOS inverter subjected to AC & DC NBTI stresses
  21. Does NBTI effect in MOS transistors depend on channel length?
  22. Investigation of NBTI degradation on power VDMOS transistors under magnetic field
  23. An Accurate Combination of on-the-fly Interface Trap and Threshold Voltage Methods for NBTI Degradation Extraction
  24. Investigation of interface, shallow and deep oxide traps under NBTI stress using charge pumping technique
  25. Investigating the NBTI effect on P- and N-substrate MOS capacitors and p-MOSFET transistors
  26. On the permanent components of negative bias temperature instability
  27. A new procedure for eliminating the geometric component from charge pumping: Application for NBTI and radiation issues
  28. A propagation concept of negative bias temperature instability along the channel length in p-type metal oxide field effect transistor
  29. A new eye on NBTI-induced traps up to device lifetime using on the fly oxide trap method
  30. A novel method based on capacitance-voltage for negative bias temperatures instability studies: Concept and results
  31. An accurate extraction methodology for NBTI induced degradation using charge pumping based methods
  32. Deep experimental investigation of NBTI impact on CMOS inverter reliability
  33. Oxide trap annealing by H2 cracking at E' center under NBTI stress
  34. A New Method for Negative Bias Temperature Instability Assessment in P-Channel Metal Oxide Semiconductor Transistors
  35. Does PMOS Vth shift wholly capture the degradation of CMOS inverter circuit under DC NBTI?
  36. On-the-fly extraction method for interface-, oxide- trap and mobility degradation induced by NBTI stress
  37. Two-point capacitance-voltage (TPCV) concept: A new method for NBTI characterization
  38. On the fly oxide trap (otfot) concept: A new method for bias temperature instability characterization
  39. Fast and simple method for estimation and separation of radiation-induced traps in MOSFETs devices
  40. Geometric-component modeling in charge-pumping technique
  41. Geometric Component in Constant-Amplitude Charge-Pumping Characteristics of LOCOS- and LDD-MOSFET Devices
  42. Modeling and Simulation of Charge-Pumping Characteristics for LDD-MOSFET Devices With LOCOS Isolation
  43. Radiation Effect Evaluation in Effective Short and Narrow Channels of LDD Transistor With LOCOS Isolation Using OTCP Method
  44. Using Oxide-Trap Charge-Pumping Method in Radiation-Reliability Analysis of Short Lightly Doped Drain Transistor
  45. Using Oxide-Trap Charge-Pumping method in radiation reliability analysis of short lightly doped drain transistor
  46. Why Is Oxide-Trap Charge-Pumping Method Appropriate for Radiation-Induced Trap Depiction in MOSFET?
  47. Oxide-trap charge-pumping for radiation reliability issue in MOS devices
  48. Why is oxide-trap charge-pumping (OTCP) method appropriate for extracting the radiation-induced traps in mosfet?
  49. Comparison Between OTCP and C-V Extraction Methods for Radiation-Induced Traps in MOSFET Devices
  50. Field Acceleration Model for TDDB: Still a Valid Tool to Study the Reliability of Thick $\hbox{SiO}_{2}$-Based Dielectric Layers?
  51. Automated MOS transistor degradation measurements based on labVIEW
  52. Investigation of gate oxide thickness effect on the radiation-induced traps in MOSFET devices using OTCP method
  53. A comparative study of different contact resistance test structures dedicated to the power process technology
  54. A new oxide-trap based on charge-pumping (OTCP) extraction method for irradiated MOSFET devices: part II (low frequencies)
  55. A new oxide-trap based on charge-pumping (OTCP) extraction method for irradiated MOSFET devices: part I (high frequencies)
  56. Extended Oxide-Trap extraction method to low frequencies for irradiated MOS transistors
  57. New oxide-trap extraction method for irradiated MOSFET devices at high frequencies
  58. On the correlation between radiation-induced oxide- and border-trap effects in the gate-oxide nMOSFET’s
  59. Channel-length impact on radiation-induced threshold-voltage shift in N-MOSFET devices at low gamma ray radiation doses
  60. Electrical characterization of oxide and Si/SiO/sub 2/ interface of irradiated NMOS transistors at low radiation doses
  61. Electrical characterization of oxide and Si/SiO/sub 2/ interface of irradiated NMOS transistors at low radiation doses