Alphacen 200 Drive

Your Wafers Analyzed 

Based on our expertise designing industrial metrology systems, Nanosurf developed the Alphacen 200 Drive – an advanced AFM system engineered to meet the high demands of the semiconductor industry.

From unparalleled low-noise roughness analysis using WaveMode, to complex electrical characterization tasks with SMM, the Alphacen 200 Drive solves the challenges typically faced by semiconductor manufacturing and research.

Speak with an Expert
Semicon-Wafer_1200x1050a

Performance

The Alphacen 200 Drive is meticulously crafted to meet the intricate demands of semiconductor research and development. This state-of-the-art atomic force microscope excels in capturing images at the atomic level, thanks to its innovative flexure tip scanner architecture. The inclusion of the CleanDrive photothermal excitation method ensures stable and low-noise operation, allowing for detailed analysis of surfaces with minimal roughness. Furthermore, the Alphacen 200 Drive boasts WaveMode, the fastest off-resonance imaging mode available, making it possible to gently image even the smallest structures.

Image: Time-series of surface roughness measurements of a silicon wafer using WaveMode. Images in the top row show images at the beginning of the series and after 10 h. The graph below shows the roughness determined from each image of the series. 

 

wafer roughness images and graph

Versatility

The Alphacen 200 Drive AFM system extends its capabilities beyond high-resolution imaging and exceptional stability. Its large scan range of 100 x 100 x 20 μm3 allows for comprehensive analysis of expansive samples, demonstrating its versatility. This adaptability extends to compatibility with a broad selection of nanoelectrical characterization methods (NEC) such as Nanosurf's Scanning Microwave Microscopy (SMM) solution. Researchers can further tailor the Alphacen 200 Drive's functionality through a wide range of accessories and software options, ensuring the system remains adaptable to their specific research needs within the field of semiconductor research and development.
addon modules_600x350px

Automation

Explore how the fully automated laser alignment and cantilever calibration effortlessly enhance your measurement process. Make use of the programmable, fully addressable 200 x 200 mm2 sample stage and WaveMode of the Alphacen 200 Drive, to obtain precise and consistent roughness and dimensional measurements throughout the entire range.

NASS---Process-Stability

Obtaining Highest Resolution with a Large Scanner

Thanks to the superior technology of the DriveAFM scan head, imaging at atomic resolution is possible, even on this large-stage system.

This powerful combination allows for the observation of feature sizes covering several orders of magnitude, making a wide variety of structures accessible for analysis.

Image: Atomic lattice of gypsum.

 

Gypsum atomic lattice_topography_DriveMount_xy 7.9 nm_z 330 pm

Gain Insight into the Local Nanoelectrical Properties

The Alphacen 200 Drive, when paired with Nanosurf's SMM solution, enables precise electrical characterization at the nanoscale. Researchers have the capability to measure local capacitance, carrier density, resistance, conductivity, and the dielectric constant of structures within cutting-edge integrated circuits. Additionally, SMM can analyze sub-surface features of complex multilayered designs. This advanced SMM solution guarantees the quickest time-to-results, facilitating a more profound understanding of materials in semiconductor research and development.

Image: Topography (left) and imaginary part of the complex S11 parameter representing local capacitance (right).

 

smm_sram_10um-1

Alphacen 200 Drive Features

Flat and Linear Scanning

Large Range of AFM Modes

100 μm Scan Range 

Automatic Cantilever Alignment

28-bit CX Controller

Easy to Use

WaveMode

Sample Observation Camera

Alphacen 200 Drive Operating Modes

Standard imaging modes

  • Static Force Mode
  • Lateral Force Mode
  • Dynamic Force Mode (Tapping Mode)
  • Phase Imaging Mode

Electrical properties

  • Conductive AFM (C-AFM)
  • Scanning Spreading Resistance Microscopy (SSRM)
  • Piezoelectric Force Microscopy (PFM)
  • Electrostatic Force Microscopy (EFM)
  • Kelvin Probe Force Microscopy (KPFM)
  • Magnetic Force Microscopy (MFM)
  • Scanning Microwave Microscopy (SMM)

Advanced imaging modes

  • CleanDrive photothermal excitation
  • WaveMode

Mechanical properties

  • Force Spectroscopy (Unfolding and Stretching, Adhesion)
  • Force Modulation
  • Force Mapping (Stiffness and Modulus, Adhesion)

Lithography and Nanomanipulation

Electrochemical AFM (EC-AFM)

Scanning Thermal Microscopy (SThM)

Nanosurf Studio – Just Press Play

Our software engineers and application scientist took a good look at what performing atomic force microscopy measurements is actually like from a user perspective, and went back to the drawing board to create a user experience that allows you to focus on your measurement and your results. Look forward to a new release each quarter, with new features and improvements. Just press play.

  • Set up your individual software GUI – for experts and novice users
  • Automated AFM setup (laser alignments, spring constant and sensitivity calibration, approach, data acquisition)
  • ViewPort optical sample navigation
  • Quarterly releases with new features, improved workflows and bugfixes
  • Easy to learn for novice users, all the flexibility for the expert user
  • Instrument control is fully scriptable
Learn more

Download the Alphacen 200 Drive Brochure

The PDF brochure includes details on the Alphacen 200 Drive technology, application examples for different areas of interest and system specifications.

Download Brochure
Alphacen-200-Drive-brochure-thumbnail

No posts available

Interested in Alphacen 200 Drive?

Get to know the Alphacen 200 Drive! Reach out to us to discuss your application with one of our seasoned AFM experts, to get a budgetary quote or schedule a product demonstration or exploratory meeting. 

Speak with an Expert
Alphacen-200-Drive_wafer-scanhead-closeup