Training: Difference between revisions

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However, after a certain period of inactivity (typically 90 days) on a given tool, the booking rights will expire and the user will need to be retrained in order to continue using the tool.
However, after a certain period of inactivity (typically 90 days) on a given tool, the booking rights will expire and the user will need to be retrained in order to continue using the tool.


== Bruker Dimension Icon Atomic Force Microscope (AFM) ==
== Cleanroom General Introduction ==
* Have a sample ready that you want to characterise. Think about what you want to learn about the sample; step heights, roughness, etc.
 
* Only ask for training if you plan on using the tool regularly.
=== Cleanroom general introduction ===
* Training is usually 2-3 sessions of 1.5 hours.
Request cleanroom introduction training via [mailto:cleanroom@nbi.ku.dk cleanroom@nbi.ku.dk].
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* Name a superuser from your group who will follow you in the cleanroom 2-3 times after your training.
* Introduction training requires acceptance from both of you and typically runs from 9.30 to 15.00.
* Before training, read the safety information: https://wiki.nbi.ku.dk/cleanroom/Safety
* Typical schedule:
** 9.15-10.30: Cleanroom introduction
** Coffee break
** 10.45-12.00: Asher, spinners, and optical microscopes
** Lunch break
** 13.00-14.00: Practical information inside and outside the lab
** 14.00-15.00: Q&A and account setup
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</div>
 
== Lithography ==
 
=== Elionix 7000 (100 kV) ===
Elionix 7000 training is for advanced users and requires prior cleanroom tool competency.


== Elionix 7000 (100 kV) ==
Contact Harry (cleanroom@nbi.ku.dk) to request training.
=== Prerequisites ===
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==== Prerequisites ====
* You must be at least a Master student or signed up for a long term (>6 months) project to be allowed to use the tool.
* You must be at least a Master student or signed up for a long term (>6 months) project to be allowed to use the tool.
* Elionix is a high level tool. Make sure you are already trained to:
* Elionix is a high level tool. Make sure you are already trained to:
** enter the cleanroom;
** Enter the cleanroom
** use the microscope, spinner, asher;
** Use the microscope, spinner, asher
** use any other tool you might need to prepare chips for the training. This could be the micromanipulator or the Heidelberg.
 
=== Training ===
==== Training ====
* You'll need 1+3 sessions of about 3 hrs each to get trained on this tool.
* You'll need 4 sessions to get trained on this tool.
** Session 0 teaches you how to load/unload the sample and how to condition the beam.
** Session 1 ( 1 hr.) - teaches you how to load/unload the sample and how to condition the beam.
** Session 1 involves exposing alignment marks and one half of the overlay test pattern on a blank chip.
** Session 2 ( 3 hr.) - involves exposing alignment marks and test patterns (any design: preferably one half of the overlay ,so to understand alignment later ).
*** After exposure you need to develop the pattern in PMMA developer. Once you can determine the relative position of the lower left alignment mark with respect to the lower left chip corner, you are ready for session 2.
** Session 3 ( 3 hr.) -  involves using the exposed alignment marks for marker registration and exposing the 2nd pattern (i.e. the 2nd half of the overlay pattern).
** Session 2 involves using the exposed alignment marks for marker registration and exposing the 2nd pattern (i.e. the 2nd half of the overlay pattern).
** Session 4 involves exposing a "real" pattern on a "real" chip on your own to gain access.
** Session 3 involves exposing a "real" pattern on a "real" chip on your own.
 
=== Preparation ===
==== Preparation ====
Before any training slots are booked on the tool you'll need all of the following prepared:
Before any training slots are booked on the tool you'll need all of the following prepared:
* Shadow someone on the tool 2-3 times before starting the prep.
* Shadow senior users on the tool 2-3 times.
* Si chip (5-20 mm square) spin coated with A4 and baked at 185C/2mins. This chip will be used for sessions 1 & 2. This has to be a dummy chip.
* Chip (comfortable to handle) spin coated with resist. This chip will be used for sessions 1 & 2. Please be aware of the coating and baking parameters for the resist.
* A chip for your 3rd session. This is a "real" chip. Plan this internally within your group.
* Any test design is preferred which has marks, overlay patterns that you will use to test alignment precision between two lithography steps. A Vernier pattern is commonly used. Feel free to test your ideas. Make sure you have something for both ''x'' and ''y'' directions.
* A design (GDS is preferred, DXF ''might'' work) for sessions 1 & 2 with:
* Convert your design files into the Elionix exposure format .co7. This can be done using Beamer in 4th floor design computers.
** 4 alignment crosses (find out what marks work on the tool from your group). The crosses should be a few millimeters apart. Make sure each cross is within one writefield when converting the design in WeCaS.
* Make sure all write fields are entirely in the positive coordinate space.
** Something to break the symmetry so you can tell chip orientation with your bare eye after the 1st exposure.
** A pattern that you will use to test overlay quality (alignment precision between two lithography steps). A Vernier pattern is commonly used. Feel free to test your ideas. Make sure you have something for both ''x'' and ''y'' directions.
** Something creative, something fun :) This is an exercise in learning CAD as well.
* A design for the "real" chip to be exposed in session 3.
You'll also need a software session of about 0.5 hrs -- arrange this with an Elionix superuser within your group.
Then follow workflow 0 at the [https://wiki.nbi.ku.dk/qdevwiki/ElionixCheatSheet Qdev wiki] to convert your design files into the Elionix exposure format .co7.
* Make dedicated folders for each exposure.
* Make sure all writefields are entirely in the positive coordinate space.
* Make sure neither exposure will take longer than 15 minutes at 500 pA current and dose of 1000 uC/cm2.
* Make sure neither exposure will take longer than 15 minutes at 500 pA current and dose of 1000 uC/cm2.
* Prepare and test schedule files.
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* '''Note''': Do not use Beamer to prep the Elionix .con files for sessions 1 & 2.
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=== Checklist ===
Here's a final checklist. Please email the answers to '''all''' questions to [mailto:cleanroom@nbi.ku.dk cleanroom@nbi.ku.dk] only '''after''' you are done with the preparation steps.
* Have you shadowed someone on the tool? If yes, who? How many times?
* Do you have a silicon chip with A4 resist? What are its dimensions with +-0.1 mm accuracy? How did you measure this?
* Do you have .con and .sch files prepared? Where on Z drive are the? Provide a full path.
* How long do the 1st and 2nd exposures take exactly? Is it under 15 minutes?
* Do you have a real chip + design planned with your group?
* What is your project alias? If unsure, contact your supervisor first.


== Elionix F-125 (125 kV at QuanTech) ==
=== Elionix F-125 (125 kV at QuanTech) ===
Contact Zhe Liu to arrange access and training for Elionix F-125.
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* Please contact Zhe Liu ([mailto:zhe.liu@nbi.ku.dk zhe.liu@nbi.ku.dk])
* Please contact Zhe Liu ([mailto:zhe.liu@nbi.ku.dk zhe.liu@nbi.ku.dk])
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== Heidelberg upg501 ==
=== Heidelberg upg501 ===
Prepare your design file and coated chip before requesting Heidelberg upg501 training.
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* Have a design file ready. GDS, DXF or CIF format works fine. Make sure you are familiar with the design before your actual session.
* Have a design file ready. GDS, DXF or CIF format works fine. Make sure you are familiar with the design before your actual session.
* Have a chip spin coated with an appropriate photoresist before the training session.
* Have a chip spin coated with an appropriate photoresist before the training session.
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Before the training session:
Before the training session:
* Watch the instruction video and read the standard operating procedure on the [[Heidelberg µPG 501|Heidelberg µPG 501 tool page]]
* Watch the instruction video and read the standard operating procedure on the [[Heidelberg µPG 501|Heidelberg µPG 501 tool page]]
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== Characterization ==
=== Bruker Dimension Icon Atomic Force Microscope (AFM) ===
Contact Nikki (cleanroom[at]nbi[dot]ku.dk) requesting AFM training.
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* Have a sample ready that you want to characterise. Think about what you want to learn about the sample; step heights, roughness, etc.
* Only ask for training if you plan on using the tool regularly.
* Training is usually 2-3 sessions of 1.5 hours.
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== Raith e-Line ==
=== JEOL 7800-F ===
Prepare a real sample and imaging goals before booking JEOL 7800-F training.
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* Training takes about 2-3 sessions.
* You need a chip/sample to be imaged before a session is booked.
* Be familiar with the materials on the sample to be imaged and what feature is it that is of critical interest -- something that makes or breaks your device.
* Request the training session only once you have gathered the chips and information.
* What is your project alias? If unsure, contact your supervisor first.
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=== JEOL 7800-F prime (QuanTech) ===
Contact Zhe Liu to arrange access and training for JEOL 7800-F prime.
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* Please contact Zhe Liu ([mailto:zhe.liu@nbi.ku.dk zhe.liu@nbi.ku.dk])
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=== Raith e-Line ===
Bring a prepared design package for sessions 1 and 2, including alignment and overlay test patterns.
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* A design (gds, dxf, cif) for sessions 1 & 2 with:
* A design (gds, dxf, cif) for sessions 1 & 2 with:
** 4 alignment crosses (find out what marks work on the tool from your sub-group).
** 4 alignment crosses (find out what marks work on the tool from your sub-group).
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** Something creative, somethin fun :) This is an exercise in learning CAD as well.
** Something creative, somethin fun :) This is an exercise in learning CAD as well.
* What is your project alias? If unsure, contact your supervisor first.
* What is your project alias? If unsure, contact your supervisor first.
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== JEOL 7800-F ==
=== Woollam alpha-SE Ellipsometer ===
* Training takes about 2-3 sessions.
Request Woollam alpha-SE Ellipsometer training via [mailto:cleanroom@nbi.ku.dk cleanroom@nbi.ku.dk].
* You need a chip/sample to be imaged before a session is booked.  
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* Be familiar with the materials on the sample to be imaged and what feature is it that is of critical interest -- something that makes or breaks your device.
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* Request the training session only once you have gathered the chips and information.
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* What is your project alias? If unsure, contact your supervisor first.
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== JEOL 7800-F prime (QuanTech) ==
=== Filmetrics reflectometer ===
Contact Zhe Liu to arrange access and training for the Filmetrics reflectometer.
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* Please contact Zhe Liu ([mailto:zhe.liu@nbi.ku.dk zhe.liu@nbi.ku.dk])
* Please contact Zhe Liu ([mailto:zhe.liu@nbi.ku.dk zhe.liu@nbi.ku.dk])
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== Thin Film Deposition ==


== AJA metallization, sputtering or ion milling ==
=== PLASSYS Evaporator ===
Email your PLASSYS request with shadowing, sample, and process parameters.
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Send an email with the following info before the training can be arranged:
* The name of the person you have shadowed and the number of times you've done it.
* Confirm that you have a sample ready.
* Specify the required process parameters( material,  thickness, tilt etc)
* What is your project alias? If unsure, contact your supervisor first.
==== Training ====
* You'll need 3 sessions to get trained on this tool.
** Session 1 ( 1 hr.) - teaches you how to load/unload the sample and how to run a recipe.
** Session 2 ( 2 hr.) - how to create your own recipe and run the process.
** Session 3 ( 3 hr.) - sign off session
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=== AJA metallization, sputtering or ion milling ===
Email your training request with shadowing, sample, tool, process, and recipe details for AJA.
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Send an email with the following info before the training can be arranged:
Send an email with the following info before the training can be arranged:
* The name of the person you have shadowed and the number of times you've done it.
* The name of the person you have shadowed and the number of times you've done it.
* Confirm that you have a sample ready.
* Confirm that you have a sample ready.
* Which tool you want to use: AJA1 or AJA2?
* Which tool you want to use: AJA1 or AJA2?
* What process steps do you want to run?
* What process do you want to run ?
** Either the recipe name for automatic recipes or all required process parameters.
* Either the recipe name or specify the required process parameters.
* What is your project alias? If unsure, contact your supervisor first.
* What is your project alias? If unsure, contact your supervisor first.


Before the training session:
Before the training session:
* Watch the instruction video on how to load/unload and read the standard operating procedures on the [[AJA Systems|AJA Systems tool page]]
* Watch the instruction video on how to load/unload and read the standard operating procedures on the [[AJA Systems|AJA Systems tool page]]
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=== ALD 1 ===
Email your ALD 1 request with shadowing, sample, and full process details.
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Send an email with the following info before the training can be arranged:
* The name of the person you have shadowed and the number of times you've done it.
* Confirm that you have a sample ready.
* Which tool you want to use.
* What process steps you want to run.
** Either the recipe name or all required process parameters.
** How long does the process take.
* What is your project alias? If unsure, contact your supervisor first.


== ALD 1 & 2 ==
Before the training session:
* Watch the instruction video(s) and read the standard operating procedure on the [[Cambridge ALD|ALD tool page]].
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=== ALD 2 ===
Email your ALD 2 request with shadowing, sample, and full process details.
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Send an email with the following info before the training can be arranged:
Send an email with the following info before the training can be arranged:
* The name of the person you have shadowed and the number of times you've done it.
* The name of the person you have shadowed and the number of times you've done it.
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Before the training session:
Before the training session:
* Watch the instruction video(s) and read the standard operating procedure on the [[Cambridge ALD|ALD tool page]].
* Watch the instruction video(s) and read the standard operating procedure on the [[Cambridge ALD|ALD tool page]].
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== F&S autobonder ==
== Packaging ==
* You must have a chip for bonding.
 
* Figure out which daughterboard is it that your team/fridge needs.
=== F&S autobonder ===
* Have a team member show your how to glue the chip to the daughterboard with silver paint, PMMA or whatever is specific to your measurement.
Prepare shadowing and bonding documentation, then request F&S autobonder training.
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Send an email with the following info before the training can be arranged:
 
* Shadow colleagues using the tool 2-3 times.
* You must have a '''chip''' for bonding.
* You must know which '''daughterboard''' you will use for bonding.
* You must know what material you use to '''mount''' the chip to the daughterboard (silver paint, PMMA or whatever is specific to your measurement).
* You must prepare a '''bonding schematic''' and have one of your team members verify that it is correct.
* What is your project alias? If unsure, contact your supervisor first.
* What is your project alias? If unsure, contact your supervisor first.
* Read through the wiki page: https://wiki.nbi.ku.dk/cleanroom/FS_bonder 
* Request a training session at this point.
* Request a training session at this point.


== Filmetrics reflectometer ==
Two training sessions are required to get access to the bonder:
* Please contact Zhe Liu ([mailto:zhe.liu@nbi.ku.dk zhe.liu@nbi.ku.dk])
 
# 3 hours: Basic bonder training and chip bonding
# 2 hours: Sign-off session
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=== Manual bonder ===
Request manual bonder training via [mailto:cleanroom@nbi.ku.dk cleanroom@nbi.ku.dk].
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== Miscellaneous ==


== Micromanipulator ==
=== Micromanipulator ===
Complete group-level training first, then request a micromanipulator sign-off session.
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* Please get trained within your research group first. Then request a sign-off session.
* Please get trained within your research group first. Then request a sign-off session.
* What is your project alias? If unsure, contact your supervisor first.
* What is your project alias? If unsure, contact your supervisor first.
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[[Category:Tools]]
[[Category:Tools]]

Latest revision as of 16:25, 10 April 2026

A prerequisite for using the cleanroom tools is that a cleanroom staff member has given the necessary instruction or training. This includes basic instruments such as hotplates and microscopes. For all training requests, please read the prerequisites below and afterwards contact cleanroom@nbi.ku.dk. A cleanroom staff member will typically respond within one workday. Do not contact individual staff members for training.

Once the user has completed the training, they are given booking rights in the cleanroom booking system. However, after a certain period of inactivity (typically 90 days) on a given tool, the booking rights will expire and the user will need to be retrained in order to continue using the tool.

Cleanroom General Introduction

Cleanroom general introduction

Request cleanroom introduction training via cleanroom@nbi.ku.dk.

Expand
  • Name a superuser from your group who will follow you in the cleanroom 2-3 times after your training.
  • Introduction training requires acceptance from both of you and typically runs from 9.30 to 15.00.
  • Before training, read the safety information: https://wiki.nbi.ku.dk/cleanroom/Safety
  • Typical schedule:
    • 9.15-10.30: Cleanroom introduction
    • Coffee break
    • 10.45-12.00: Asher, spinners, and optical microscopes
    • Lunch break
    • 13.00-14.00: Practical information inside and outside the lab
    • 14.00-15.00: Q&A and account setup

Lithography

Elionix 7000 (100 kV)

Elionix 7000 training is for advanced users and requires prior cleanroom tool competency.

Contact Harry (cleanroom@nbi.ku.dk) to request training.

Expand

Prerequisites

  • You must be at least a Master student or signed up for a long term (>6 months) project to be allowed to use the tool.
  • Elionix is a high level tool. Make sure you are already trained to:
    • Enter the cleanroom
    • Use the microscope, spinner, asher

Training

  • You'll need 4 sessions to get trained on this tool.
    • Session 1 ( 1 hr.) - teaches you how to load/unload the sample and how to condition the beam.
    • Session 2 ( 3 hr.) - involves exposing alignment marks and test patterns (any design: preferably one half of the overlay ,so to understand alignment later ).
    • Session 3 ( 3 hr.) - involves using the exposed alignment marks for marker registration and exposing the 2nd pattern (i.e. the 2nd half of the overlay pattern).
    • Session 4 involves exposing a "real" pattern on a "real" chip on your own to gain access.

Preparation

Before any training slots are booked on the tool you'll need all of the following prepared:

  • Shadow senior users on the tool 2-3 times.
  • Chip (comfortable to handle) spin coated with resist. This chip will be used for sessions 1 & 2. Please be aware of the coating and baking parameters for the resist.
  • Any test design is preferred which has marks, overlay patterns that you will use to test alignment precision between two lithography steps. A Vernier pattern is commonly used. Feel free to test your ideas. Make sure you have something for both x and y directions.
  • Convert your design files into the Elionix exposure format .co7. This can be done using Beamer in 4th floor design computers.
  • Make sure all write fields are entirely in the positive coordinate space.
  • Make sure neither exposure will take longer than 15 minutes at 500 pA current and dose of 1000 uC/cm2.

Elionix F-125 (125 kV at QuanTech)

Contact Zhe Liu to arrange access and training for Elionix F-125.

Expand

Heidelberg upg501

Prepare your design file and coated chip before requesting Heidelberg upg501 training.

Expand
  • Have a design file ready. GDS, DXF or CIF format works fine. Make sure you are familiar with the design before your actual session.
  • Have a chip spin coated with an appropriate photoresist before the training session.
    • The photoresist is sensitive to white light. Use the yellow filter on the microscopes. The light source in the both scribers is white and will already expose your resist.
  • What is your project alias? If unsure, contact your supervisor first.

Before the training session:

Characterization

Bruker Dimension Icon Atomic Force Microscope (AFM)

Contact Nikki (cleanroom[at]nbi[dot]ku.dk) requesting AFM training.

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  • Have a sample ready that you want to characterise. Think about what you want to learn about the sample; step heights, roughness, etc.
  • Only ask for training if you plan on using the tool regularly.
  • Training is usually 2-3 sessions of 1.5 hours.

JEOL 7800-F

Prepare a real sample and imaging goals before booking JEOL 7800-F training.

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  • Training takes about 2-3 sessions.
  • You need a chip/sample to be imaged before a session is booked.
  • Be familiar with the materials on the sample to be imaged and what feature is it that is of critical interest -- something that makes or breaks your device.
  • Request the training session only once you have gathered the chips and information.
  • What is your project alias? If unsure, contact your supervisor first.

JEOL 7800-F prime (QuanTech)

Contact Zhe Liu to arrange access and training for JEOL 7800-F prime.

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Raith e-Line

Bring a prepared design package for sessions 1 and 2, including alignment and overlay test patterns.

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  • A design (gds, dxf, cif) for sessions 1 & 2 with:
    • 4 alignment crosses (find out what marks work on the tool from your sub-group).
    • Something to break the symmetry so you can tell chip orientation with your bare eye.
    • A pattern that you will use to test overlay (alignment between two lithography steps). A Vernier pattern is commonly used. Feel free to test your ideas.
    • Something creative, somethin fun :) This is an exercise in learning CAD as well.
  • What is your project alias? If unsure, contact your supervisor first.

Woollam alpha-SE Ellipsometer

Request Woollam alpha-SE Ellipsometer training via cleanroom@nbi.ku.dk.

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Filmetrics reflectometer

Contact Zhe Liu to arrange access and training for the Filmetrics reflectometer.

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Thin Film Deposition

PLASSYS Evaporator

Email your PLASSYS request with shadowing, sample, and process parameters.

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Send an email with the following info before the training can be arranged:

  • The name of the person you have shadowed and the number of times you've done it.
  • Confirm that you have a sample ready.
  • Specify the required process parameters( material, thickness, tilt etc)
  • What is your project alias? If unsure, contact your supervisor first.

Training

  • You'll need 3 sessions to get trained on this tool.
    • Session 1 ( 1 hr.) - teaches you how to load/unload the sample and how to run a recipe.
    • Session 2 ( 2 hr.) - how to create your own recipe and run the process.
    • Session 3 ( 3 hr.) - sign off session

AJA metallization, sputtering or ion milling

Email your training request with shadowing, sample, tool, process, and recipe details for AJA.

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Send an email with the following info before the training can be arranged:

  • The name of the person you have shadowed and the number of times you've done it.
  • Confirm that you have a sample ready.
  • Which tool you want to use: AJA1 or AJA2?
  • What process do you want to run ?
  • Either the recipe name or specify the required process parameters.
  • What is your project alias? If unsure, contact your supervisor first.

Before the training session:

  • Watch the instruction video on how to load/unload and read the standard operating procedures on the AJA Systems tool page

ALD 1

Email your ALD 1 request with shadowing, sample, and full process details.

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Send an email with the following info before the training can be arranged:

  • The name of the person you have shadowed and the number of times you've done it.
  • Confirm that you have a sample ready.
  • Which tool you want to use.
  • What process steps you want to run.
    • Either the recipe name or all required process parameters.
    • How long does the process take.
  • What is your project alias? If unsure, contact your supervisor first.

Before the training session:

  • Watch the instruction video(s) and read the standard operating procedure on the ALD tool page.

ALD 2

Email your ALD 2 request with shadowing, sample, and full process details.

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Send an email with the following info before the training can be arranged:

  • The name of the person you have shadowed and the number of times you've done it.
  • Confirm that you have a sample ready.
  • Which tool you want to use.
  • What process steps you want to run.
    • Either the recipe name or all required process parameters.
    • How long does the process take.
  • What is your project alias? If unsure, contact your supervisor first.

Before the training session:

  • Watch the instruction video(s) and read the standard operating procedure on the ALD tool page.

Packaging

F&S autobonder

Prepare shadowing and bonding documentation, then request F&S autobonder training.

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Send an email with the following info before the training can be arranged:

  • Shadow colleagues using the tool 2-3 times.
  • You must have a chip for bonding.
  • You must know which daughterboard you will use for bonding.
  • You must know what material you use to mount the chip to the daughterboard (silver paint, PMMA or whatever is specific to your measurement).
  • You must prepare a bonding schematic and have one of your team members verify that it is correct.
  • What is your project alias? If unsure, contact your supervisor first.
  • Read through the wiki page: https://wiki.nbi.ku.dk/cleanroom/FS_bonder
  • Request a training session at this point.

Two training sessions are required to get access to the bonder:

  1. 3 hours: Basic bonder training and chip bonding
  2. 2 hours: Sign-off session

Manual bonder

Request manual bonder training via cleanroom@nbi.ku.dk.

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Miscellaneous

Micromanipulator

Complete group-level training first, then request a micromanipulator sign-off session.

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  • Please get trained within your research group first. Then request a sign-off session.
  • What is your project alias? If unsure, contact your supervisor first.