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How E-Beam Lithography Shapes the Semiconductor World

E-beam lithography enables sub-10 nm patterning for prototyping, masks, and quantum devices with JEOL’s high-precision JBX systems.

Why Does an Electron Beam Provide Such High Resolution in Lithography?

An electron beam's nanometer-scale focus enables sub-10 nm lithography with unmatched precision and minimal blur.

Overcoming Key Challenges in DRAM Transistor Formation Using E-Beams

In our article, we consider how e-beams are essential for overcoming key challenges in DRAM transistor formation. Discover more about their impact here.

How Does Field Ionization Work?

Field ionization works by using intense electric fields to remove electrons, preserving molecular ions for mass analysis and composition determination.

An Introduction to FIB-SEM

Read through our introduction to FIB-SEM to discover more about this technique, including what it is, how it works, its advantages, and applications.

Using High-Resolution SEM and TEM for Advanced Semiconductor Packaging

Atomic-level SEM and TEM analysis is essential for hybrid bonding, void detection, and copper interface reliability in advanced packaging.

How is Metrology Used in Failure Analysis?

Metrology is used in failure analysis to generate precise, traceable measurements that reveal defect size, geometry changes, and material issues.

What is a FinFET and How Does it Work?

FinFETs use a 3D fin-shaped channel for superior gate control, enabling low-leakage, high-speed transistors at advanced semiconductor nodes.

What Is Surface Analysis?

Surface analysis is an analytical technique to elucidate elemental composition, chemical state, and micro structure from material surface layer (several nm to several µｍ). As phenomena such as corrosion, wear, adhesion, and reactions that impact performance and reliability occur primarily on the surface, surface analysis is vital for material evaluation, quality control, and failure analysis.