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KolibriSensor

V2.0 | June 17, 2014

Figure 10: PLL Setup view

10. Click

Apply

to set the values in the PLL Setup view. The perfectPLL algorithm will auto-

matically set the amplitude and phase controller parameters according to the sensor para-

meters and selected controller bandwidths.

11. Switch on Amplitude and Phase control in the Oscillation Control view by pressing the

respective

buttons. The Nanonis Oscillation Controller will now drive the sensor oscil-

lation at the resonance frequency with controlled oscillation amplitude.

3.3

Removing a KolibriSensor from the Test Stage

To remove the KolibriSensor from the test stage:
1. Remove the sensor by gripping it below the guidance ring with the tweezers and pulling it

out of the KolibriReceptor.

2. Put the sensor back into the sensor package. Ensure that the sensor is firmly held in place

by the spring holder—some orientations of the base plate  with respect to the springs may

result in a rather weak spring force. See the photograph below for the correct orientation

of the sensor in the holder.

Figure 11: Sensor packaging

10

Summary of Contents for KolibriSensor

Page 1: ...KolibriSensor Starter Kit User Manual V2 0 June 17 2014...

Page 2: ...2 0 June 17 2014 SPECS order number reference 78000248 2014 All rights reserved No part of this manual may be reproduced without the prior per mission of SPECS GmbH Kolibri and KolibriSensor are regis...

Page 3: ...ng Conditions 1 Chapter 2 Installation 2 1 Unpacking 3 2 2 Electrical Connections 4 Chapter 3 Operation 3 1 Inserting a KolibriSensor into the Test Stage 5 3 2 Setting Up Oscillation Parameters 6 3 3...

Page 4: ...This page intentionally left blank KolibriSensor V2 0 June 17 2014 iv...

Page 5: ...nsor ready for insertion into the receptor 6 Figure 5 Aligning the sensor into the receptor 6 Figure 6 Settings in the Oscillation Control panel 7 Figure 7 Signals in Frequency Sweep panel 8 Figure 8...

Page 6: ...This page intentionally left blank KolibriSensor V2 0 June 17 2014 vi...

Page 7: ...s please refer to Nanonis software Online Help press F1 for context sensitive help of the currently open panel SPECS SPM 150 manual For further advice and assistance please also contact SPECS support...

Page 8: ...s 40 80 recommended range 50 60 There must be no condensed water on the equipment Atmospheric pressure 800 1200 mbar Air conditioning is advisable in order to ensure the ambient requirements especiall...

Page 9: ...eration 2 1 Unpacking A packing list is provided with the delivery of the Starter Kit Please check that all items are present and that none of the equipment is damaged In case of missing or damaged pa...

Page 10: ...stage All connectors are labeled on the instruments and cables EXCITATION Attenuator Output Input Out Usupply OSCILLATION It 15 V In Test stage KolibriPreamp Nanonis Oscillation Controller Attenuator...

Page 11: ...tweezers for handling the KolibriSensor These are shaped so that they will correctly grip the KolibriSensor this greatly simplifies the process of inserting and removing the sensor Caution Only use t...

Page 12: ...Push the sensor gently into the receptor The sensor will slide into the correct position The sensor is now in place and ready for measurements 9 Fit the transport hood back onto the test stage This p...

Page 13: ...isplays a tooltip explain ing the function of the control To set up the oscillation parameters 1 Switch on both the Nanonis Realtime Controller and Oscillation Controller 2 Start the Nanonis SPM Contr...

Page 14: ...olibriSensor as given on the sensor s specification sheet Make sure the output of the Oscillation Controller is switched on by unchecking the off option box 5 Open the following panels from the Tools...

Page 15: ...ures that you have found the correct value Figure 8 Altering the sweep range or number of points 8 Press Apply next to the row of values in the table in the Frequency Sweep panel This will transfer th...

Page 16: ...the sensor oscil lation at the resonance frequency with controlled oscillation amplitude 3 3 Removing a KolibriSensor from the Test Stage To remove the KolibriSensor from the test stage 1 Remove the...

Page 17: ...of a vacuum chamber As a result it is easy to integrate into an experimental setup It eliminates the need for complicated expensive and potentially unreliable in situ preamplifiers The KolibriPreamp s...

Page 18: ...onnected in series between the output of the Nanonis Oscillation Controller and the Excitation input of the test stage The attenuators protect the KolibriSensor from excessive drive levels and improve...

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