AMOS-Streak Camera - Revision history

Ian.Howard at 14:59, 11 April 2019

2019-04-11T14:59:49Z

← Older revision		Revision as of 16:59, 11 April 2019
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	'''Lab leader:''' [[user:Ian.Howard \| Ian Howard]]		'''Lab leader:''' [[user:Ian.Howard \| Ian Howard]]

			'''Principal users:''' [[user:Marius.Jakoby \| Marius.Jakoby]],
	'''Principal users:''' [[user:Andrey.Turshatov \| Andrey Turshatov]], [[user:Dmitry.Busko \| Dmitry Busko]], [[user:Michael.Adams \| Michael Adams]], [[user:Michael.Oldenburg \| Michael Oldenburg]], [[user:Nicolo.Baroni \| Nicolo Baroni]], [[User:Guojun.Gao \| Guojun Gao]], [[User:Marius.Jakoby \| Marius Jakoby]]

	'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.		'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.

Michael.Adams: remove Vu

2017-11-02T12:50:19Z

remove Vu

← Older revision		Revision as of 14:50, 2 November 2017
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	'''Lab leader:''' [[user:Ian.Howard \| Ian Howard]]		'''Lab leader:''' [[user:Ian.Howard \| Ian Howard]]

	'''Principal users:''' [[user:Andrey.Turshatov \| Andrey Turshatov]], [[user:Dmitry.Busko \| Dmitry Busko]], [[user:Michael.Adams \| Michael Adams]], [[user:Michael.Oldenburg \| Michael Oldenburg~~]], [[user:Vu.Le \| Vu-Hong Le~~]], [[user:Nicolo.Baroni \| Nicolo Baroni]], [[User:Guojun.Gao \| Guojun Gao]], [[User:Marius.Jakoby \| Marius Jakoby]]		'''Principal users:''' [[user:Andrey.Turshatov \| Andrey Turshatov]], [[user:Dmitry.Busko \| Dmitry Busko]], [[user:Michael.Adams \| Michael Adams]], [[user:Michael.Oldenburg \| Michael Oldenburg]], [[user:Nicolo.Baroni \| Nicolo Baroni]], [[User:Guojun.Gao \| Guojun Gao]], [[User:Marius.Jakoby \| Marius Jakoby]]

	'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.		'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.

Michael.Adams: Add Manuals section, spectral response and official name

2017-07-26T08:10:45Z

Add Manuals section, spectral response and official name

← Older revision		Revision as of 10:10, 26 July 2017
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	'''Lab leader:''' [[user:Ian.Howard \| Ian Howard]]		'''Lab leader:''' [[user:Ian.Howard \| Ian Howard]]

	'''Principal users:''' [[user:Andrey.Turshatov \| Andrey Turshatov]], [[user:Dmitry.Busko \| Dmitry Busko]], [[user:Michael.Adams \| Michael Adams]], [[user:Michael.Oldenburg \| Michael Oldenburg]], [[user:Vu.Le \| Vu-Hong Le]], [[user:Nicolo.Baroni \| Nicolo Baroni]]		'''Principal users:''' [[user:Andrey.Turshatov \| Andrey Turshatov]], [[user:Dmitry.Busko \| Dmitry Busko]], [[user:Michael.Adams \| Michael Adams]], [[user:Michael.Oldenburg \| Michael Oldenburg]], [[user:Vu.Le \| Vu-Hong Le]], [[user:Nicolo.Baroni \| Nicolo Baroni]], [[User:Guojun.Gao \| Guojun Gao]], [[User:Marius.Jakoby \| Marius Jakoby]]

	'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.		'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.
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	In this configuration, the streak camera is synchronized with the output of a pulse picker which will either divide the LASER pulse frequency by a factor or work in gated mode using the signal generated by an external function generator. For using this configuration, the streak camera set-up has to be loaded with the slow single sweep unit M10913.(See image on right). This is particularly useful for long lived species(> 100 microseconds) with weak intensity of emission. The streak camera then gives the signal accumulated over time.		In this configuration, the streak camera is synchronized with the output of a pulse picker which will either divide the LASER pulse frequency by a factor or work in gated mode using the signal generated by an external function generator. For using this configuration, the streak camera set-up has to be loaded with the slow single sweep unit M10913.(See image on right). This is particularly useful for long lived species(> 100 microseconds) with weak intensity of emission. The streak camera then gives the signal accumulated over time.

			[[File:Streak_spectral_response.jpg\|300px\|thumb\|right\|Spectral response of the streak tube. Our unit is the IR-enhanced S-1.]]

			The official designation of our streak camera is '''Hamamatsu Universal streak camera C10910-02'''.

	== Start-up Procedure==		== Start-up Procedure==
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	# Wait for 20 minutes to turn off the chiller. Press OK key first (turns off pump and heater), then the black switches (turns off cooling). If you only turn off the pump you'll completely freeze the bath water, which takes around three days to melt unassisted.		# Wait for 20 minutes to turn off the chiller. Press OK key first (turns off pump and heater), then the black switches (turns off cooling). If you only turn off the pump you'll completely freeze the bath water, which takes around three days to melt unassisted.

			== Manuals ==
			As it is good practice to make yourself familiar with the manual first, the streak camera and the software manual are located in a drawer of the lab. PDF versions can be accessed under ''J:\FuE4-N4E\Manuals\Machines\Optics Lab 054''.

			== See also ==
			* [https://www.hamamatsu.com/us/en/product/category/5001/5011/5048/U13313-01/index.html HPD-TA Software overview]
			* [https://www.hamamatsu.com/us/en/product/category/5001/5011/5041/C10910-02/index.html Overview of the streak camera on the Hamamatsu website]

Michael.Adams: /* Shutdown Procedure */ clarify on the chiller

2017-05-05T13:59:32Z

Shutdown Procedure: clarify on the chiller

← Older revision		Revision as of 15:59, 5 May 2017
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	# Turn OFF the delay generator, function generator and pulse picker(if used)		# Turn OFF the delay generator, function generator and pulse picker(if used)
	# Turn OFF the computer.		# Turn OFF the computer.
	# Wait for 20 minutes to turn off the chiller. Press OK key first, then the black switches.		# Wait for 20 minutes to turn off the chiller. Press OK key first (turns off pump and heater), then the black switches (turns off cooling). If you only turn off the pump you'll completely freeze the bath water, which takes around three days to melt unassisted.

Michael.Adams: /* Setting up the Streak Camera */ Clarify on chiller

2017-05-05T13:55:43Z

Setting up the Streak Camera: Clarify on chiller

← Older revision		Revision as of 15:55, 5 May 2017
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	[[File:Power suppplies.jpg\|150px\|thumb\|right\|Power Supply Units]]		[[File:Power suppplies.jpg\|150px\|thumb\|right\|Power Supply Units]]
	# Ensure there is enough water in the chiller.		# Ensure there is enough water in the chiller.
	# To turn on the chiller, first press the black switches on both units, ~~and~~ ~~then~~ the display on the top unit shows first a temperature and after few seconds, OFF is displayed		# To turn on the chiller, first press the black switches on both units. This already starts the cooling of the bath. The display on the top unit shows first a temperature and after few seconds, OFF is displayed.
	# Give a long press on the OK button (below the display and to the right of the up and down arrows) and the display will show the coolant temperature. See image.		# Give a long press on the OK button (below the display and to the right of the up and down arrows) and the display will show the coolant temperature. This starts the circulation pump and the heater. See image.
	# Make sure that the slit before the streak camera is set to zero (fully closed). See image.		# Make sure that the slit before the streak camera is set to zero (fully closed). See image.
	# Switch on the computer.		# Switch on the computer.

WikiSysop at 15:43, 19 November 2016

2016-11-19T15:43:02Z

Reetu.Joseph: /* Turning ON the vacuum pump */

2016-07-22T08:42:49Z

Turning ON the vacuum pump

Reetu.Joseph at 13:03, 28 June 2016

2016-06-28T13:03:34Z

Reetu.Joseph at 13:00, 28 June 2016

2016-06-28T13:00:37Z

← Older revision		Revision as of 15:00, 28 June 2016
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	==== Delivering beam to sample through pulse picker ====		==== Delivering beam to sample through pulse picker ====
	[[Datei:Delay Generator.jpg\|~~250px~~\|thumb\|right\|Delay Generator]]		[[Datei:Delay Generator.jpg\|150px\|thumb\|right\|Delay Generator]]
	[[Datei:FnGen Pulsepicker contoller.jpg\|250px\|thumb\|right\|Function generator for external triggering in gated mode (long delay) and the Pulse Picker Control system ]]		[[Datei:FnGen Pulsepicker contoller.jpg\|250px\|thumb\|right\|Function generator for external triggering in gated mode (long delay) and the Pulse Picker Control system ]]
	[[Datei:Pulsepickercontroller shortdelaymode.jpg\|250px\|thumb\|right\|Pulse picker controller in short delay mode]]		[[Datei:Pulsepickercontroller shortdelaymode.jpg\|250px\|thumb\|right\|Pulse picker controller in short delay mode]]
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	=== Setting up the Streak Camera ===		=== Setting up the Streak Camera ===
	[[Datei:CoolingSystem streakcamera.jpg\|100px\|thumb\|right\|Cooling System for Streak Camera]]		[[Datei:CoolingSystem streakcamera.jpg\|100px\|thumb\|right\|Cooling System for Streak Camera]]
	[[Datei:Micrometer for streak camera slit.jpg\|~~200px~~\|thumb\|right\|Micrometer to control the slit-opening of the streak camera]]		[[Datei:Micrometer for streak camera slit.jpg\|100px\|thumb\|right\|Micrometer to control the slit-opening of the streak camera]]
	# Ensure there is enough water in the chiller.		# Ensure there is enough water in the chiller.
	# To turn on the chiller, first press the black switches on both units, and then the display on the top unit shows first a temperature and after few seconds, OFF is displayed		# To turn on the chiller, first press the black switches on both units, and then the display on the top unit shows first a temperature and after few seconds, OFF is displayed
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	# Switch on the computer.		# Switch on the computer.
	# There are two possible modes. Make the connections according to the mode required.		# There are two possible modes. Make the connections according to the mode required.
	[[Datei:Power suppplies.jpg\|~~300px~~\|thumb\|right\|Power Supply Units]]		[[Datei:Power suppplies.jpg\|150px\|thumb\|right\|Power Supply Units]]
	==== Synchroscan Mode ====		==== Synchroscan Mode ====
	* Check which unit is loaded into the Hamamatsu Universal Streak Camera		* Check which unit is loaded into the Hamamatsu Universal Streak Camera

Reetu.Joseph: /* Start-up Procedure and Measurement */

2016-06-28T12:58:25Z

Start-up Procedure and Measurement

← Older revision		Revision as of 14:58, 28 June 2016
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	In this configuration, the streak camera is synchronized with the output of a pulse picker which will either divide the LASER pulse frequency by a factor or work in gated mode using the signal generated by an external function generator. For using this configuration, the streak camera set-up has to be loaded with the slow single sweep unit M10913.(See image on right). This is particularly useful for long lived species(> 100 microseconds) with weak intensity of emission. The streak camera then gives the signal accumulated over time.		In this configuration, the streak camera is synchronized with the output of a pulse picker which will either divide the LASER pulse frequency by a factor or work in gated mode using the signal generated by an external function generator. For using this configuration, the streak camera set-up has to be loaded with the slow single sweep unit M10913.(See image on right). This is particularly useful for long lived species(> 100 microseconds) with weak intensity of emission. The streak camera then gives the signal accumulated over time.

	== Start-up Procedure ~~and Measurement~~ ==		== Start-up Procedure==

	===Mounting the Sample===		===Mounting the Sample===
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	* Turn ON the camera by moving the ON/OFF slider		* Turn ON the camera by moving the ON/OFF slider

	=== Measurement ===		== Measurement ==
	[[Datei:Streakcamera focus mode.png\|300px\|thumb\|right\|Streak Camera Software HPDTA - showing streak camera in focus mode]]		[[Datei:Streakcamera focus mode.png\|300px\|thumb\|right\|Streak Camera Software HPDTA - showing streak camera in focus mode]]

← Older revision		Revision as of 17:43, 19 November 2016
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	<div style="padding:20px;background:#FDA;">The purpose of these instructions is to give you a quick overview on how to work with the devices. You should still be familiar with the manual and receive a proper introduction from the lab leader or the principal users.</div>		<div style="padding:20px;background:#FDA;">The purpose of these instructions is to give you a quick overview on how to work with the devices. You should still be familiar with the manual and receive a proper introduction from the lab leader or the principal users.</div>

	[[~~Datei~~:Lab 054.jpg\|500px\|thumb\|right\|LASER Lab]]		[[file:Lab 054.jpg\|500px\|thumb\|right\|LASER Lab]]

	'''Device location''': Optiklabor F&E4-3GP		'''Device location''': Optiklabor F&E4-3GP
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	'''Phone number:''' 24669		'''Phone number:''' 24669

	'''Lab leader:''' [[~~Benutzer~~:Ian.Howard \| Ian Howard]]		'''Lab leader:''' [[user:Ian.Howard \| Ian Howard]]

	'''Principal users:''' [[~~Benutzer~~:Andrey.Turshatov \| Andrey Turshatov]], [[~~Benutzer~~:Dmitry.Busko \| Dmitry Busko]], [[~~Benutzer~~:Michael.Adams \| Michael Adams]], [[~~Benutzer~~:Michael.Oldenburg \| Michael Oldenburg]], [[~~Benutzer~~:Vu.Le \| Vu-Hong Le]], [[~~Benutzer~~:Nicolo.Baroni \| Nicolo Baroni]]		'''Principal users:''' [[user:Andrey.Turshatov \| Andrey Turshatov]], [[user:Dmitry.Busko \| Dmitry Busko]], [[user:Michael.Adams \| Michael Adams]], [[user:Michael.Oldenburg \| Michael Oldenburg]], [[user:Vu.Le \| Vu-Hong Le]], [[user:Nicolo.Baroni \| Nicolo Baroni]]

	'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.		'''Access:''' The setup is in a class IV laser lab. Only trained users with key may use the setup. The Lab is located in the basement of building 310. Open the door of the basement of B310, go straight ahead and open another door. The new LASER Lab can be found on your left side.

	== Short Description ==		== Short Description ==
	[[~~Datei~~:Synchroscan Unit.jpg\|200px\|thumb\|left\|Streak camera with Synchroscan Unit]]		[[file:Synchroscan Unit.jpg\|200px\|thumb\|left\|Streak camera with Synchroscan Unit]]

	[[~~Datei~~:Slow Single Sweep.jpg\|200px\|thumb\|right\|Streak camera with Slow Single Sweep Unit]]		[[file:Slow Single Sweep.jpg\|200px\|thumb\|right\|Streak camera with Slow Single Sweep Unit]]

	The streak camera is a device to measure ultra-fast light phenomena and delivers intensity vs. time vs.		The streak camera is a device to measure ultra-fast light phenomena and delivers intensity vs. time vs.
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	===Mounting the Sample===		===Mounting the Sample===
	[[~~Datei~~:Sampleholder streakcamera.jpg\|200px\|thumb\|right\|Sample Holder]]		[[file:Sampleholder streakcamera.jpg\|200px\|thumb\|right\|Sample Holder]]

	# Choose the required type of sample holder		# Choose the required type of sample holder
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	<!--<gallery mode=nolines heights=200px style="text-align:left">-->		<!--<gallery mode=nolines heights=200px style="text-align:left">-->
	<gallery caption="Vacuum Pump Gallery" widths="250px">		<gallery caption="Vacuum Pump Gallery" widths="250px">
	~~Datei~~:Vacuum pump.jpg\|Vacuum Pump Pfeiffer HiCube 80 Eco for generating vacuum upto 10^-5 hPa		file:Vacuum pump.jpg\|Vacuum Pump Pfeiffer HiCube 80 Eco for generating vacuum upto 10^-5 hPa
	~~Datei~~:BallastValve vacuumPump.jpg\|Ballast valve for cleaning out the residues in the Vacuum pump		file:BallastValve vacuumPump.jpg\|Ballast valve for cleaning out the residues in the Vacuum pump
	~~Datei~~:VentilationValve VacuumPump.jpg\|Ventilation Valve for the Vacuum Pump		file:VentilationValve VacuumPump.jpg\|Ventilation Valve for the Vacuum Pump
	</gallery>		</gallery>

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	<!--<gallery mode=nolines heights=200px style="text-align:left">-->		<!--<gallery mode=nolines heights=200px style="text-align:left">-->
	<gallery caption="LASER gallery" widths="250px">		<gallery caption="LASER gallery" widths="250px">
	~~Datei~~:TiSa OPO Assembly.jpg\|Ti:Sa LASER and OPO-VUS system with Idler		file:TiSa OPO Assembly.jpg\|Ti:Sa LASER and OPO-VUS system with Idler
	~~Datei~~:Tablet for LASER-OPO Assembly.jpg\|Touch screen control for LASER system		file:Tablet for LASER-OPO Assembly.jpg\|Touch screen control for LASER system
	~~Datei~~:LASER control.jpg\|Main Control Panel for the LASER		file:LASER control.jpg\|Main Control Panel for the LASER
	~~Datei~~:Front view of Chameleon Compact OPO-VIS.jpg\|Front View of Chameleon compact OPO-VIS system with Idler		file:Front view of Chameleon Compact OPO-VIS.jpg\|Front View of Chameleon compact OPO-VIS system with Idler
	</gallery>		</gallery>

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	==== Delivering beam to sample through pulse picker ====		==== Delivering beam to sample through pulse picker ====
	[[~~Datei~~:Delay Generator.jpg\|150px\|thumb\|right\|Delay Generator]]		[[File:Delay Generator.jpg\|150px\|thumb\|right\|Delay Generator]]
	[[~~Datei~~:FnGen Pulsepicker contoller.jpg\|150px\|thumb\|right\|Function generator for external triggering in gated mode (long delay) and the Pulse Picker Control system ]]		[[File:FnGen Pulsepicker contoller.jpg\|150px\|thumb\|right\|Function generator for external triggering in gated mode (long delay) and the Pulse Picker Control system ]]
	[[~~Datei~~:Pulsepickercontroller shortdelaymode.jpg\|150px\|thumb\|right\|Pulse picker controller in short delay mode]]		[[File:Pulsepickercontroller shortdelaymode.jpg\|150px\|thumb\|right\|Pulse picker controller in short delay mode]]
	# Check how the beam path is set.		# Check how the beam path is set.
	# If it is not set in the way that the required output passes through the pulse picker, the current setup has to be changed.		# If it is not set in the way that the required output passes through the pulse picker, the current setup has to be changed.
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	=== Setting up the Streak Camera ===		=== Setting up the Streak Camera ===
	[[~~Datei~~:CoolingSystem streakcamera.jpg\|100px\|thumb\|right\|Cooling System for Streak Camera]]		[[File:CoolingSystem streakcamera.jpg\|100px\|thumb\|right\|Cooling System for Streak Camera]]
	[[~~Datei~~:Micrometer for streak camera slit.jpg\|100px\|thumb\|right\|Micrometer to control the slit-opening of the streak camera]]		[[File:Micrometer for streak camera slit.jpg\|100px\|thumb\|right\|Micrometer to control the slit-opening of the streak camera]]
	[[~~Datei~~:Power suppplies.jpg\|150px\|thumb\|right\|Power Supply Units]]		[[File:Power suppplies.jpg\|150px\|thumb\|right\|Power Supply Units]]
	# Ensure there is enough water in the chiller.		# Ensure there is enough water in the chiller.
	# To turn on the chiller, first press the black switches on both units, and then the display on the top unit shows first a temperature and after few seconds, OFF is displayed		# To turn on the chiller, first press the black switches on both units, and then the display on the top unit shows first a temperature and after few seconds, OFF is displayed
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	== Measurement ==		== Measurement ==
	[[~~Datei~~:Streakcamera focus mode.png\|300px\|thumb\|right\|Streak Camera Software HPDTA - showing streak camera in focus mode]]		[[File:Streakcamera focus mode.png\|300px\|thumb\|right\|Streak Camera Software HPDTA - showing streak camera in focus mode]]

	# Turn on the software HPDTA on the computer by Hamamatsu.		# Turn on the software HPDTA on the computer by Hamamatsu.
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	[[~~Kategorie~~:Geräte - Devices]]		[[Category:Geräte - Devices]]
	[[~~Kategorie~~:Prüfmittel - Measuring Equipment]]		[[Category:Prüfmittel - Measuring Equipment]]
	[[~~Kategorie~~:F&E4]]		[[Category:F&E4]]
	[[~~Kategorie~~:AMOS]]		[[Category:AMOS]]

← Older revision		Revision as of 10:42, 22 July 2016
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	# Make sure that all joints are tightly closed.		# Make sure that all joints are tightly closed.
	# Ensure that the ventilation valve is closed. It can be found on the backside of the pump. See image.		# Ensure that the ventilation valve is closed. It can be found on the backside of the pump. See image.
	# Press the green switch and the power button		# Press the green switch and wait for the pump to finish initialization, then press the power button
	# The display can be changed to different pages by pressing the right/left arrow keys on the pump		# The display can be changed to different pages by pressing the right/left arrow keys on the pump
	# Pressure is displayed on Page 340 and the Speed in displayed in terms of rotational frequency in page 309		# Pressure is displayed on Page 340 and the Speed in displayed in terms of rotational frequency in page 309
	# Wait till sufficient vacuum is generated, normally 10^-5 hPa pressure		# Wait till sufficient vacuum is generated, normally 10^-5 hPa pressure
	# If sufficient vacuum is not building up, try moving the ballast valve to remove any residues. It can be seen from the right side of the pump. See image.		# If sufficient vacuum is not building up, try moving the ballast valve downwards to remove any residues. It can be seen from the right side of the pump. See image.
	# If the sample has to be taken out of the chamber, for inspecting or for changing the direction, then first the vacuum has to broken.		# If the sample has to be taken out of the chamber, for inspecting or for changing the direction, then first the vacuum has to broken.
	# For this press the power button. Wait till the speed is below 100Hz. Then open the ventilation valve for faster shut down of the vacuum.		# For this press the power button. Wait till the speed is below 100Hz. Then open the ventilation valve for faster shut down of the vacuum.
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	Datei:VentilationValve VacuumPump.jpg\|Ventilation Valve for the Vacuum Pump		Datei:VentilationValve VacuumPump.jpg\|Ventilation Valve for the Vacuum Pump
	</gallery>		</gallery>


	=== Turning the LASER ON ===		=== Turning the LASER ON ===

← Older revision		Revision as of 15:03, 28 June 2016
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	==== Delivering beam to sample through pulse picker ====		==== Delivering beam to sample through pulse picker ====
	[[Datei:Delay Generator.jpg\|150px\|thumb\|right\|Delay Generator]]		[[Datei:Delay Generator.jpg\|150px\|thumb\|right\|Delay Generator]]
	[[Datei:FnGen Pulsepicker contoller.jpg\|~~250px~~\|thumb\|right\|Function generator for external triggering in gated mode (long delay) and the Pulse Picker Control system ]]		[[Datei:FnGen Pulsepicker contoller.jpg\|150px\|thumb\|right\|Function generator for external triggering in gated mode (long delay) and the Pulse Picker Control system ]]
	[[Datei:Pulsepickercontroller shortdelaymode.jpg\|~~250px~~\|thumb\|right\|Pulse picker controller in short delay mode]]		[[Datei:Pulsepickercontroller shortdelaymode.jpg\|150px\|thumb\|right\|Pulse picker controller in short delay mode]]
	# Check how the beam path is set.		# Check how the beam path is set.
	# If it is not set in the way that the required output passes through the pulse picker, the current setup has to be changed.		# If it is not set in the way that the required output passes through the pulse picker, the current setup has to be changed.
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	[[Datei:CoolingSystem streakcamera.jpg\|100px\|thumb\|right\|Cooling System for Streak Camera]]		[[Datei:CoolingSystem streakcamera.jpg\|100px\|thumb\|right\|Cooling System for Streak Camera]]
	[[Datei:Micrometer for streak camera slit.jpg\|100px\|thumb\|right\|Micrometer to control the slit-opening of the streak camera]]		[[Datei:Micrometer for streak camera slit.jpg\|100px\|thumb\|right\|Micrometer to control the slit-opening of the streak camera]]
		⚫	[[Datei:Power suppplies.jpg\|150px\|thumb\|right\|Power Supply Units]]
	# Ensure there is enough water in the chiller.		# Ensure there is enough water in the chiller.
	# To turn on the chiller, first press the black switches on both units, and then the display on the top unit shows first a temperature and after few seconds, OFF is displayed		# To turn on the chiller, first press the black switches on both units, and then the display on the top unit shows first a temperature and after few seconds, OFF is displayed
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	# Switch on the computer.		# Switch on the computer.
	# There are two possible modes. Make the connections according to the mode required.		# There are two possible modes. Make the connections according to the mode required.

⚫	[[Datei:Power suppplies.jpg\|150px\|thumb\|right\|Power Supply Units]]
	==== Synchroscan Mode ====		==== Synchroscan Mode ====
	* Check which unit is loaded into the Hamamatsu Universal Streak Camera		* Check which unit is loaded into the Hamamatsu Universal Streak Camera