Halbleitertechnologie von A bis Z

Alles über Halbleiter und die Waferfertigung

V Vanadium
V Volt
V-I Vacancy-interstitial
V-MOS V-groove Metal-oxide Semiconductor
VA Volume Absorber
VAC Volts Alternating Current
VAE Variable Aperture Electrode
VAR Value Added Reseller
VAR Volt-ampere Reactive
VASE Variable Angle Spectroscopic Ellipsometry
VAT Visible Alpha Tool
Vbd Voltage Breakdown
VBM Valence Band Maximum
VBO Valence Band Offset
VDC Volts Direct-current
Vdd Source-to-drain Voltage
Vdd Power Supply Voltage
Vdg Drain-to-gate Voltage
VDP Van Der Pauw
VDS Vapor Distribution System
VDS Vacuum Diagnostics System
VDSM Very Deep Sub-micron
Vfb Flatband Voltage
VFD Variable Frequency Drive
VFDD Via-first Dual Damascene
VFEI Virtual Factory Equipment Interface
VFTL Via First Trench Last
Vg Gate Voltage
VHF Very High Frequency
VHN Vickers Hardness Number
VHORG Vertically And Horizontally Organized Grid
VHP Very High Productivity
VHP Very High Performance
VHS Variable Hard Sphere
VHSIC Very High-speed Integrated Circuit
VLA Very Large Array
VLE Vapor Levitation Epitaxy
VLF Vertical Laminar Flow
VLL Video Lead Locator
VLS Variable Line Spacing
VLSI Very Large-scale Integration
VM Virtual Machine
VME Versa Micromodule Extension
VME Virtual Manufacturing Enterprise
VMW Vertically Modulated Well
VNL Virtual National Laboratory (LLNL, LBNL, SNL)
VOC Volatile Organic Compound
VODM Vapor On Demand
VPD Vapor Phase Desorption
VPD Vapor Phase Decomposition
VPD-ICPMS Vapor Phase Decomposition-inductively-coupled Plasma Mass Spectrometry
VPP Peak-to-peak Voltage
VPSEM Variable Pressure Scanning Electron Microscope
Vsilc Voltage Stress-induced Leakage Current
VSP Variable Soft Sphere
VSS Variable Soft Sphere
Vt or Vth Threshold Voltage
VTP Vertical Thermal Processor
VTVM Vacuum Tube Voltmeter
VUV Vacuum Ultraviolet
VWF Vacuum Workfunction