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1 article(s) from Diesinger, Heinrich

Noise performance of frequency modulation Kelvin force microscopy

Heinrich Diesinger,
Dominique Deresmes and
Thierry Mélin

Beilstein J. Nanotechnol. 2014, 5, 1–18, doi:10.3762/bjnano.5.1

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Figure 1: An OpAmp circuit and its equivalent circuit of forward gain A and feedback gain F.

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Figure 2: PLL: in the blue box, the components belonging to the forward gain A_PLL, i.e., NCO, probe, optical ...

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Figure 3: Resonance frequency shift resulting from applying a voltage between a retracted tip and sample (bla...

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Figure 4: Phase detector output as function of modulation frequency (black squares), fitted with Equation 4, using f_exc...

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Figure 5: Noise PSD at the photodetector output. Fiteed with Equation 9 (green) and decomposition into thermal excitati...

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Figure 6: Vector diagram showing the impact of amplitude noise on phase noise in the complex plain: main vect...

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Figure 7: Phase noise PSD at the lock-in phase detector output in open PLL loop and under probe excitation at ...

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Figure 8: Closed loop PLL response: measured (black squares) and computed (red line) according to Equation 16.

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Figure 9: Output noise PSD of the PLL in closed loop configuration: measured (black squares) and modeled acco...

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Figure 10: Kelvin loop and its equivalent circuit: the forward gain A_K is the transfer function between V_pert ...

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Figure 11: Measurement of static forward gain of the open Kelvin loop.

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Figure 12: Schematic forward and reciprocal feedback response, for illustrating the choice of the Kelvin feedb...

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Figure 13: Measured (black squares) and calculated (red line) Kelvin closed loop gain of the setup of Figure 10.

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Figure 14: Measured (black squares) and computed (green line) Kelvin closed loop noise PSD of the setup of Figure 10. A...

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Figure 15: Design rule for cutoff and modulation frequencies in FM-KFM: gain of the PLL controller (continuous...

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Figure 16: Effective probed surface S_eff depending on tip–sample separation z.

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Figure 17: Probe in the attractive part of the Van-der-Waals interaction.

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Full Research Paper

Published 02 Jan 2014

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