Tipsnano HA_HR High Resolution High Resonant Frequency AFM Cantilevers HA_HR series are designed for Semicontact ( .. Product #: HA_HR based on 0 reviews Regular price: $0.00 $0.00 In Stock

HA_HR

Product Code: HA_HR
Availability: In Stock (Product will be available at: 09-03-2024)

Price: €0,00

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High Resolution High Resonant Frequency AFM Cantilevers HA_HR series are designed for Semicontact ( Intermittent ), Noncontact applications. Each probe has 2 rectangular cantilevers.Typical Resonant Frequency 380kHz / 230kHz (dispersion ±10%), Typical Force Constant 34N/m / 17N/m (dispersion ±20%). Cantilever has Au reflective side coating to increase laser signal. Probes are also available with no coating as well as with conductive tip coating.

Probes are packed in boxes with 15 and 50 pieces. Amount discount is included in the package price.

High Accuracy composite ETALON probes combine the main features allowing to obtain high quality AFM images:
• Sharp tip - curvature radius < 10 nm.
• Resonance frequency, specified with high accuracy - ±10% within a wafer.
• Special chip geometry with vertical sidewalls for convenient operating.
• High aspect ratio tip.
• Enhanced back-side reflection of the cantilever.
• Cost effective price.

General Features
Material Polysilicon cantilever, silicon tip
Chip size 3.6x1.6x0.4mm
Reflective side coating Au
Tip coating No
Tip curvature radius 10nm
Available tip coatings Pt, Au, W2C
Special Features
Cantilever series HA_HR
(Cantilever A) Cantilever length, L±2µm 93
(Cantilever A) Cantilever width, W±3µm 34
(Cantilever A) Cantilever thickness, T±0.15µm 3.0
(Cantilever A) Min resonant frequency, kHz 342
(Cantilever A) Typical resonant frequency, kHz 380
(Cantilever A) Max resonant frequency, kHz 418
(Cantilever A) Min force constant, N/m 27
(Cantilever A) Typical force constant, N/m 34
(Cantilever A) Max force constant, N/m 41
(Cantilever B) Cantilever length, L±2µm 123
(Cantilever B) Cantilever width, W±3µm 34
(Cantilever B) Cantilever thickness, T±0.15µm 3.0
(Cantilever B) Min resonant frequency, kHz 207
(Cantilever B) Typical resonant frequency, kHz 230
(Cantilever B) Max resonant frequency, kHz 253
(Cantilever B) Min force constant, N/m 13
(Cantilever B) Typical force constant, N/m 17
(Cantilever B) Max force constant, N/m 21
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