Microwiki - User contributions [en]

SEM A-G

2018-12-26T10:27:28Z

0:0:0:0:0:0:0:1:

[[Category:SEM]]

{| class="wikitable sortable" border=1
!Image !!Vendor !!Model !!Year !!kV !!Gun !!Resolution (nm) !!Features !!List price !!Ask price !!Manual !!Schem !!SW !!Notes
|-
| [[File:agilent_8500_overview.jpg|300 px]] [http://www.keysight.com/en/pd-1878801/8500-field-emission-scanning-electron-microscope-fe-sem?nid=-33760.940647&cc=SG&lc=eng Source] || Agilent || 8500 || || || FE || || || || || || || || Tabletop Keysight?
|-
| || Amray || 900 (AMR-900) || 1969 || 30 || || 10 || || || || || || ||
|-
| [[File:cae_amray_1000_1.jpg|300 px]] [http://www.caeonline.com/listing/product/155989/amray-1000 Source] || Amray || 1000 || 197? || || || || || || || || || ||
|-
| [[File:coxem2010_amray_1000a_3222325533384853814.jpg|300 px]] [http://coxem2010.blog.163.com/blog/static/16510375720105120510147/ Source] || Amray || 1000A || 197? || || || [http://pubs.acs.org/doi/pdf/10.1021/ac00225a856 4] || || || || || || ||
|-
| [[File:coxem2010_amray_1000b_1276207544423025258.jpg|300 px]] [http://coxem2010.blog.163.com/blog/static/16510375720105120510147/ Source] || Amray || 1000B || 197? || || FE LaB6 || || || || [http://www.ebay.com/itm/AMRAY-ELECTRON-MICROSCOPE-MODEL-SEM-1000B-/320804161513?pt=LH_DefaultDomain_0&hash=item4ab16b07e9 8750] || || || ||
|-
| || Amray || 1200B || || || || [http://pubs.acs.org/doi/pdf/10.1021/ac00225a856 5] || || || || || || ||
|-
| || Amray || 1200C || || || || || || || [http://www.ebay.com/itm/AMRAY-1200C-Scanning-Electron-Microscope-L611-/141074565269?pt=LH_DefaultDomain_0&hash=item20d8b30895 9900] || || || ||
|-
| || Amray || 1400D || || || || || || || || || || ||
|-
| [[File:coxem2010_amray_1500fe_amray_1500fe.jpg|300 px]] [http://coxem2010.blog.163.com/blog/static/16510375720105120510147/ Source] || Amray || 1500FE || 1989 || || || || || || || || || ||
|-
| [[File:ebay_globalmachines_201006248944_1.jpg|300 px]] [[File:ebay_globalmachines_201006248944_5.jpg|300 px]] [http://www.ebay.com/itm/AMRAY-SCANNING-ELECTRON-MICROSCOPE-1600-TURBO-/201006248944 Source] || Amray || 1600 Turbo || || || || [http://pubs.acs.org/doi/pdf/10.1021/ac00225a856 4] || || || || || || ||
|-
| [[File:coxem2010_amray_1810_1.jpg|300 px]] [http://coxem2010.blog.163.com/blog/static/16510375720105120510147/ Source] || Amray || 1810 || ~1985 || || || || || || || || || ||
|-
| [[File:coxem2010_amray_1820_amray_1820.jpg|300 px]] [http://coxem2010.blog.163.com/blog/static/16510375720105120510147/ Source] || Amray || 1820 || ~1985 || || || || || || || || || ||
|-
| [[File:coxem2010_amray_1830_1.jpg|300 px]] [http://coxem2010.blog.163.com/blog/static/16510375720105120510147/ Source] || Amray || 1830 || ~1985 || || || 4 nm @ 30 kV || || || || || || ||
|-
| || Amray || 1830D || || || || || || || [http://www.ebay.com/itm/AMRAY-SCANNING-ELECTRON-MICROSCOPE-MODEL-1830D-/310478306270?pt=LH_DefaultDomain_0&hash=item4849f2fbde 7950] || || || ||
|-
| [[File:coxem2010_amray_1840fe_amray_1840fe.jpg|300 px]] [http://coxem2010.blog.163.com/blog/static/16510375720105120510147/ Source] || Amray || 1840FE || ~1985 || || || || || || || || || ||
|-
| {{:kitmondo:amray:1845fe:1845.jpg?300 || }} [http://www.kitmondo.com/amray-1845-fe/ref242812 Source] || Amray || 1845FE || || || || 4 nm @ 1 kV 1.5 nm @ 25 kV || || || || || || ||
|-
| || Amray || 1850 || || || || || || || || || || ||
|-
| || Amray || 1860FE || ~1988 || || TFE || 7 nm @ 1 kV 1.5 nm @ 25 kV || || || [http://www.ebay.com/itm/Amray-1860-FE-Scanning-Electron-Microscope-Kevex-Superdry-EDS-Digital-Imagin-/190907089156?pt=LH_DefaultDomain_0&hash=item2c72f30104 27,000] || || || ||
|-
| || Amray || 1880FE || ~1988 || 10? || || 2 || || || || || || ||
|-
| {{:kitmondo:amray:1910fe:amray_1910fe.jpg?300 || }} [http://www.kitmondo.com/amray-1910-fe/ref242816 Source] || Amray || 1910FE || || || FE || 7 nm @ 1 kV 1.5 nm @ 30 kV || || || || || || ||
|-
| || Amray || 2030L || || || || || || || || || || ||
|-
| || Amray || 3200 || || || || 6nm @ 30kV (LV) 4nm @ 30kV (HV) || || || || || || || 4 torr max pressure
|-
| {{:kitmondo:amray:3200vp:3200_eco_sem.jpg?300 || }} [http://www.kitmondo.com/amray-3200vp/ref242820 Source] || Amray || 3200VP || || || || || || || || || || ||
|-
| {{:kitmondo:amray:3300fe:amray_3300fe.jpg?300 || }} [[ Source] || Amray || 3300FE || || || FE || 5 nm @ 1.5 kV 1.5 nm @ 20 kV || || || || || || ||
|-
| [[File:cae_amray_3800c_1.jpg|300 px]] [http://www.caeonline.com/listing/product/143256/amray-3800c Source] || Amray || 3800C || || || || || || || || || || ||
|-
| || Akashi || Mini-SEM MSM2 || 1972 || 15 || || || || || || || || || [1970s]
|-
| || Akashi || Mini-Rapid-Scan || 1973 || 15? || || || || || || || || || "slightly modified version of the Mini-SEM" [1970s]
|-
| || Bausch & Lomb || LE 2100 || || || || || || || [http://www.ebay.com/itm/Bausch-Lomb-LE-2100-Nanolab-SEM-Scanning-Electron-Microscope-Nice-/370713741124?pt=LH_DefaultDomain_0&hash=item565042c744 12950] || || || ||
|-
| || Ben Krasnow || BK-1? || || || || || || || || || || ||
|-
| || Cambridge || S-90 || || || || || || || || || || ||
|-
| || Cambridge || S-100 || || || || || || || || || || ||
|-
| || Cambridge || S-120 || || || || || || || || || || ||
|-
| || Cambridge || S-200 || || || || || || || || || || ||
|-
| || Cambridge || S-240 || || || || || || || || || || ||
|-
| || Cambridge || S-250 || || || || || || || || || || ||
|-
| || Cambridge || S-260 || || || || || || || || || || ||
|-
| {{:kitmondo:cambridge:s-360:109cambridges-3_105.jpg?300 || }} [http://www.kitmondo.com/cambridge-s-360-sem/ref284597 Source] || Cambridge || S-360 || || || || || || || || || || ||
|-
| || CEMES-LOE/CNRS || || 1965 || 3 MeV || || || || || || || || || [1960s]
|-
| || Delong Instruments || LVEM5 || || || || || || || || || || ||
|-
| || ElectroScan (Phillips) || 2020 || || || || || || || [http://www.ebay.com/itm/Electroscan-2020-Low-Vacuum-Scanning-Electron-Microscope-w-TMC-Isolation-Table-/221292097856?pt=LH_DefaultDomain_0&hash=item3386097140 999] || || || ||
|-
| || ElectroScan (Phillips) || E30 || || || || || || || [http://www.ebay.com/itm/ElectroScan-Environmental-Scanning-Electron-Microscope-/251302098451?pt=LH_DefaultDomain_0&hash=item3a82c5b613 $7,000 used 10/05/2013] || || || | "Voltage: 208-220 VAC, 60 Hz, 30 Amps, 1 phase" ]
|-
| || ElectroScan (Phillips) || ESEM E3 || || || || || ESEM || || [http://www.ebay.com/itm/ELECTRO-SCAN-ENVIRONMENTAL-SCANNING-ELECTRON-MICROSCOPE-ESEM-E3-PHILLIPS-/300665894695?pt=LH_DefaultDomain_0&hash=item4601157727 20,000] || || || ||
|-
| {{:kitmondo:elionix:8900fe:8900fe.jpg?300 || }} [http://www.kitmondo.com/elionix-8900-fe/ref242813 Source] || Elionix || 8900FE || || || FE || 5 nm @ 1 kV 1.2 nm @ 30 kV || || || || || || ||
|-
| || FEI || ESEM Explorer || 1992 || || || || ESEM || || || || || || "up to 20 Torr" [1990s]
|-
| || FEI || ESEM Model 2020 || 1994 || || || || ESEM || || || || || || "50 Torr in the sample chamber" [1990s]
|-
| || FEI || Nova NanoSEM 450 || || || || || || || || [http://siliconpr0n.org/media/fei/nova_nanosem/online_doc.pdf Yes] || || ||
|-
| || FEI || Nova NanoSEM 650 || || || || || || || || [http://siliconpr0n.org/media/fei/nova_nanosem/online_doc.pdf Yes] || || ||
|-
| || FEI || Quanta 450FEG || || || || || || || || Yes || || ||
|-
|}

Objective

2018-12-25T05:38:01Z

0:0:0:0:0:0:0:1:

Mitutoyo objectives are often considered the best. I have a set of them as well as Olympus Neo SPlan. Both seem to be pretty high quality objectives and unless you really need the extra correction the Neo SPlan are probably good enough. However, the Mitutoyo are also strain free long working distance while keeping a high NA.

= Storage =

The most common way to store objectives is to use a plastic vial with the lid threaded for the objective. Some example containers:

[[File:microscope_vials.jpg|300 pix]]

From left to right: Mitutoyo w/ M26 threaded top, Olympus w/ RMS threaded top, B&L w/o threading. The B&L is an older style where the container was sized to rest just inside without falling. These have been phased out as the threaded tops are much more universal.

= Polarization =

Strain effects glass polarization. Example using polarized light on normal objectives:

[[File:microscope_bad_objective_polarization.jpg|300 pix]]

= Manufacturers of long working distance objectives =

TODO: add sample working distances

Include:
* Mitutoyo (ex: M Plan Apo series): makes quite a wide selection, including IR and UV. High quality
** [http://www.edmundoptics.com/imaging/imaging-lenses/fixed-magnification-lenses/mitutoyo-infinity-corrected-long-working-distance-objectives/1942]
* Seiwa: have not used them but hear they are high quality
** [http://www.seiwaamerica.com/objective-lens/m-plan-apo-series/]
* Olympus (ex: NeoSPlan ULWD): less working distance than Mitutoyo but still good
** [http://www.edmundoptics.com/microscopy/infinity-corrected-objectives/olympus-long-working-distance-m-plan-fluorite-objectives/3509]
* Nikon (ex: T Plan EPI SLWD): have not used but imagine they are around (maybe better, maybe worse) Olympus quality
** [http://www.nikon.com/products/instruments/lineup/industrial/industrial-microscopes/accessory/objective/]
* Bausch & Lomb (ex: stereozoom "industrial" objectives): makes RMS finite LWD objectives. Less working distance than Mitutoyo but still good. Long in appearance
** I don't think these are made anymore
* United States Microscope Company (USMC/USMCO)
** [http://www.photomacrography.net/forum/viewtopic.php?t=12914]
** Above shows that while not as plan as Mitutoyo (as shown through focus stacking imperfections), reasonably good per-picture
* Chinese unknown brand (Ex: MA121204 50x Infinity Corrected Long Working Distance Objective): I have the 2x version of one of these and it produces green images as if they used soda glass. The box for the 50x (was a picture on eBay) states "Parafocal 95 mm, WD 20.5 mm". If true, the working distance is still impressive for 50x if it still has reasonable quality. Similar in appearance to Seiwa objectives (or was it Sigma koki?)
** [http://www.sitekprocess.com/ccp4556-50x-infinity-corrected-long-working-distance-obje-sps-ma121204-mic-02-00017.htm]
** Possibly Sigma Koki (labeled by one eBay seller), but not 100% sure that not a knock-off
** There is a similar objective on eBay that is "SIGMA KOKI" labeled on it. However, I don't see any on their website that look like it
** Could also be View Solutions, but they just may be a distributor
* Nanjing BW Optics: unknown quality
** [http://bwoptics.com/proend.asp?id=92]

= References =

* [http://user.xmission.com/~psneeley/Personal/Objectives.htm]

Objective

2018-12-25T03:51:01Z

0:0:0:0:0:0:0:1:

Mitutoyo objectives are often considered the best. I have a set of them as well as Olympus Neo SPlan. Both seem to be pretty high quality objectives and unless you really need the extra correction the Neo SPlan are probably good enough. However, the Mitutoyo are also strain free long working distance while keeping a high NA.

= Storage =

The most common way to store objectives is to use a plastic vial with the lid threaded for the objective. Some example containers:

{{:microscope:vials.jpg?300|}}

From left to right: Mitutoyo w/ M26 threaded top, Olympus w/ RMS threaded top, B&L w/o threading. The B&L is an older style where the container was sized to rest just inside without falling. These have been phased out as the threaded tops are much more universal.

= Polarization =

Strain effects glass polarization. Example using polarized light on normal objectives:

{{:microscope:bad_objective_polarization.jpg?300|}}

= Manufacturers of long working distance objectives =

TODO: add sample working distances

Include:
* Mitutoyo (ex: M Plan Apo series): makes quite a wide selection, including IR and UV. High quality
** [http://www.edmundoptics.com/imaging/imaging-lenses/fixed-magnification-lenses/mitutoyo-infinity-corrected-long-working-distance-objectives/1942]
* Seiwa: have not used them but hear they are high quality
** [http://www.seiwaamerica.com/objective-lens/m-plan-apo-series/]
* Olympus (ex: NeoSPlan ULWD): less working distance than Mitutoyo but still good
** [http://www.edmundoptics.com/microscopy/infinity-corrected-objectives/olympus-long-working-distance-m-plan-fluorite-objectives/3509]
* Nikon (ex: T Plan EPI SLWD): have not used but imagine they are around (maybe better, maybe worse) Olympus quality
** [http://www.nikon.com/products/instruments/lineup/industrial/industrial-microscopes/accessory/objective/]
* Bausch & Lomb (ex: stereozoom "industrial" objectives): makes RMS finite LWD objectives. Less working distance than Mitutoyo but still good. Long in appearance
** I don't think these are made anymore
* United States Microscope Company (USMC/USMCO)
** [http://www.photomacrography.net/forum/viewtopic.php?t=12914]
** Above shows that while not as plan as Mitutoyo (as shown through focus stacking imperfections), reasonably good per-picture
* Chinese unknown brand (Ex: MA121204 50x Infinity Corrected Long Working Distance Objective): I have the 2x version of one of these and it produces green images as if they used soda glass. The box for the 50x (was a picture on eBay) states "Parafocal 95 mm, WD 20.5 mm". If true, the working distance is still impressive for 50x if it still has reasonable quality. Similar in appearance to Seiwa objectives (or was it Sigma koki?)
** [http://www.sitekprocess.com/ccp4556-50x-infinity-corrected-long-working-distance-obje-sps-ma121204-mic-02-00017.htm]
** Possibly Sigma Koki (labeled by one eBay seller), but not 100% sure that not a knock-off
'''* There is a similar objective on eBay that is "SIGMA KOKI" labeled on it. However, I don't see any on their website that look like it
** Could also be View Solutions, but they just may be a distributor
* Nanjing BW Optics: unknown quality
** [http://bwoptics.com/proend.asp?id=92]

= References =

* [http://user.xmission.com/~psneeley/Personal/Objectives.htm]

Maintenance

2018-12-25T03:41:05Z

0:0:0:0:0:0:0:1:

= Focus =

Discusses different types: [http://www.mindspring.com/~smskjc/framek.htm]

== Infinite ==

Adjusting infinite focus system: [http://www.janrik.net/MiscSubj/2007/MicroscopeCleaning20070425/MicroscopeCleaning_ausJenaLaboval2.html]

== Finite ==

JM microscope is finite focus system. Basically a fine pitch leadscrew slides larger one instead of turning it

Sonix

2018-12-25T03:40:01Z

0:0:0:0:0:0:0:1:

CSAM

= Transducer =

The only major component my unit was missing was the transducer (even the reciever was intact). Need to try to figuyre out the acceptable output range

Some samples of things that might work:
* SONIX SONOSCAN GE PANAMETRICS V384 3.5MHZ Transducer
** Looks pretty official and like the ones in the instruction manuals
* SONOSCAN SK50/050 527347 TRANSDUCER

== SONIX SONOSCAN GE PANAMETRICS V384 3.5MHZ Transducer ==

Ask: 350 for the pair

Red case label:
GE Panametrics

Label 1:
PANAMETRICS
V384
3.5MHZ/.25
336604

Label 2:
PANAMETRICS
V384
3.5MHZ/.25
336601

= CSAM (Disposition #1) =

Picked up 12/29/2014

== Microscope head ==

== Digitally Controlled Pulser/Receiver ==

== Motor controller ==

== PC ==

Came with 3 computers. One of them seems to be control system, another is a stripped control system, and the third appears to be a simple PC with a video capture card.

= Disposition #2 =

Looked nicer / more compact than first unit, maybe a slightly later unit

= References =

* Shows machines running but not much of the scan produced: [http://www.youtube.com/watch?v=F1LAFq-Q-ms]
* Shows running but also shows a little of what the image looks like: [http://www.youtube.com/watch?v=yAK_mqNshzc&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U&index=2]
* Bonded wafer pair: [http://www.youtube.com/watch?v=Q75cMHPsuhg&list=PLwwq1gmeS9_JQvMzT0U6iwXY0pHuAbG-U]
** "Using a 110MHz transducer, ultrasonic soundwaves are transmitted or reflected through a bonded wafer pair. Voids at the interface of the bonded wafer pair as small as 50 microns will reflect the soundwaves back to the transducer and recorded as a poor quality bond."

CSAM

2018-12-25T03:38:32Z

0:0:0:0:0:0:0:1:

Appears to give x-ray like images, a sort of high resolution ultrasound like done to see babies before they are born

Appears samples are typically immersed in fluid to help with conduction

CSAM video says range used was "2.5MHz-260MHz". ie this is far out of human hearing range

= Transducer =

non-sonix tranducers for me to try to get my sonix system online

Many types of transducers out there, must be the focused type. ie don't get the straight beam time used for thickness measurements and such

AFAIK flaw detectors are not focused and so probably won't work

beware: some tranducers are marked for freq + focal length, some freq + diameter

There are a large number of Panametrics / Olympus NDT out there: [http://www.olympus-ims.com/data/File/Harrisonic/Harisonic-UT.en.pdf]
* Well really they are from one seller. By the looks of it they are from "Krautkramer Branson Incorporated
KB6000 Ultrasonic Test & Data Acquisition System"

* Panametrics ultrasonic transducers - Olympus
* NEW PANAMETRICS WTA-1 PROBE 1.0MHZ TRANSDUCER B331979
* Olympus Harisonic transducers
* Herrmann Ultrasonic Converter Konverter Tranducer 20kHz: too low freq?
* Automation Industries Ultrasonic Transducer (5 pcs)
** 10 mm 2.25 MHz
* Olympus 20 MHz Contact Transducer M116-RM
* OLYMPUS 20MHZ .125" M116-RM CONTACT TRANSDUCER U8400038 *NEW*
* Automation Industries SMZ 2.25 MHz 90° R 57A3034 Ultrasonic Immersion Transducer

== Olympus Harisonic ==

Part I purchased: Harisonic I2RA1004T 10 MHz .250"Dia 1.25" FOC Ultrasonic Immersion Transducer
* I2: immersion type 2 transducer
* RA: ?
* 10: 10 MHz
* 04: 04/16" => 1/4"
* T: series?

Example Part Number: I3-0508-S-SU
* I3: Transducer Type & Case. Ex: immersion type 3
* 05: Frequency. Ex: 5 MHz
** 00 = 0.5 MHz
** 01 = 1.0 MHz
** 02 = 2.25 MHz
** 03 = 3.5 MHz
** 05 = 5.0 MHz
** 07 = 7.5 MHz
** 10 = 10 MHz
** 15 = 15 MHz
** 20 = 20 MHz
** 25 = 25 MHz
* 08: element outer diameter 16th of inches. Ex: 8/16" = 1/2"
* S: series. Ex: mediumband
** S: "mediumband, medium damped, tuned transducers. They are used for general purpose flaw detection, and represent a compromise between high sensitivity and high resolution."
** R: "broadband, highly damped, tuned transducers. They are used for high resolution, near and far surface flaw detection, and thickness gaging applications"
** P: "narrowband, lightly damped, tuned transducers. They have high-energy output and penetrating power, but have limited resolving power"
* SU: Connector Type & Location. Ex: straight UHF
** SM = Straight Microdot
** RM = Right Angle Microdot
** SU = Straight UHF
** RU = Right Angle UHF

=== Immersion ===

"Immersion transducers are specifically designed to test parts partially or wholly immersed in water"

Immersion types have different focus configurations

303 stainless steel housing

Exsample: I3-0308-R-SU-F2.50IN
* F: focus type
** F: spherical focus. For scanning planes
** CF: cylindrical focus: focuses on a line. For scanning cylinders
* 2.50IN: 2.5" focal length (in water)

"i-1 and i-2 Style Housings: 0.25 inches (6 mm) diameter elements with 0.375 inches (10 mm) housings"
* Frequency: 2.25 - 25 MHz
* Focus: 0.35 - 5.25"

= Machine vendor =

== Sonix ==

[[sonix|Main page]]

== NSC ==

North Shore Components, Inc

== SEMATECH ==

== OKOS ==

* Well put together video showing their system features: [http://www.youtube.com/watch?v=R76IMxhMaJo]

CSAM

2018-12-25T03:35:46Z

0:0:0:0:0:0:0:1:

Appears to give x-ray like images, a sort of high resolution ultrasound like done to see babies before they are born

Appears samples are typically immersed in fluid to help with conduction

CSAM video says range used was "2.5MHz-260MHz". ie this is far out of human hearing range

Vendors:
* [[sonix]]
* [[nsc|North Shore Components, Inc]]
* [[SEMATECH]]
* [[OKOS]]

= Transducer =

non-sonix tranducers for me to try to get my sonix system online

Many types of transducers out there, must be the focused type. ie don't get the straight beam time used for thickness measurements and such

AFAIK flaw detectors are not focused and so probably won't work

beware: some tranducers are marked for freq + focal length, some freq + diameter

There are a large number of Panametrics / Olympus NDT out there: [http://www.olympus-ims.com/data/File/Harrisonic/Harisonic-UT.en.pdf]
* Well really they are from one seller. By the looks of it they are from "Krautkramer Branson Incorporated
KB6000 Ultrasonic Test & Data Acquisition System"

* Panametrics ultrasonic transducers - Olympus
* NEW PANAMETRICS WTA-1 PROBE 1.0MHZ TRANSDUCER B331979
* Olympus Harisonic transducers
* Herrmann Ultrasonic Converter Konverter Tranducer 20kHz: too low freq?
* Automation Industries Ultrasonic Transducer (5 pcs)
** 10 mm 2.25 MHz
* Olympus 20 MHz Contact Transducer M116-RM
* OLYMPUS 20MHZ .125" M116-RM CONTACT TRANSDUCER U8400038 *NEW*
* Automation Industries SMZ 2.25 MHz 90° R 57A3034 Ultrasonic Immersion Transducer

== Olympus Harisonic ==

Part I purchased: Harisonic I2RA1004T 10 MHz .250"Dia 1.25" FOC Ultrasonic Immersion Transducer
* I2: immersion type 2 transducer
* RA: ?
* 10: 10 MHz
* 04: 04/16" => 1/4"
* T: series?

Example Part Number: I3-0508-S-SU
* I3: Transducer Type & Case. Ex: immersion type 3
* 05: Frequency. Ex: 5 MHz
** 00 = 0.5 MHz
** 01 = 1.0 MHz
** 02 = 2.25 MHz
** 03 = 3.5 MHz
** 05 = 5.0 MHz
** 07 = 7.5 MHz
** 10 = 10 MHz
** 15 = 15 MHz
** 20 = 20 MHz
** 25 = 25 MHz
* 08: element outer diameter 16th of inches. Ex: 8/16" = 1/2"
* S: series. Ex: mediumband
** S: "mediumband, medium damped, tuned transducers. They are used for general purpose flaw detection, and represent a compromise between high sensitivity and high resolution."
** R: "broadband, highly damped, tuned transducers. They are used for high resolution, near and far surface flaw detection, and thickness gaging applications"
** P: "narrowband, lightly damped, tuned transducers. They have high-energy output and penetrating power, but have limited resolving power"
* SU: Connector Type & Location. Ex: straight UHF
** SM = Straight Microdot
** RM = Right Angle Microdot
** SU = Straight UHF
** RU = Right Angle UHF

=== Immersion ===

"Immersion transducers are specifically designed to test parts partially or wholly immersed in water"

Immersion types have different focus configurations

303 stainless steel housing

Exsample: I3-0308-R-SU-F2.50IN
* F: focus type
** F: spherical focus. For scanning planes
** CF: cylindrical focus: focuses on a line. For scanning cylinders
* 2.50IN: 2.5" focal length (in water)

"i-1 and i-2 Style Housings: 0.25 inches (6 mm) diameter elements with 0.375 inches (10 mm) housings"
* Frequency: 2.25 - 25 MHz
* Focus: 0.35 - 5.25"

= OKOS =

* Well put together video showing their system features: [http://www.youtube.com/watch?v=R76IMxhMaJo]

AFM

2018-12-25T03:33:39Z

0:0:0:0:0:0:0:1:

= Commercial =

Scopes
* NanoScope IIIa Dimension 3000 Atomic Force Microscope
* MOLECULAR IMAGING PICO SCAN PICO SPM ATOMIC FORCE MICROSCOPE
* Veeco Multimode Atomic Force Microscope
* Digital Instruments/Veeco Metrology Dimension 3000 Atomic Force Microscope
* Autoprobe XL
** ProScan software, Park Autoprobe XL
* Park Scientific
* Park Scientific Autoprobe SA
* DI Veeco BRUKER Dimension Atomic Force Microscope
* Digital Instruments DVX-200 Atomic Force Microscope
* Digital Instruments/Veeco Metrology Dimension 3000 Atomic Force Microscope
* Quesant Scanning Probe Atomic Force Microscope Q-Scope 250 Wave w/ EI Unit
* Atomic force microscope Micro Photonics Test table Nano 550
* Veeco Autoprobe Di CP-II Atomic Force Microscope
* Veeco Dektak SXM Atomic Force Microscope
* Veeco Atomic Force Microscope AFM Dimension 5000-1
* Veeco Bruker DI Dimension 3100 AFM
* NaioAFM
** Base price: $28k ([http://skule.ca/content/2013-2014/levy-fund/MSE01.pdf Link])

Tips
* TedPella
* Multi Probe Atomic Force Microscope Probes AFP-065

= DIY =

[http://www.jameshedberg.com/buildAFM.php]

[http://shop.stromlinet-nano.com/products/stromlingo-diy-afm-kit]
* $3,000 kit which is relatively affordable but probably too much for hobbyist

= LEGO2NANO / Cappucino AFM =

Include:
* [http://www.instructables.com/id/A-DIY-AFM-Whokshop/?ALLSTEPS]
* [http://www.instructables.com/id/A-Low-Cost-Atomic-Force-Microscope-%E4%BD%8E%E6%88%90%E6%9C%AC%E5%8E%9F%E5%AD%90%E5%8A%9B%E9%A1%AF%E5%BE%AE%E9%8F%A1/]
* [http://lego2nano.openwisdomlab.net/connected.html]

Unfortunately this doesn't have nearly enough info to actually build one

= Info =

Kits overview: [http://www.afm4nanomedbio.eu/Data/Sites/1/camogli_meeting_education_2013/tiribilli_workshop-afm-kit-001.pdf]

[https://www.youtube.com/channel/UCAQSZ0NItuw3cbjmmEBxgdQ]
* Large video series

[https://www.youtube.com/watch?v=WFPT4k4REiM]
* Shows building a basic AFM using COTS components

[http://www.media.mit.edu/nanoscale/courses/AFMsite/]

[http://openafm.com/]

[https://www.youtube.com/watch?v=-IZfC5w-A6g]

Stepper Motor

2018-12-24T23:37:30Z

0:0:0:0:0:0:0:1: Created page with "Place to aggregate motor information, mostly as it relates to microscopes 2018-05-28: creating page to aggregate industry pinout information and mcmaster recommendations. =..."

Place to aggregate motor information, mostly as it relates to microscopes

2018-05-28: creating page to aggregate industry pinout information and mcmaster recommendations.

= Indexer connector (single) =

== BBB ==

mcmaster goal: come up with a standard connector to put on BBB cape

Goals:
* Requirement: fit 6 connectors on reasonable size BBB cape
* Use an existing standard
* COTS cables, or at least easily
* Shielded
* Durable

Main candidates:
* DB9
''' Durable connector
''' COTS super available
''' Shielded
''' Breakout boards readily available
''' No insustry standard pinout
'''* I thought Gecko, but that's actually for the motors
* DB25
''' Industry standard connector
'''* Single and multi versions
''' However, too large
* Combicon style connector
''' Quick to make
''' Can use shielded cables
''' Can't buy whole cable, or at least will be expensive
''' Wires can stress and fall off
''' Used on Gecko and some others, although not consistently

== DB25 (step/direction) ==

{{:compumotor:oem650:oem650_db25.png?600|}}

Above: Compumotor OEM650 pinout

{{:pmc:vs:pmc_vs_db25.png?300|}}

Above: PMC VS Drive pinout

This seems to have been a de facto standard for some years. I've observed it on Compumotor, PMC, and other drivers.

mcmaster: IMHO this is too bulky to use in modern applications, although I do have several legacy drivers using it

== IDC 5x2 (step/direction) ==

{{:ims:mdm:ims_idc.png?500|}}

Used on some MDrive17 motors

mcmaster: of particular interest to me since I try to use these motors by default.

= Indexer connector (multi) =

== Gecko DB25 (multi-axis indexer) ==

{{:gecko:g540:g540_db25.png?300|}}

Above: G540 indexer connection

The G320X servo driver uses post mounted Phoenix contact type connectors.

= Motor connector (power + data) =

== M12 connector (power + CAN) ==

M12/M23 seems to be common on modern stepper motors. The MDrive manual for example cites it was done to reach IP65 enclosure rating:

<code>
The MDrive17Plus2-65 Motion Control adds protection against the ingress of fluids and dust to
the MDrive17Plus2 by changing the motor-drive enclosure to meet IP65 specifications. With this
change the connector configuration changes to industry standard M12/M23 circular connectors.
</code>

http:''www.te.com/content/dam/te-com/documents/channel/global/m8m12-connectorsystem-presentation.pdf
* A-coding: actuator-sensor plug connections for DeviceNet, IO link and Profibus
''' DeviceNet is used my mcmaster MFCs
* B-coding: Fieldbus connections for Profibus and Interbus
* D-coding: Industrial Ethernet, Profinet, Ethernet/IP and EtherCat
* S-coding: Motor, Frequency-convertors, motor operated switches, PSUs for Power, 620V, 12A
* T-coding: Fieldbus comp, passive distribution boxes, motors, PSUs for Power, 63V, 12A

= Motor connector (driver) =

List of common connectors

== Sherline (unipolar motor) ==

{{:sherline:motor_conn:sherline_motor.jpg|}}

== Combicon 5 pin (bipolar motor) ==

{{:pmc:vs:pmc_vs_motor.png?200|}}

Above: PMC motor

== Gecko DB9 (bipolar motor) ==

{{:gecko:g540:g540_x.jpg?200|}}

ISI Super IIIA

2018-12-24T23:36:22Z

0:0:0:0:0:0:0:1:

[[Category:ISI]]
[[Category:SEM]]

The third Super-Mini-SEM, ISI marketing shortened it to simply Super IIIA. However, the schematics still refer to it as the SMS-IIIA.

See [[:microscope:sem:isi:sms|SMS]] family page for schematics

JM has one

"SIII-A(K) (1976)"

= Filament =

Good overview of SEM filament types: [[http:''www.reu.pdx.edu/SEM Short Course.pdf|http:''www.reu.pdx.edu/SEM Short Course.pdf]]

Trying to find replacement filaments. Takes the ISI three prong type

Prices as of 04/21/2014

{| class="wikitable sortable" border=1
!Vendor !!Item # !!Description !!Price/pack !!Qty/pack !!Qty/each !!Notes |
|-
| Ted Pella || [[https:''www.tedpella.com/apertures-and-filaments_html/tungsten-filaments.htm || 1426]] || ISI / ABT / Topcon 3-pin || 425.00 || 10 || 42.50 ||
|-
| Electron Microscopy Sciences || [[http:''www.emsdiasum.com/microscopy/products/microscope/filament.aspx || 81038]] || STANDARD LOOP FILAMENTS for: ISI Instruments, ABT, Topcon New Filament, 3-prong || 416.00 || 10 || 41.60 ||
|-
| Electron Microscopy Sciences || [[http:''www.emsdiasum.com/microscopy/products/microscope/filament.aspx || 81038-R ]] || STANDARD LOOP FILAMENTS for: ISI Instruments, ABT, Topcon Rebuilt Filament, 3-prong || || 1 || 32.00 ||
|-
| SPI Supplies || [[http:''www.2spi.com/catalog/filaments/fil1.shtml || 5232N-BA]] || Topcon/ISI 3-pin || 525.49 || 10 || 52.55 ||
|-
| SPI Supplies || [[http:''www.2spi.com/catalog/filaments/fil1.shtml || 5232RB-AB]] || Topcon/ISI 3-pin (rebuilt) || || 1 || 41.57 ||
|-
| EB Sciences || [[http:''www.ebsstore.com/product.aspx?pid=354 || ISIE]] || Standard loop, 3 Prong || 405.00 || 10 || 40.50 ||
|-
| EB Sciences || [[http:''www.ebsstore.com/product.aspx?pid=354 || ISIE]] || AR loop, 3 Prong || 455.00 || 10 || 45.50 ||
|-
| Fisher Scientific || [[http:''www.fishersci.com/ecomm/servlet/itemdetail?itemdetail='item'&storeId=10652&productId=14218960&catalogId=29104&matchedCatNo=5029087&fromSearch=1&searchKey=3-prong&highlightProductsItemsFlag=Y&endecaSearchQuery=#store=Scientific#nav=0#rpp=25#offSet=25#keyWord=3-prong#searchType=PROD#SWKeyList=[]&xrefPartType=From&savings=0.0&xrefEvent=1398144201666_2&searchType=PROD&hasPromo=0 || 50-290-87]] || NEW FILAMENT 3-PRONG || 509.60 || 10 || 50.96 ||
|-
| Soquelec || [[http:''www.soquelec.ca/filaments4-5.asp || A20135]] || ISI (2-prong, new) || || 1 || 68.10 || NOTE: 2 prong for comparison
|-
| Soquelec || [[http:''www.soquelec.ca/filaments4-5.asp || A20140]] || ISI (2-prong, rebuilt) || || 1 || 39.00 || NOTE: 2 prong for comparison
|-
| ME Taylor || [[http:''www.semicro.org/topconisi3-pinstylefilaments-packageof10.aspx || F-3]] || Topcon/ISI 3-pin style Filaments - Package of 10 || 275.00 || 10 || 27.50 ||
|-
|}

== EB Sciences ==

Has several filament types

=== Type AR ===

"The Energy Beam Sciences exclusive AR tip represents the state of art in filament technology. This special loop was developed for applications which demand the ultimate in mechanical stability and operating life. It is particularly recommended for use in multi-user environments and teaching laboratories. Its etched taper loop configuration and unique tip geometry enhance contrast and brightness, even at low kV. We can provide the AR loop mounted on any type of filament base. Whatever your application, you should see enhanced performance with the AR loop, when compared with the standard loop filament supplied by the EM equipment manufacturer."

=== Standard Loop ===

"Energy Beam Sciences Standard Loop Tungsten Filaments are designed to conform to Original Equipment Manufacturers' specifications across the industry. Our filaments are individually manufactured with careful attention to detail, maintaining their precise tip geometry and using superior assembly techniques and stringent quality control for consistency and dependability in even the most demanding applications. At Energy Beam Sciences, we offer cost effective, reliable solutions for these and all of your EM consumable needs. Please call our e-Beam product specialist today to find out more about our quality products!"

= JM electron gun =

Original unit that SEM came with.

XXX: supposedly this SEM takes a "three prong filament" and in fact has a three contact base. What is difference between the two types?

Wehnelt assembly:

{{:microscope:sem:isi:super_iii_a:gun:apart1.jpg?300}}

Base it plugs into:

{{:microscope:sem:isi:super_iii_a:gun:base.jpg?300}}

Taking off top retainer:

{{:microscope:sem:isi:super_iii_a:gun:apart2.jpg?300}}

Removing the Wehnelt:

{{:microscope:sem:isi:super_iii_a:gun:apart3.jpg?300}}

Note that the filament is slightly twisted to form the tip. Also, its burned out

Wehnelt bottom:

{{:microscope:sem:isi:super_iii_a:gun:topbot.jpg?300}}

Side of the filament assembly

{{:microscope:sem:isi:super_iii_a:gun:side1.jpg?300}}{{:microscope:sem:isi:super_iii_a:gun:side2.jpg?300}}

Filament tip:

{{:microscope:sem:isi:super_iii_a:gun:tip.jpg?300}}

Everything together:

{{:microscope:sem:isi:super_iii_a:gun:apart.jpg?600}}

= lapointe2 =

[[http:''members.tm.net/lapointe2/scanning_electron_microscope.html|http:''members.tm.net/lapointe2/scanning_electron_microscope.html]]

Great resource on this model. Unfortunately, links to pages are hidden throughout the text so I've tried to index it a bit better. I also have mirrored the site in case it disappears:

''' [[http:''members.tm.net/lapointe2/scanning_electron_microscope.html|Home]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Operation.html|Operation]]
'''* Like a user manual: read it
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Vacuum.html|High vacuum system]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_HVPS.html|High voltage power supply]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Vibration.html|Anti-vibration mounts]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Cooler.html|DP cooler]]
'''* DIY chiller
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Filament.html|Changing the filament]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Scintillator.html|Changing the scintillator]]

These are less about the SEM and more about his particular logistics:

''' [[http:''members.tm.net/lapointe/Vacuum_Pump.html|Vacuum pump and gauge]]
'''* Hooking up his roughing pump
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Plug_In.html|Plug it in]]
'''* Hooking up his electrical lines

== Cleaning ==

Wenol metal polish recommended for cleaning. MSDS lists

''' Ammonia Solution 25%: 1-5%
''' Kerosene 200-230: 10-20%
''' White Spirit 150/200N: 10-20%
''' Aluminum oxide (pigments): 25-35%
''' Coco fatty acid diethanolamide: 5-15%
''' Water: 35%

[[https:''www.tedpella.com/material_html/polish.htm#Anchor-47857|https:''www.tedpella.com/material_html/polish.htm#Anchor-47857]]

''' "Wenol® is widely used as cleaner and polish for electron microscope applications, ion beam systems, vacuum coating systems and general lab applications. Wenol® has been originally formulated for use on hard metal surfaces such as stainless steel. It can be used to clean and polish hard metal parts for vacuum systems. The carrier fluid dissolves in most hydrocarbons and is easily removed. Wenol® is petroleum based and does not contain silicones. It is not recommended for use on soft metal such as aluminum."

Ted Pella also has Unipol…not sure when to use one vs the other. Generic Wenol?

''' Aluminium oxide: 20-40
''' Ammonia solution: 0.1-5
''' Destillates (petroleum), hydrotreated light: 20-40
''' Naphtha (petroleum), hydrotreated light: 2.5-10

read somewhere 100ml ~= 3.4oz Wenol

= o-rings =

Drawings in this section are from Lapointe's website

may consider replacing o-rings as the vacuum is sub-par. By the time I disassemble everything might as well replace them

"o-rings are labeled with their aerospace standard AS568A size"

== High vacuum assembly ==

{{:microscope:sem:isi:super_iii_a:sem_vacuum_drawing.gif}}

Abbreviations:

''' ID: inner diameter
''' OD: outer diameter
''' CS: cross section

What is difference between nominal and actual size?

{| class="wikitable sortable" border=1
!AS568A size !!ID !!OD !!CS !!Qty |
|-
| 011 || 1 || || ||
|-
| 013 || 1 || || ||
|-
| 118 || 2 || || ||
|-
| 128 || 1 || || ||
|-
| 141 || 1 || || ||
|-
| 214 || 1 || || ||
|-
| 215 || 2 || || ||
|-
| 216 || 1 || || ||
|-
| 220 || 2 || || ||
|-
| 221 || 1 || || ||
|-
| 222 || 2 || || ||
|-
| 226 || 1 || || ||
|-
| 233 || 1 || || ||
|-
|}

== Valve assembly ==

{{:microscope:sem:isi:super_iii_a:sem_asbvalve_drawing.gif}}

{| class="wikitable sortable" border=1
!AS568A size !!Qty |
|-
| 006 || 1
|-
| 121 || 2
|-
| 123 || 1
|-
|}

= Air valve =

Relieves chamber to atmosphere for exchange while still allowing DP to keep hot

"I will not buy this air valve, it is scratched"

needs to be turned down on lathe or replaced

== JM unit ==

CKD MODEL SMC-01-23 VOLTS Hz 50/60 SERIAL WATTS 3 ORIFACE TYPE PT 1/8 PRESS SPECIAL CHUKYO ELECTRIC CO. LTD Nagoya Japan

has air filter on it

== lapointe unit ==

has hose connector instead of air filter but otherwise same unit

= EDAX =

The extra vacuum ports are likely intended for EDAX and in fact I did find one such unit.

== govdeals ==

All images in this section are from [[http:''www.govdeals.com/index.cfm?fa=Main.Item&itemid=8058&acctid=685|GovDeals]]

"You will be bidding on a International Scientific Instruments Model Super III A Scanning Electron Microscope. The unit was purchased in 1979 and converted to digital and updated in 1999. This unit comes with a Robinson Backscatter detector, Gresham Titan X-ray pulse-processor, 4PI digital imaging attachment, control computer and software. The agency is reporting the unit is operational except for the X-ray detector analyzer and the software is up to date (uses Macintosh OS9). There are miscellaneous spare parts, filament assemblies, a manual, schematics and a TMC anti-vibration platform is included…located on the Winthrop University Campus in Rock Hill, South Carolina."

This is by far the most pimped out unit I've found so far:

''' Computer image capture
''' Maybe computer control?
''' Robinson Backscatter detector (is that the special PMT assembly?)
''' Gresham Titan X-ray pulse-processor (for the EDS?)

{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_10.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_2.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_3.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_4.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_5.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_7.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_8.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_9.jpg?300}}

= Pump =

How many L/min recommended?

= References =

''' Original schematic scan: [[http:''siliconpr0n.org/uv/super_iiia/schem_raw/|http:''siliconpr0n.org/uv/super_iiia/schem_raw/]]
''' User manual: [[http:''siliconpr0n.org/uv/super_iiia/manual/|http:''siliconpr0n.org/uv/super_iiia/manual/]]
'''

uccs.edu PES415 has a sort of instruction manual: [[http:''www.uccs.edu/~tchriste/courses/PES415/SEM.pdf|http:''www.uccs.edu/~tchriste/courses/PES415/SEM.pd]].

''' JM blog posts
'''* [[http:''uvicrec.blogspot.com/2014/04/a-new-toy-arrives.html|http:''uvicrec.blogspot.com/2014/04/a-new-toy-arrives.html]]
'''* [[http:''uvicrec.blogspot.com/2014/06/rolling-with-sem.html|http:''uvicrec.blogspot.com/2014/06/rolling-with-sem.htm]]
''' Units for sale with pictures

''' EAMTM: [[http:''www.machinedeal.com/en/profileprojectors-and-measuring-microscope/super-iii-a-111957/|http:''www.machinedeal.com/en/profileprojectors-and-measuring-microscope/super-iii-a-111957/]]
''' buckeye43701: [[http:''www.ebay.com/itm/Scanning-Electron-Microscope-ISI-Model-Super-III-A-/321271545594?nma=true&si=OVGlVAabuHwcYtHSq03p071SPjE=&orig_cvip=true&rt=nc&_trksid=p2047675.l2557|http:''www.ebay.com/itm/Scanning-Electron-Microscope-ISI-Model-Super-III-A-/321271545594?nma=true&si=OVGlVAabuHwcYtHSq03p071SPjE=&orig_cvip=true&rt=nc&_trksid=p2047675.l2557]]

\\

ISI Super IIIA

2018-12-24T23:27:10Z

0:0:0:0:0:0:0:1: Created page with "The third Super-Mini-SEM, ISI marketing shortened it to simply Super IIIA. However, the schematics still refer to it as the SMS-IIIA. See SMS fam..."

The third Super-Mini-SEM, ISI marketing shortened it to simply Super IIIA. However, the schematics still refer to it as the SMS-IIIA.

See [[:microscope:sem:isi:sms|SMS]] family page for schematics

JM has one

"SIII-A(K) (1976)"

= Filament =

Good overview of SEM filament types: [[http:''www.reu.pdx.edu/SEM Short Course.pdf|http:''www.reu.pdx.edu/SEM Short Course.pdf]]

Trying to find replacement filaments. Takes the ISI three prong type

Prices as of 04/21/2014

{| class="wikitable sortable" border=1
!Vendor !!Item # !!Description !!Price/pack !!Qty/pack !!Qty/each !!Notes |
|-
| Ted Pella || [[https:''www.tedpella.com/apertures-and-filaments_html/tungsten-filaments.htm || 1426]] || ISI / ABT / Topcon 3-pin || 425.00 || 10 || 42.50 ||
|-
| Electron Microscopy Sciences || [[http:''www.emsdiasum.com/microscopy/products/microscope/filament.aspx || 81038]] || STANDARD LOOP FILAMENTS for: ISI Instruments, ABT, Topcon New Filament, 3-prong || 416.00 || 10 || 41.60 ||
|-
| Electron Microscopy Sciences || [[http:''www.emsdiasum.com/microscopy/products/microscope/filament.aspx || 81038-R ]] || STANDARD LOOP FILAMENTS for: ISI Instruments, ABT, Topcon Rebuilt Filament, 3-prong || || 1 || 32.00 ||
|-
| SPI Supplies || [[http:''www.2spi.com/catalog/filaments/fil1.shtml || 5232N-BA]] || Topcon/ISI 3-pin || 525.49 || 10 || 52.55 ||
|-
| SPI Supplies || [[http:''www.2spi.com/catalog/filaments/fil1.shtml || 5232RB-AB]] || Topcon/ISI 3-pin (rebuilt) || || 1 || 41.57 ||
|-
| EB Sciences || [[http:''www.ebsstore.com/product.aspx?pid=354 || ISIE]] || Standard loop, 3 Prong || 405.00 || 10 || 40.50 ||
|-
| EB Sciences || [[http:''www.ebsstore.com/product.aspx?pid=354 || ISIE]] || AR loop, 3 Prong || 455.00 || 10 || 45.50 ||
|-
| Fisher Scientific || [[http:''www.fishersci.com/ecomm/servlet/itemdetail?itemdetail='item'&storeId=10652&productId=14218960&catalogId=29104&matchedCatNo=5029087&fromSearch=1&searchKey=3-prong&highlightProductsItemsFlag=Y&endecaSearchQuery=#store=Scientific#nav=0#rpp=25#offSet=25#keyWord=3-prong#searchType=PROD#SWKeyList=[]&xrefPartType=From&savings=0.0&xrefEvent=1398144201666_2&searchType=PROD&hasPromo=0 || 50-290-87]] || NEW FILAMENT 3-PRONG || 509.60 || 10 || 50.96 ||
|-
| Soquelec || [[http:''www.soquelec.ca/filaments4-5.asp || A20135]] || ISI (2-prong, new) || || 1 || 68.10 || NOTE: 2 prong for comparison
|-
| Soquelec || [[http:''www.soquelec.ca/filaments4-5.asp || A20140]] || ISI (2-prong, rebuilt) || || 1 || 39.00 || NOTE: 2 prong for comparison
|-
| ME Taylor || [[http:''www.semicro.org/topconisi3-pinstylefilaments-packageof10.aspx || F-3]] || Topcon/ISI 3-pin style Filaments - Package of 10 || 275.00 || 10 || 27.50 ||
|-
|}

== EB Sciences ==

Has several filament types

=== Type AR ===

"The Energy Beam Sciences exclusive AR tip represents the state of art in filament technology. This special loop was developed for applications which demand the ultimate in mechanical stability and operating life. It is particularly recommended for use in multi-user environments and teaching laboratories. Its etched taper loop configuration and unique tip geometry enhance contrast and brightness, even at low kV. We can provide the AR loop mounted on any type of filament base. Whatever your application, you should see enhanced performance with the AR loop, when compared with the standard loop filament supplied by the EM equipment manufacturer."

=== Standard Loop ===

"Energy Beam Sciences Standard Loop Tungsten Filaments are designed to conform to Original Equipment Manufacturers' specifications across the industry. Our filaments are individually manufactured with careful attention to detail, maintaining their precise tip geometry and using superior assembly techniques and stringent quality control for consistency and dependability in even the most demanding applications. At Energy Beam Sciences, we offer cost effective, reliable solutions for these and all of your EM consumable needs. Please call our e-Beam product specialist today to find out more about our quality products!"

= JM electron gun =

Original unit that SEM came with.

XXX: supposedly this SEM takes a "three prong filament" and in fact has a three contact base. What is difference between the two types?

Wehnelt assembly:

{{:microscope:sem:isi:super_iii_a:gun:apart1.jpg?300}}

Base it plugs into:

{{:microscope:sem:isi:super_iii_a:gun:base.jpg?300}}

Taking off top retainer:

{{:microscope:sem:isi:super_iii_a:gun:apart2.jpg?300}}

Removing the Wehnelt:

{{:microscope:sem:isi:super_iii_a:gun:apart3.jpg?300}}

Note that the filament is slightly twisted to form the tip. Also, its burned out

Wehnelt bottom:

{{:microscope:sem:isi:super_iii_a:gun:topbot.jpg?300}}

Side of the filament assembly

{{:microscope:sem:isi:super_iii_a:gun:side1.jpg?300}}{{:microscope:sem:isi:super_iii_a:gun:side2.jpg?300}}

Filament tip:

{{:microscope:sem:isi:super_iii_a:gun:tip.jpg?300}}

Everything together:

{{:microscope:sem:isi:super_iii_a:gun:apart.jpg?600}}

= lapointe2 =

[[http:''members.tm.net/lapointe2/scanning_electron_microscope.html|http:''members.tm.net/lapointe2/scanning_electron_microscope.html]]

Great resource on this model. Unfortunately, links to pages are hidden throughout the text so I've tried to index it a bit better. I also have mirrored the site in case it disappears:

''' [[http:''members.tm.net/lapointe2/scanning_electron_microscope.html|Home]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Operation.html|Operation]]
'''* Like a user manual: read it
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Vacuum.html|High vacuum system]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_HVPS.html|High voltage power supply]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Vibration.html|Anti-vibration mounts]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Cooler.html|DP cooler]]
'''* DIY chiller
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Filament.html|Changing the filament]]
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Scintillator.html|Changing the scintillator]]

These are less about the SEM and more about his particular logistics:

''' [[http:''members.tm.net/lapointe/Vacuum_Pump.html|Vacuum pump and gauge]]
'''* Hooking up his roughing pump
''' [[http:''members.tm.net/lapointe2/Scanning_Electron_Microscope_Plug_In.html|Plug it in]]
'''* Hooking up his electrical lines

== Cleaning ==

Wenol metal polish recommended for cleaning. MSDS lists

''' Ammonia Solution 25%: 1-5%
''' Kerosene 200-230: 10-20%
''' White Spirit 150/200N: 10-20%
''' Aluminum oxide (pigments): 25-35%
''' Coco fatty acid diethanolamide: 5-15%
''' Water: 35%

[[https:''www.tedpella.com/material_html/polish.htm#Anchor-47857|https:''www.tedpella.com/material_html/polish.htm#Anchor-47857]]

''' "Wenol® is widely used as cleaner and polish for electron microscope applications, ion beam systems, vacuum coating systems and general lab applications. Wenol® has been originally formulated for use on hard metal surfaces such as stainless steel. It can be used to clean and polish hard metal parts for vacuum systems. The carrier fluid dissolves in most hydrocarbons and is easily removed. Wenol® is petroleum based and does not contain silicones. It is not recommended for use on soft metal such as aluminum."

Ted Pella also has Unipol…not sure when to use one vs the other. Generic Wenol?

''' Aluminium oxide: 20-40
''' Ammonia solution: 0.1-5
''' Destillates (petroleum), hydrotreated light: 20-40
''' Naphtha (petroleum), hydrotreated light: 2.5-10

read somewhere 100ml ~= 3.4oz Wenol

= o-rings =

Drawings in this section are from Lapointe's website

may consider replacing o-rings as the vacuum is sub-par. By the time I disassemble everything might as well replace them

"o-rings are labeled with their aerospace standard AS568A size"

== High vacuum assembly ==

{{:microscope:sem:isi:super_iii_a:sem_vacuum_drawing.gif}}

Abbreviations:

''' ID: inner diameter
''' OD: outer diameter
''' CS: cross section

What is difference between nominal and actual size?

{| class="wikitable sortable" border=1
!AS568A size !!ID !!OD !!CS !!Qty |
|-
| 011 || 1 || || ||
|-
| 013 || 1 || || ||
|-
| 118 || 2 || || ||
|-
| 128 || 1 || || ||
|-
| 141 || 1 || || ||
|-
| 214 || 1 || || ||
|-
| 215 || 2 || || ||
|-
| 216 || 1 || || ||
|-
| 220 || 2 || || ||
|-
| 221 || 1 || || ||
|-
| 222 || 2 || || ||
|-
| 226 || 1 || || ||
|-
| 233 || 1 || || ||
|-
|}

== Valve assembly ==

{{:microscope:sem:isi:super_iii_a:sem_asbvalve_drawing.gif}}

{| class="wikitable sortable" border=1
!AS568A size !!Qty |
|-
| 006 || 1
|-
| 121 || 2
|-
| 123 || 1
|-
|}

= Air valve =

Relieves chamber to atmosphere for exchange while still allowing DP to keep hot

"I will not buy this air valve, it is scratched"

needs to be turned down on lathe or replaced

== JM unit ==

CKD MODEL SMC-01-23 VOLTS Hz 50/60 SERIAL WATTS 3 ORIFACE TYPE PT 1/8 PRESS SPECIAL CHUKYO ELECTRIC CO. LTD Nagoya Japan

has air filter on it

== lapointe unit ==

has hose connector instead of air filter but otherwise same unit

= EDAX =

The extra vacuum ports are likely intended for EDAX and in fact I did find one such unit.

== govdeals ==

All images in this section are from [[http:''www.govdeals.com/index.cfm?fa=Main.Item&itemid=8058&acctid=685|GovDeals]]

"You will be bidding on a International Scientific Instruments Model Super III A Scanning Electron Microscope. The unit was purchased in 1979 and converted to digital and updated in 1999. This unit comes with a Robinson Backscatter detector, Gresham Titan X-ray pulse-processor, 4PI digital imaging attachment, control computer and software. The agency is reporting the unit is operational except for the X-ray detector analyzer and the software is up to date (uses Macintosh OS9). There are miscellaneous spare parts, filament assemblies, a manual, schematics and a TMC anti-vibration platform is included…located on the Winthrop University Campus in Rock Hill, South Carolina."

This is by far the most pimped out unit I've found so far:

''' Computer image capture
''' Maybe computer control?
''' Robinson Backscatter detector (is that the special PMT assembly?)
''' Gresham Titan X-ray pulse-processor (for the EDS?)

{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_10.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_2.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_3.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_4.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_5.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_7.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_8.jpg?300}}{{:microscope:sem:isi:super_iii_a:govdeals:685_8058_9.jpg?300}}

= Pump =

How many L/min recommended?

= References =

''' Original schematic scan: [[http:''siliconpr0n.org/uv/super_iiia/schem_raw/|http:''siliconpr0n.org/uv/super_iiia/schem_raw/]]
''' User manual: [[http:''siliconpr0n.org/uv/super_iiia/manual/|http:''siliconpr0n.org/uv/super_iiia/manual/]]
'''

uccs.edu PES415 has a sort of instruction manual: [[http:''www.uccs.edu/~tchriste/courses/PES415/SEM.pdf|http:''www.uccs.edu/~tchriste/courses/PES415/SEM.pd]].

''' JM blog posts
'''* [[http:''uvicrec.blogspot.com/2014/04/a-new-toy-arrives.html|http:''uvicrec.blogspot.com/2014/04/a-new-toy-arrives.html]]
'''* [[http:''uvicrec.blogspot.com/2014/06/rolling-with-sem.html|http:''uvicrec.blogspot.com/2014/06/rolling-with-sem.htm]]
''' Units for sale with pictures

''' EAMTM: [[http:''www.machinedeal.com/en/profileprojectors-and-measuring-microscope/super-iii-a-111957/|http:''www.machinedeal.com/en/profileprojectors-and-measuring-microscope/super-iii-a-111957/]]
''' buckeye43701: [[http:''www.ebay.com/itm/Scanning-Electron-Microscope-ISI-Model-Super-III-A-/321271545594?nma=true&si=OVGlVAabuHwcYtHSq03p071SPjE=&orig_cvip=true&rt=nc&_trksid=p2047675.l2557|http:''www.ebay.com/itm/Scanning-Electron-Microscope-ISI-Model-Super-III-A-/321271545594?nma=true&si=OVGlVAabuHwcYtHSq03p071SPjE=&orig_cvip=true&rt=nc&_trksid=p2047675.l2557]]

\\

ISI

2018-12-24T23:26:21Z

0:0:0:0:0:0:0:1: Created page with "Category:ISI Category:SEM Update 10/26/2014: in process of scanning a massive number of documents. Most of them have been scanned but need to be sorted. Internation..."

[[Category:ISI]]
[[Category:SEM]]

Update 10/26/2014: in process of scanning a massive number of documents. Most of them have been scanned but need to be sorted.

International Scientific Instruments (ISI)

[[isi:schem|Master schematic list]]

= Digital image capture =

[[http:''people.umass.edu/~dac/projects/ImageThief/ImageThief.html|http:''people.umass.edu/~dac/projects/ImageThief/ImageThief.html]]

= SX30 =

[[http:''www.drviragopete.com/scanning-electron-microscope.php|http:''www.drviragopete.com/scanning-electron-microscope.php]]

= DS130 =

[[http:''ds130.com/|http:''ds130.com/]]

Some sort of site dedicated to ISI microscopes but has no real info, seems to be advertising only

= Advert =

[[http:''webcache.googleusercontent.com/search?q=cache:PzDd1oLzlawJ:cdn-pubs.acs.org/doi/pdfplus/10.1021/ac50015a716+&cd=18&hl=en&ct=clnk&gl=us&client=ubuntu|http:''webcache.googleusercontent.com/search?q=cache:PzDd1oLzlawJ:cdn-pubs.acs.org/doi/pdfplus/10.1021/ac50015a716+&cd=18&hl=en&ct=clnk&gl=us&client=ubuntu]]

Are you planning to acquire a research-quality scanning electron microscope?

If your answer isyes, it will pay you to evaluate the following:

Ours Theirs

''' Resolution better than 60 Angstroms
''' Dual magnification
''' Dual signal imaging
''' Scan rotation
''' Zoom magnification
''' Y modulation imaging
''' TV Scan
''' Micron bar
''' Digital magnification
''' Automatic contrast/brightness
''' Gamma control
''' Automatic vacuum system
''' Full range of operating modes
''' Price: Less than $45,000

If you're planning on paying $50,000, $60,000, $75,000 or more… you're paying too much! New The ISI-60, strictly a re search-quality scanning electron microscope …with a performance capability equal to SEM's priced much higher. The ISI-60 offers a vast array of state-of-the-art features (some of which are de scribed above), all of them standard equipment. A truly superb SEM, capable of satisfying the most de manding requirements. Priced at less than $45,000! Budget limited? ISI has three lower cost models available, $12,000 to $20,000. Contact us for complete details on these quality SEM's. Or, better yet, drop by for a demonstration. ISI International Scientific Instruments, Inc. New The SUPER III-A, latest member of our popular SUPER series. Resolution 70 Angstroms guaranteed. Your choice of many of the advanced features found in the ISI-60. A fine research scanning electron micro scope with an extraordi nary degree of flexibility for the user. Price? Less than $30,000! Headquarters: 3255-6C Scott Boulevard · Santa Clara, CA 95050 · Phone (408) 249-9840 Sales and service around the world CIRCLE 106 ON READER SERVICE CARD

= History =

Private communication with a past ISI employee: "ISI became Topcon and got out of the SEM business and moved into surveying products"

Incorporation documents indicate it was founded (in the US) around 1972. This is reasonably consistent with schematic dates.

Its demise is unclear. The ISI trademark [[http:''www.wysk.com/index/california/pleasanton/786vtwr/international-scientific-instruments-inc/trademarks|expired in 2004]]
and was renewed at least until 1983. It takes 6 years for a trademark to expire indicating they were at least somewhat active until 1998.

[[https:''opencorporates.com/companies/us_ga/570064|This document]] is more specific saying that it was specifically dissolved 1 July 1993.
This document also explains some of the Georgia-Pleasonton connection. However, it also claims incorporation was not until 1976.
It could simply be that they did bussiness in the US as early as 1972 but didn't incorporate until 1976.

The latest schematic I have is dated 1984.

[[http:''www.wysk.com/index/california/pleasanton/786vtwr/international-scientific-instruments-inc/profile|This document]] indicates they became inactive in 1995.

Most of the schematics are marked Akashi. Its unclear to me the exact history behind these companies. I've also seen Akashi Beam Technology (ABT) Corporation. Maybe ABT and ISI merged? Akashi might have been the foreign (korean?) arm of ISI.

= Address =

I noticed that ISI seems to have moved around a lot. For my own amusement, this is a list of addresses I've seen

<code>
1400 Sterlin Road

Mountain View, CA 94043
</code>

<code>
Headquarters: 3255-6C Scott Boulevard · Santa Clara, CA 95050
</code>

<code>
1457 McCarthy Boulevard

Milpitas, CA 95035
</code>

<code>
'''ISI International Scientific Instruments, Inc.'''
6940 Koll Center Parkway
Pleasanton, CA 94566
USA
Tel: 415 462 2212
Scanning electron microscopes (WET-SEM series) and transmission electron microscopes.
</code>

I've also seen Palo Alto listed

ISI Schematic

2018-12-24T23:25:29Z

0:0:0:0:0:0:0:1: Created page with "Category:ISI Category:SEM All ISI schematics that I have or know of are listed on this page. {| class="wikitable sortable" border=1 ! Part # !! Type !! Descriptio..."

[[Category:ISI]]
[[Category:SEM]]

All ISI schematics that I have or know of are listed on this page.

{| class="wikitable sortable" border=1
! Part # !! Type !! Description !! Documents !! Systems !! Referenced documents !! Interfaces !! Notes |
|-
| N76BA01 || Schematic || PRE AMP PHOTO MAL Photomultiplier || [[http:''siliconpr0n.org/uv/isi/tv-msm/schem/n76ba01_mrs-1_photomultiplier.png || Link]] || MRS-2-2 || || || N76BA01E
|-
| N76H01 || Schematic? || EG HV SUPPLY || || MRS-2-2 || || ||
|-
| N76L03-E || Schematic? || DISPLAY CONSOL || || MRS-2-2 || || ||
|-
| N76LH01 || Schematic? || MONITOR TV || || MRS-2-2 || || ||
|-
| N76LF01P || Schematic? || CONVERTER DRIVE || || MRS-2-2 || || ||
|-
| N76LG01P || Schematic? || PROBE & CRT HORIZONTAL SWEEP || || MRS-2-2 || || ||
|-
| N76MA02P || Schematic? || EG HV CONTROL & HORIZONTAL SWEEP || || MRS-2-2 || || ||
|-
| N76MB02P || Schematic? || LENS POWER SUPPLY PM HV SUPPLY || || MRS-2-2 || || ||
|-
| N76MD02 || Schematic? || VERTICAL SWEEP & POWER SOURCE || || MRS-2-2 || || ||
|-
| N76ME01P || Schematic? || SCINT HV DRIVE || || MRS-2-2 || || ||
|-
| N76M02P || Schematic? || MAGNIFICATION SELECTER (sic) || || MRS-2-2 || || ||
|-
| N78NC01 || Schematic || CRT SCAN || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n78nc01_msm-4_crt_scan.png || Link]] || MSM-4 MSM-200 (SMS-IIIA) || N78NC003X-1 N78NC003X-2 || ||
|-
| N78NC02 || Schematic || CRT SCAN POWER SUPPLY || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n78nc02_msm-4_crc_scan.png || Link]] || MSM-4 || N78NC003X-1 N78NC003X-2 || ||
|-
| N78VC01 || Schematic? || PRE AMP for TV Image || || || || ||
|-
| N80HA13 || Schematic || HV power supply || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80ha13_sms-2.png || Link]] || SMS-2 || N80HA12 N80HA005 N80HA036 || ||
|-
| N80HB01 || Schematic || -400V & -300V || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80hb01_sms-2_scine_crt.png || Link]] || SMS-2 || SMS-2 I: N80HB022 400T SMS-2 II: N80HB022 400T (N80HB022 crossed out) N78HA011 || || CRT
|-
| N80HD01 || Schematic || CRT HV DRIVE & STABILIZER || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80hd01_sms-2_15v_power_supply.png || Link]] || SMS-2 || N78NA003 N80HD003X-1 H78HB006 || ||
|-
| N80HE01 || Schematic || PHOTO CRT HV DRIVE & STABILIZER || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80he01_sms-3j_photo_crt_hv_drive.png || Link]] || SMS-3J || N80HE003X-1 N80HE003X-2 N78HB006 || ||
|-
| N80MB01 || Schematic || STIG. & LENS || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80mb01_sms-2_stig_lens.png || Link]] || SMS-2 || N80HB003X-2 || ||
|-
| N80N09 || Schematic || ZOOM BUFFER AMP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80n09_sms-3j.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80n09_sms-3j_b.png || alt]]) || SMS-3J || N80N080X-3 N80N080X-4 N80N08 || ||
|-
| N80NA02 || Schematic? || CRT SCAN, IMAGE SHIFT, PROBE SCAN POWER SUPPLY || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80na02_sms-2_probe_crt_scan.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80na02_sms-2_probe_crt_scan_b.png || alt]]) || SMS-2 || N80NA00 NA003X-1 N78HA || ||
|-
| N80NP01 || Schematic || +-7.5V & +12V || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80np01_sms-3j_7.5v_12v.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80np01_sms-3j_7.5v_12v_b.png || alt]]) || SMS-3J || N84MA003 || ||
|-
| N80PA01 || Schematic || CRT FOCUS & DYNAMIC FOCUS POWER SUPPLY || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80pa01_sms-3j_crt_focus_df.png || Link]] || SMS-3J || N80PA003X-1 N80PA003X-2 N84MA003 || ||
|-
| N80SE01 || Schematic? || POWER SUPPLY || || || || || 100V +15V, -15V, +5V
|-
| N80WA02 || Schematic || DIGITAL DISPLAY || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n80wa02_sms-3j.png || Link]] || SMS-3J || JWA1, JWA2 N80WA02P-A N80WA02P-B N80WA014X-1 || ||
|-
| N80WA06 || Schematic? || DIGITAL MAGNIFICATION || || || || ||
|-
| N82 || Schematic || DUAL MAG UNIT || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82_unk_dual_mag_unit_fixme.png || Link]] || || TV PROBE SCAN: N83ND01P PROBE & CRT SCAN: N80NA02P PROBE SCAN: N83ND02P-2/2 VERTICAL SWEEP: N82NC03P HORIZONTAL SWEEP: N82NB03P VIDEO AMP: N82NE01P 1/4 DIVIDER: N82NG01P ONT SHOT MULTI.: N82NJ01P MICRON MARKER: N82NP01 …: N80WA06 …: N80WA02 (N80WA02P-A, N80WA02P-B) N82NB03P N82NB02P N82N17 (DUAL MAG UNIT) || ||
|-
| N82BA03 || Schematic || PRE AMP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ba03_sms-2_preamp.png || Link]] || SMS-2 II SMS-3A || N82BA004X-1 N82K001X || ||
|-
| N82BA05 || Schematic || PREAMP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ba05_sms-2a_preamp.png || Link]] || SMS-2A || N83BA007X-1 || ||
|-
| N82DA01 || Schematic || Valving buttons || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82da01_sms-2.png || Link]] || SMS-2 II MSM-200 (SMS-IIIA) || || JDA1 || AIR, SHUT, OPER buttons/lights Stepper motor Photodiode, phototransistors
|-
| N82DB01 || Schematic || AC in || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82db01_sms-2.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82db01_sms-2_b.png || alt]]) || SMS-2 II 1.7m: SMS-2 II 3.5m: SMS-102, SMS-201 202, SMS-301 4.0m: SMS-4 || …: N82DC01P || JDB1 JDB2 JM2 ||
|-
| N82DB03 || Schematic || SN7404N pinout || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82db03_sms-2.png || Link]] || SMS-2 II || || - ||
|-
| N82DC01 || Schematic || AUTO VALVE LOGIC || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82dc01_sms-2.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82dc01_sms-2_b.png || alt]]) || SMS-2 II || N82DC003X-1 N82DC003X-2 || CP1 (+5V) CP2 (VAC OUT) CP3 (COMP LEVEL) ||
|-
| N82H03 || Schematic || CRT interconnect || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82h03_sms-2d_fixme.png || Link]] ([[http:''siliconpr0n.org/media/isi/super_iiia/schem/n82h03_sms-2d_brosom.png || alt]]) || SMS-2D || PHOTO CRT & SCINT HV RECTIFIER: N84HB03, N84HB06 PHOTO CRT & SCINT HV STABI.: N80HE01P +-15V & +75Vs POWER SUPPLY: N80HD01P CRT HV: N80HB01P-B || ||
|-
| N82HD01 || Schematic || +-15V & +75V || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82hd01_sms-2_15v_75_power_supply.png || Link]] || || || ||
|-
| N82K03 || Schematic || High level wiring || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82k03_sms-2_a.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82k03_sms-2_b.png || alt]]) || SMS-2 II MSM-200 (SMS-IIIA) || || ||
|-
| N82K08 || Schematic || High level wiring || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82k08_sms-2a_fixme.png || Link]] || SMS-2A || || J2 J3 JDA1 JDB3 (unused?) JH3 JH4 JH5 JHA1 JHB2 JHB3 JM1 (AC100V) JM2 (RP) JM3 (col mag) JM4 (EC, HV) JM5 (right bay to ?) JM6 (100V related?) JN1 JN2 JN4 JN5 JN6 JN7 JN10 JN12 JN13 JPC1 (CRT) JPC2, JHB1 || Incomplete scan. Most of the missing areas look about the same in N82K03
|-
| N82M09 || Schematic || Mains wiring || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82m09_sms-2.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82m09_sms-2_b.png || alt]]) || || || ||
|-
| N82M14 || Schematic || Mains wiring || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82m14_sms-2a.png || Link]] || SMS-2A || || ||
|-
| N82MA01 || Schematic || ALIGNMENT POWER SUPPLY VACUUM DETECT || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ma01_sms-2_15v.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ma01_sms-2_15v_b.png || alt]]) || || || ||
|-
| N82MC01 || Schematic || OBJECTIVE, OBJECTIVE LENS POWER SUPPLY || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82mc01_sms-2_stig_lens.png || Link]] || SMS-2 || N82H03 N78MA004 N82M0003X-2 || ||
|-
| N82N16 || Schematic || Related to "auto contrast and brightness" || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82n16_sms-2.png || Link]] || SMS-2 II || N82NN01P || ||
|-
| N82N17 || Schematic || DUAL MAG || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82n17_sms-2_dual_mag.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82n17_sms-2_dual_mag_b.png || alt]]) || SMS-2 II MSM-202 (SMS-IVA) || N80NP01P N82N17P DEVICE DUAL MAG N82NK01P-2/2 VW LOCAL MAG & MARKER N82NM01P IMAGE DUAL MAG N82N01P-1/2 || ||
|-
| N82N18 || Schematic || DUAL MAG || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82n18_sms-2_dual_mag.png || Link]] || SMS-2 II || || ||
|-
| N82N19 || Schematic || Column magnetics || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82n19_sms-2.png || Link]] || SMS-2 II MSM-200 (SMS-IIIA) || TV HOR SWEEP: ..NH01P … hard to read || ||
|-
| N82NB02 || Schematic || IMAGE AMP. HOR. SWEEP GENERATOR H SWEEP & IMAGE AMP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nb02_sms-2.png || Link]] || SMS-2 II MSM-202 (SMS-IIIA) || || ||
|-
| N82NB03 || Schematic? || X-RAY IMAGE || || || || ||
|-
| N82NB04 || Schematic || H. SWEEP & IM AMP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nb04_sms-2a_fixme.png || Link]] || SMS-2A SMS-2A (Zoom Center x2) || N82NB01P N82NB03 || ||
|-
| N82NB09 || Schematic || H. SWEEP & IMAGE AMP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nb09.png || Link]] || SMS-2 II || || ||
|-
| N82NC03 || Schematic || VER. SWEEP GENERATOR || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nc03_sms-2d_vert_sweep.png || Link]] || SMS-2D || N82H00C N82NC012X-2 N82NC012X-1 || ||
|-
| N82NCQ2 || Schematic || VERTICAL SWEEP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ncq2_sms-2_vertical_sweep.png || Link]] || SMS-2 II || || ||
|-
| N82NE01 || Schematic || TV VIDEO AMP || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ne01_sms-2_tv_video_amp.png || Link]] || SMS-2 II MSM-200 (SMS-IIIA) || N82NE003X-1 N78NA004 || ||
|-
| N82NG01 || Schematic || Flip Flop || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ng01_sms-2_b.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ng01_sms-2.png || alt]]) || SMS-2 II || N82NG002X-1 N82NG002X-2 || ||
|-
| N82NG02 || Schematic || 1/4 divider || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82ng02_sms-2d.png || Link]] || SMS-2D || N82NG004X-1 N82NG004X-2 || ||
|-
| N82NH01 || Schematic || TV CRT SCAN (HOR) POWER SUPPLY || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nh01_sms-2_tv_hor_sweep.png || Link]] || SMS-2 II MSM-102 (SMS-IIIA) || N78HB006 N83NH004 N83NH003X-1 || ||
|-
| N82NJ01 || Schematic || BLANKING TIME ADJUST at RAPID || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nj01_sms-2_one_shot_mult_b.png || Link]] [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nj01_sms-2_one_shot_mult.png || Link]] || SMS-2 II || N82NJ002X-1 || ||
|-
| N82NK01 || Schematic || BLANKING CONTROL DUAL IMAGE HOR. DUAL MAG Marker Summing IMAGE DUAL MAG || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nk01-1_sms-2_image_dual_mag.png || Link-1]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nk01-1_sms-2_image_dual_mag_b.png || alt]]) [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nk01-2_sms-2_image_dual_mag.png || Link-2]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nk01-2_sms-2_image_dual_mag_b.png || alt]]) || SMS-2 II || N82NK003X-1 N82NK003X-2 N82NK003X-3 N82NK003X || ||
|-
| N82NL01 || Schematic || HOR, DUAL MAG || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nl01_sms-2_hor_dual_mag.png || Link]] || SMS-2 II MSM-202 (SMS-IIIA) || N82NL003X-1 N82NL003X-2 || ||
|-
| N82NL02 || Schematic? || FREQUENCY GENERATOR || || || || ||
|-
| N82NN01P || Schematic || AUTO CONTRAST & BRIGHTNESS || || || || ||
|-
| N82NM01 || Schematic || DUAL MARKER VER. DUAL MAG || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nm01_sms-2_ver_dual_mag_marker.png || Link]] || SMS-2 II || N82NM003X-1 N82NM003X-2 || ||
|-
| N82NM02 || Schematic || VER DUAL MAG & MARKER || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nm02_sms-2.png || Link]] || SMS-2 II || N82NM003X-1 N82NM003X-2 N82NM01P N82NM02P || ||
|-
| N82NN01 || Schematic || AUTO CONTRAST / BRIGHTNESS || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82nn01_sms-2_auto_contrast_brightness.png || Link]] || SMS-2 II || N82NN003X-2 N82NN003X-3 || ||
|-
| N82NP01 || Schematic || MICRON MARKER || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82np01_sms-2d_marker.png || Link]] || SMS-2D || N80W003X-1 CRT SCAN: N78NC01P || ||
|-
| N82NT01 || Schematic? || VIDEO AMP for TV Image || || || || ||
|-
| N82PC01 || Schematic || PHOTO CRT || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82pc01_sms-2_photo_crt.png || Link]] || SMS-2 II || || ||
|-
| N82PC07 || Schematic || PHOTO CRT || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82pc07_sms-3j_photo_crt.png || Link]] || SMS-3J || N80PC02 CRT SCAN: N78NC01P CRT FOCUS & DF: N80PA01P || ||
|-
| N82WA01 || Schematic || Voltage control || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n82wa01_sms-2d.png || Link]] || SMS-2D || N80WA02A N80WA05 || ||
|-
| N82WB04 || Schematic? || ALPHA-NUMERIC DEVICE || || || || ||
|-
| N82WC03 || Schematic? || SIGNAL PROCESSING || || || || ||
|-
| N82WD01 || Schematic? || Y-MODULATION || || || || ||
|-
| N82WE01 || Schematic? || SCAN ROTATION & TILT CORR. || || || || ||
|-
| N82WF01 || Schematic? || SPECIMIN MEASURING SYSTEM || || || || ||
|-
| N83C01 || Schematic? || STIGMATOR POWER SUPPLY || || || || ||
|-
| N83H03 || Schematic || Main wiring || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83h03_sms-2.png || Link]] || SMS-2 III MSM-200 (SMS-IIIA) || HV CONTROL: H83HC01P +-15V & +75 POWER SUPPLY: N82HD01P N82H01P SCINT. & CRT HV: N80HB01P-B CRT & SCINT HV RECTIFIER: N80HB01P-A || ||
|-
| N83H201 || Schematic? || 15.55 KHz Oscillator || || || || ||
|-
| N83HA01 || Schematic || EG HV || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83ha01_sms-2.png || Link]] || SMS-2 III MSM-200 (SMS-IIIA) || N80HA13P N80HA12 N80HA005 N80HA036 || ||
|-
| N83HC01 || Schematic || EG HV DRIVE & STABILIZER FILAMENT DRIVER & POWER SUPPLY || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83hc01_sms-2_b.png || Link]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83hc01_sms-2.png || alt]]) || SMS-2 III MSM-200 (SMS-IIIA) || N83HC004X-1 N83HC004X-2 N78HB005 N78HB006 || ||
|-
| N83ND01 || Schematic || TV PROBE SCAN || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83nd01_sms-2_tv_probe_scan.png || Link]] || SMS-2 II || N83ND003X-2 N82ND003X-1 || ||
|-
| N83ND02 || Schematic || TV PROBE SCAN || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83nd02-1_sms-2_tv_probe_scan.png || Link-1]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83nd02-1_sms-2_tv_probe_scan_b.png || alt]]) [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83nd02-2_sms-2_tv_probe_scan.png || Link-2]] ([[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83nd02-2_sms-2_tv_probe_scan_b.png || alt]]) || SMS-2 II || N83ND007X-2 N83ND007X-1 || ||
|-
| N83NF03 || Schematic || GAMMA CONTROL || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n83nf03_sms-2_gamma_control.png || Link]] || SMS-2 III || N83NF008X-1 N83F008X-2 || ||
|-
| N84HB06 || Schematic || PHOTO CRT HV || [[http:''siliconpr0n.org/uv/isi/super_iiia/schem/n84hb06_sms-4.png || Link]] || SMS-4 || N84HB03 N84HB03P || ||
|-
| WN76-7-01 || Schematic || SCHEMATICS - OVERALL ELECTRIC CIRCUIT || [[http:''siliconpr0n.org/uv/isi/tv-msm/schem/wn76-7-01_mrs-2-2_schematics_overall_electric_circuit_c.jpg || Color png]] ([[http:''siliconpr0n.org/uv/isi/tv-msm/schem/wn76-7-01_mrs-2-2_schematics_overall_electric_circuit_c/ || map]]) [[http:''siliconpr0n.org/uv/isi/tv-msm/schem/wn76-7-01_mrs-2-2_schematics_overall_electric_circuit_bw.jpg || Black & white png]] ([[http:''siliconpr0n.org/uv/isi/tv-msm/schem/wn76-7-01_mrs-2-2_schematics_overall_electric_circuit_bw/ || map]]) || MRS-2-2 || || ||
|-
|}

\\

ISI MSM

2018-12-24T23:25:02Z

0:0:0:0:0:0:0:1: Created page with "Category:ISI Category:SEM = TV-MSM = TV-Mini SEM Schematics: http:''siliconpr0n.org/uv/isi/tv-msm/schem/ WN76-7-01..."

[[Category:ISI]]
[[Category:SEM]]

= TV-MSM =

TV-Mini SEM

Schematics: [[http:''siliconpr0n.org/uv/isi/tv-msm/schem/|http:''siliconpr0n.org/uv/isi/tv-msm/schem/]]

WN76-7-01 referenced documents:

{| class="wikitable sortable" border=1
! Part # !! Description
|-
| N76BA01E || PRE AMP PHOTO MAL
|-
| N76H01 || EG HV SUPPLY
|-
| N76L03-E || DISPLAY CONSOL
|-
| N76LH01 || MONITOR TV
|-
| N76LF01P || CONVERTER DRIVE
|-
| N76LG01P || PROBE & CRT HORIZONTAL SWEEP
|-
| N76MA02P || EG HV CONTROL & HORIZONTAL SWEEP
|-
| N76MB02P || LENS POWER SUPPLY PM HV SUPPLY
|-
| N76MD02 || VERTICAL SWEEP & POWER SOURCE
|-
| N76ME01P || SCINT HV DRIVE
|-
| N76M02P || MAGNIFICATION SELECTER (sic)
|-
|}

FIB

2018-12-24T23:22:40Z

0:0:0:0:0:0:0:1: Created page with "{| class="wikitable sortable" border=1 !Image !!Vendor !!Model !!Year !!Max nA !!SEM kV !!SEM Gun !!SEM resolution (nm) !!Features !!List price !!Ask price !!Manual !!Schem !!..."

{| class="wikitable sortable" border=1
!Image !!Vendor !!Model !!Year !!Max nA !!SEM kV !!SEM Gun !!SEM resolution (nm) !!Features !!List price !!Ask price !!Manual !!Schem !!SW !!Notes |
|-
| || FEI || Dual Beam 235 || || || || Y || || || || [[http:''www.technicalsalessolutions.com/ || 550k]] || || || ||
|-
| || FEI || Dual Beam 830 || || || || Y || || || || [[http:''www.technicalsalessolutions.com/ || 400k]] || || || ||
|-
| || FEI || Dual Beam 835 || || || || Y || || || || [[http:''www.technicalsalessolutions.com/ || 425k]] || || || ||
|-
| || FEI || Dual Beam 865 || || || || Y || || || || [[http:''www.technicalsalessolutions.com/ || 495k]] || || || ||
|-
| || FEI || Dual Beam Expida 1275 || || || || Y || || || || || || || ||
|-
| || FEI || ExSolve || ~2015 || || || Y || || || || || || || || [[http:''www.fei.com/products/dualbeam/exsolve/ || Link]] BIg, for wafers
|-
| || FEI || FIB 200 || || || || N || || || || [[http:''www.technicalsalessolutions.com/ || 225-250k]] || || || ||
|-
| || FEI || FIB800 || || || || N || || || || [[http:''www.technicalsalessolutions.com/ || 225k]] || || || ||
|-
| || FEI || Helios Nanolab || ~2015 || || || Y || || || || || || || || [[http:''www.fei.com/products/dualbeam/helios-nanolab/ || Link]]
|-
| || FEI || Nova 600 NanoLab || ~2003 || || || Y || || || || || || || ||
|-
| || FEI || Scios || ~2015 || || || Y || || || || || || || || [[http:''www.fei.com/products/dualbeam/scios/ || Link]]
|-
| || FEI || V400ACE || ~2015 || || || || || || || || || || || [[http:''www.fei.com/products/fib/v400-ace/ || Link]]
|-
| || FEI || Versa 3D DualBeam || ~2015 || || || Y || || Optional: ESEM || || || || || || [[http:''www.fei.com/products/dualbeam/versa-3d/ || Link]]
|-
| || FEI || Vion || ~2015 || || || || || || || || || || || [[http:''www.fei.com/products/fib/vion/ || Link]]
|-
| || Helios || 460HP || || || || Y || || || || || || || ||
|-
| || LEO-Zeiss || 1540 XB || || || || Y || || || || || || || ||
|-
| || Micrion || 9500 || || || || N || || || || [[http:''www.technicalsalessolutions.com/ || 100k]] || || || ||
|-
| || Zeiss || Crossbeam 340 || ~2015 || 100? || || Y || || || || || || || || [[http:''www.zeiss.com/microscopy/en_us/products/fib-sem-instruments/crossbeam.html || Link]]
|-
| || Zeiss || Crossbeam 540 || ~2015 || 100? || || Y || || || || || || || || [[http:''www.zeiss.com/microscopy/en_us/products/fib-sem-instruments/crossbeam.html || Link]]
|-
| || Seiko || SMI3050 SE || || || || || || || || [[http:''www.technicalsalessolutions.com/ || 650k]] || || || ||
|-
|}

Maybe this system could be scavenged for instruments to use on another SEM: http:''www.ebay.com/itm/Seiko-SMI-8100-Lab-Mobile-Focused-Ion-Beam-System-Controller-Cabinet-w-Modules-/151690496898?pt=LH_DefaultDomain_0&hash=item2351754b82

Aspex PSEM

2018-12-24T22:45:30Z

0:0:0:0:0:0:0:1: Created page with "Category:Aspex Category:SEM {{:mcmaster:aspex:psem:overview.jpg?300}} = Operation = 2018-04-24 notes * Summary: generally seems to work, reliability issues possibly..."

[[Category:Aspex]]
[[Category:SEM]]

{{:mcmaster:aspex:psem:overview.jpg?300}}

= Operation =

2018-04-24 notes
* Summary: generally seems to work, reliability issues possibly software related
* Booting
''' Embedded controller ethernet must have system (ie my laptop) at other end at boot
''' Embedded controller stage connection must be attached at boot
'''* Cannot be activated without restarting system
'''* GUI will complain and then segfault, but otherwise seems operational
* GUI
''' Sometimes signal disappears and can be made to come back by switching signal views around (ie left pane vs right pane)
''' Sometimes GUI becomes completely unresponsive and has to be rebooted. But seems to only happen when changing settings, ie not during imaging cycles
* Pressure
''' Around 2E-5 typical pressure after pumping down
* BSE not working
''' Wiggling power cable RJ-11 causes noise on screen
''' Removing signal BNC results in blank screen
''' Next
'''* Check power supply
'''* Scope on BNC
* EDS still not tested
* Adjusting XY centering helped bring up beam energy
* Current was something like 25 uA...think target is 75 uA => probably need to adjust something
* Was able to select different acceleration voltages
* Focusing
''' Set image to 256x256
''' Set scan speed relatively high
''' Adjust slider until in focus
''' Increase resolution if need to get finer focus
''' Didn't try using auto-focus this time
''' Degaussing may bring out of focus
''' Changing accelerating voltage brought out of focus slightly maybe
''' Higher acceleration voltages are fuzzier (makes sense => deeper penetration => more scattering)

Open questions / TODO:
* Manual describes filament volts, but GUI shows %. What is the mapping?
* Why can't I get an image in suggested filament range? Needs replacement?
''' Note: replacements on order
* Replace filament?
''' IIRC over 200 hours logged in GUI
''' "filaments, which typically last between 50 and 250 hours"
* Do I need to replace column liner? Can I get them?
* BSE detectors works?
* EDS works?
* What does bias actually do? Bias on Whenelt to extract electrons?
* Why didn't newer software work? Retry it
* Source imaging mode?
* Gun assembly is slightly crooked (seal?). Replace seal? What caused this?
* Dump engine HDD
''' Without removing it?

Notes primarily from McMaster unit. Might add some info from mne
* "FL DEPT OF LAW ENFORCEMENT"

20 kV

RJ Lee => Aspex => FEI
* Quickstart manual 4.0 Oct 1997: RJ Lee Instruments Ltd.

http:''www.eng-tips.com/viewthread.cfm?qid=212783
* "I just called RJLee, and discovered he has sold the business and there are no more new PSEM's being sold."
''' Maybe during a short while? Aspex continued sales
* "R J Lee's SEM group was spun off as Aspex in 1995"

"By default, we use 10.133.67.1 for the engine and 10.133.67.2 for the console...The IP address of the engine is configured in the file C:\PSEM\WATTCP.CFG"
* "These addresses conform to the communications protocol standard RFC-1918 for non-routed IP addresses"
* No they don't...

Calibration: "Geller multi-resolution mag standard"
* geller magnification standard
* http:''www.gellermicro.com/mag_standards/mrs.html

"On discrete high voltage power supplies, the bias is adjusted via a physical knob on the back of the power supply. On continuous high voltage power supplies, the bias is adjusted by a software knob accessed via the Advanced button on this panel."

"he engine will issue a couple higher-pitched beeps within the first 10-15 seconds, then after about a minute a single low-pitch (256 Hz) 1⁄2-second beep will indicate that the engine has started successfully"

= Parts =

{| class="wikitable sortable" border=1
!Image !!Vendor !!Model !!Type !!Notes |
|-
| {{:mcmaster:aspex:psem:gauge.jpg?300}} || Pfeiffer || || Gauge || 1.033279656
|-
| {{:mcmaster:aspex:psem:turbo.jpg?300}} || Edwards || EN11354967 || Pump, turbo ||
|-
| || Edwards || EXC100L, D39622000 || Pump, turbo controller ||
|-
| || || || Pump, roughing ||
|-
| || || || EDS, sensor ||
|-
| || || || ||
|-
|}

= Vacuum =

{{:mcmaster:aspex:psem:sensors.jpg?300}}

{{:mcmaster:aspex:psem:upper.jpg?300}}

{{:mcmaster:aspex:psem:rough_front.jpg?300}}

{{:mcmaster:aspex:psem:rough_back.jpg?300}}

{{:mcmaster:aspex:psem:chamber.jpg?300}}

{{:mcmaster:aspex:psem:gun_cover.jpg?300}}

{{:mcmaster:aspex:psem:gun_open.jpg?300}}

{{:mcmaster:aspex:psem:gauge.jpg?300}}

<code>
Pfeiffer Vacuum, D-35614 Asslar
Typ: PKR 251 (2010/09)
No: PTR26000
F-No: 44369203
15...30VDC, 2W
</code>

"You will note that there is a n indicator light labeled "PUMP" on the front drawer of the computer drawer which will initially flash. This flashing indicates that the turbo pump is being accelerated to its maximum speed. The turbo should normally reach its maximum speed in 2-3 minutes and this light will then illuminate steadily. Once the pump light is a solid green, no longer flashing, the system is ready to use."

"Increase the filament knob until you see the value for EMISSION begin to rise. This will typically occur around DRIVE setting of 5-8 volts. At this time you will also see some indicates of an image on the image screen."

"Increase FILAMENT until somewhat past the point at which the image brightness no longer appears to increase."

"Under normal circumstances, the amount of stigmation correction should be rather modest (typically less than 0 mA correction current). If large correction values are required, it may be an indication that the column liner tube is contaminated and needs to be replaced"

"The electron source on the PERSONAL SEM users a unique emitter cartridge construction (US Patent 5,376,792) that incorporates a filament and control grid in a single low-cost, pre-cleaned and pre-aligned assembly."

= Front =

{{:mcmaster:aspex:psem:cage.jpg?300}}

= Back =

{{:mcmaster:aspex:psem:back1.jpg?300}}{{:mcmaster:aspex:psem:back2.jpg?300}}{{:mcmaster:aspex:psem:back3.jpg?300}}{{:mcmaster:aspex:psem:back4.jpg?300}}{{:mcmaster:aspex:psem:back5.jpg?300}}{{:mcmaster:aspex:psem:back6.jpg?300}}

{{:mcmaster:aspex:psem:eds_cards.jpg?300}}

<code>
Aspex Instruments
P/N 40P 03954
S/N 03954:10004
</code>

= PC =

{{:mcmaster:aspex:psem:engine1.jpg?300}}

= XY stage =

{{:mcmaster:aspex:psem:xy_cont_back.jpg?300}}

{{:mcmaster:aspex:psem:xy_cont_side.jpg?300}}

Where does this go?

= Filament =

Cambridge 12 mm diameter, 1 mm pin diameter

<code>
(09:14:44 AM) mne: I think I ordered them from a german supplier, but they are easy to find in the US as well
(09:15:43 AM) mne: They are cambridge filaments
(09:16:12 AM) mne: Should be those: https:''www.tedpella.com/apertures-and-filaments_html/tungsten-filaments.htm#anchor1403
(09:16:56 AM) mne: 12mm disc diameter, 1mm pin diameter
</code>

{| class="wikitable sortable" border=1
!Vendor !!Item # !!Description !!Price/pack !!Qty/pack !!Qty/each !!Notes |
|-
| Ted Pella || '''[[https:''www.tedpella.com/apertures-and-filaments_html/tungsten-filaments.htm#anchor1403 || 1403]]''' || || || || ||
|-
| Electron Microscopy Sciences || || || || || ||
|-
| Electron Microscopy Sciences || || || || || ||
|-
| SPI Supplies || || || || || ||
|-
| SPI Supplies || || || || || ||
|-
| EB Sciences || || || || || ||
|-
| EB Sciences || || || || || ||
|-
| Fisher Scientific || || || || || ||
|-
| Soquelec || || || || || ||
|-
| Soquelec || || || || || ||
|-
| ME Taylor || || || || || ||
|-
|}

= Stud =

\\

= Computer: engine =

<code>
Starting MS-DOS...

HIMEM is testing extended memory...done.

MICROSOFT Expanded Memory Manager 386 Version 4.49
Copyright Microsoft Corporation 1986, 1994

EM386 successfully installed.

Expanded memory services unavailible.

Total upper memory availible . . . . . . 82 KB
Largest Upper Memory Block availible . . 59 KB
Upper memory starting address . . . . . . C900 H

EM386 Active.

Lut1 is initialized
Lut2 is initialized

DB2 COFF Loader 2.00C - IBM-PC
[ Loading: c:\db3\writit.out ]

DB2 COFF Loader 2.00C - IBM-PC
[ Loading: c:\db3\wrto.out ]

DB2 COFF Loader 2.00C - IBM-PC
[ Loadering: c:db3\scanit.out ]
SysTest.exe - PSEM II/2000 hardware validation utility - Mar 15 2001
Copyright 1998-2000 Aspex LLC
'SysTest -?' for help.

Power Supplies
Nominal +15 V power supply = 14.0058 V
Nominal -15 V power supply = 13.107 V
Scan center found at (2049,2044)
DVSA offset (1022,1019)
Unable to find power line sync signal.
DXPInit.exe v. 1.00b - Copyright (C) 2000 Aspex LLC
3Com EtherLink PCI Bus Master Packet Driver v5.2.6
(C) Copyright 1999 3Com Corp. All rights reserved.

Attempting to auto detect media.......
</code>

Initial boot:

<code>
Personal SEM Embedded Engine v1.38(A) Oct 2 2003 12:02:26
Copyright (C) 1998-2003 Aspex, LLC
Up time 0:00:00
Core 205

>

BSED level=0
PCI 4pi board not found
PCI 4pi board not found
EDS firmware loaded.

Noral electronics configured.
Message sent to 12000005 not handled [10004]
Message sent to 12000003 not handled [10004]
[Error] 12000002(Vacuum Gauge) - No Supply
12000002(Vacuum Gauge) - [Error] No Supply
</code>

The errors cleared on subsequent boots. Unclear if they cleared on their own or because I was messing with cables

== Disk image ==

I have two disk images:
# My SEM, with EDS support
# A friends SEM, does not have EDS

<code>
Disk psem_hdd_eds.bin: 7 GiB, 7510164480 bytes, 14668290 sectors
Units: sectors of 1 * 512 = 512 bytes
Sector size (logical/physical): 512 bytes / 512 bytes
I/O size (minimum/optimal): 512 bytes / 512 bytes
Disklabel type: dos
Disk identifier: 0x00000000

Device Boot Start End Sectors Size Id Type
psem_hdd_eds.bin1 * 63 4192964 4192902 2G 6 FAT16
psem_hdd_eds.bin2 4192965 14651279 10458315 5G 5 Extended
psem_hdd_eds.bin5 4193028 8385929 4192902 2G 6 FAT16
psem_hdd_eds.bin6 8385993 12578894 4192902 2G 6 FAT16
psem_hdd_eds.bin7 12578958 14651279 2072322 1011.9M 6 FAT16
</code>

For kicks I tried booting a disk image in QEMU. It got stuck right after "EM386 active"

mounting:

<code>
mkdir 1 5 6 7
sudo mount -o loop,,offset=$((512 * 63)) psem_hdd_eds.bin 1
sudo mount -o loop,ro,offset=$((512 * 4193028)) psem_hdd_eds.bin 5
sudo mount -o loop,ro,offset=$((512 * 8385993)) psem_hdd_eds.bin 6
sudo mount -o loop,ro,offset=$((512 * 12578958)) psem_hdd_eds.bin 7
</code>

Only 1 has real data on it:

<code>
/dev/loop0 2.0G 18M 2.0G 1% /home/mcmaster/buffer/ic/sem_hdd/1
/dev/loop1 2.0G 0 2.0G 0% /home/mcmaster/buffer/ic/sem_hdd/6
/dev/loop2 2.0G 0 2.0G 0% /home/mcmaster/buffer/ic/sem_hdd/5
/dev/loop3 1012M 0 1012M 0% /home/mcmaster/buffer/ic/sem_hdd/7
</code>

Poked around, various things of potential use.

<code>
DXPInit.exe v. 1.00b - Copyright (C) 2000 Aspex LLC
c:\psem\engine.ini
EDSDetector
Syntax: DXPInit [1|2|3|4] [d[isc]] [n[odisc]] [v[erbose]] [h[elp]]
where 1,2,3,4 is the COM port (default=3) and
'disc' forces a discriminator calibration.
'nodisc' forces no discriminator calibration.
Initializes and calibrates the Gresham digital pulse processor using
configuration data from 'c:\psem\engine.ini'.
ENGINE.INI file items:
DXPProcessTime=(int)1-7 for 1.6, 3.2, 6.4, 12.8, 25.6, 51.2, 102.4 us
DXPFineGain=(int)2000 sets the energy/channel scale
DXPDisc[0-3]=(double)0.0..5.0 - auto calibrated with 'disc' option
DXPZeroStrobe=(int)1 - for on - (int) 0 for off
EDSDetector=(int)3 - for a DXP pulse processor
</code>

ENGINE.INI:
<code>
DSVAAddr=(int)800
CBAddr=(int)768
DB3Addr=(int)53248
EDSMemAddr=(int)54272
EDSAddr=(int)704
DACAddr=(int)640
GainVal=(int)0
XOffCal=(int)1022
YOffCal=(int)1019
XCenterCal=(int)2049
YCenterCal=(int)2045
Range1=(float)9.86
Range2=(float)99.44
Range3=(float)994.95
LineDel[0]=(int)0
... (some larger calibration tables)
ShfCorr[7][3]=(int)4
HVSupplyType=(int)1
VacuumGauge=(int)1
EDSDetector=(int)1
BSEDOption=(int)2
VacuumOption=(int)0
Bias=(int)0
FilamentCycles=(int)64
FilamentTime=(int)5821
UseStageLimits=(int)0
XUpperLimit=(float)999.90002
XLowerLimit=(float)-999.90002
YUpperLimit=(float)999.90002
YLowerLimit=(float)-999.90002
OrthogonalCorrection=(int)4
CO_XMin=(float)0.017403
CO_Ko=(float)4.549e-07
MagConstant=(float)18429
LoggingEnable=(int)0
ImageRotA=(float)11000
ImageRotB=(float)180
</code>
= Computer: GUI =

Using a T61p w/ WinXP

"When the middle mouse button is depressed at the same time as either the right or left mouse buttons, the increase or decrease is accelerated. Alternatively, if you hold down the ALT key, and then press the right or left mouse button, the increase or decrease is accelerated"

"CTRL RIGHT CLICK on any knob to open a dialog box that enables the user to change knob properties."

"Sticky Buttons Enable this control through a context-sensitive menu using CTRL RIGHT CLICK while the mouse pointer is over either the focus or stigmator grid."

"The optimal filament current is located just after the ‘knee’ of the curve and is typically about 75 to 80% of maximum filament current."

"The range of settings for the Filament Drive is 0 to 100%, with a typical operational setting of about 75%."

"Emission current is a measure of the number of electrons emitted by the filament. It is not a measure of the number of electrons that strike the sample"

"Typical emission currents are between 20 and 100 μA with the optimal about 50 μA"

"The bias voltage is the potential between the wehnelt and filament that shapes the electric field near the filament and modifies the shape of the emitted beam."

"The procedure for optimizing the bias is described in Section 6 (Procedures) of this manual."

"filaments, which typically last between 50 and 250 hour"

"Some operators have observed that the emission current is usually less stable during the first and last few hours of filament life."

"For more information, refer to Gun Coil Alignment Procedure in Section 6 (Procedures) of this manual."

"vacuum pressure must be better than 2 × 10 -4 torr to enable the beam high voltage."

Reference GUI shows QuadBSED but IIRC mine is just BSED. Photo shows its a QuadBSED. Is this relevant or just a GUI wording update?
* Later section lists them as two separate detectors. SW misconfigured?
* pg 46 shows both tabs there

"AutoVideo tries to optimize the brightness and contrast so that the weakest signal corresponds to a near-black pixel, and the strongest signal corresponds to a near-white pixel"

"The Cage check enables and disables the voltage that accelerates electrons from the sample into the SE detector. The Scintillator check enables and disables a bias across the crystal that measures the secondary electrons."

"The Aspex with Perception provides a range of magnification from approximately 10× to 100,000×. The exact limits depend upon the working distance."

"‘Best’ is defined as the magnification that enables the optimal range of high quality images when using the Zoom Box."

Spot: "The crossover of the condenser lens is represented by a value of 100%, and a typical working range is between 10 and 35%."

"he distance between the pole piece of the objective lens and the convergence point is called the working distance, and is displayed below the focus slider"

"Short working distances (less than 10 mm) produce the best high-resolution images"

"For EDS work, working distances in the 13-20 mm range will produce the largest number of x-rays"

"The most common reason that the AutoFocus function fails to find a good focus is too little structure and contrast in the image."

"Preferences: Vacuum Threshold On systems with a vacuum gauge, the interlock is a function of both the turbo-pump speed and the vacuum threshold. Enter the minimum pressure required to enable high voltage in this edit box."

"Table 4.3. Proprietary TIFF tags for spectral data (registered by Aspex, LLC)."

<code>
Tag name Index Data type Content
Spectral data 33618 Word or DWord Array of x-ray event counts
X-resolution 33619 ASCII Energy units per channel
X-offset 33620 ASCII Zero offset for the energy axis
Y-resolution 33621 ASCII Vertical axis units
Y-offset 33622 ASCII Zero offset for the vertical axis
</code>

"A typical pulse processor takes ~50 μs to digitize each x-ray."

"Both detectors record 2,048 channels of 10eV per channel"

= 2018-06-30 =

Use T5 bit to remove cartridge

Yesterday ordered spare cartridge

Apogee

2018-12-24T22:44:38Z

0:0:0:0:0:0:0:1:

[[Category:Apogee]]
[[Category:Camera]]

mcmaster notes

Apogee Alta U2 from eBay. MSRP is about $6k, was $800 which was the best I could find for a cooled CCD with USB

2018-05-22
* Ubuntu 16 on main laptop
* http:''www.randomfactory.com/apogee-lfa.html
* What was the relationship between libapogee and indi?
''' IIRC libapogee got discontinued
''' However, they didn't move the examples over
''' Should reach out to the devs
* Using indi
''' https:''github.com/indilib/indi.git
''' 58b26c584049e1b9ecd55aa5f4a225677a417898
* Cooled CCD (Alta U2) frontside optical emissions imaging test: unable to see any activity despite 1 hour exposure + histogram equalization (raw image appears black)
''' Used minipro
''' https:''github.com/JohnDMcMaster/uvscada/blob/master/emmap/
'''* I think

Some commands I ran
<code>
mcmaster@phantom:~/doc/sw/libapogee/libapogee-3.0.3234$
./configure --enable-python-wrapper

# sudo apt-get install -y libcurl4-openssl-dev libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libcurl4-gnutls-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev
# hmm conflicts
sudo apt-get install -y libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev
sudo apt-get install -y libcurl4-openssl-dev

sudo apt-get install -y indi-apogee indi-sbig kstars kstars-data kstars-data-extra-tycho2 libapogee-dev libapogee2

mcmaster@phantom:~/doc/sw/libapogee/libapogee-3.0.3234/examples$ LD_LIBRARY_PATHA=/home/mcmaster/doc/ext/indi/3rdparty/libapogee ./SimpleExposure && python decode.py
Apogee Alta Simple Exposoure Sample
Connected to Alta camera
Cam Info:
model = AltaU-2
max # imaging rows = 1024 max # imaging cols = 1536
Starting a 0.03 sec light exposure
Retrieving image data from camera
Writing image to file
Closing connection to camera
mv simpleExposure.{bin,png} ref
</code>

2018-08-26
* Did some tests a while back on main laptop
* Setting up to run on uvforge laptop

2018-08-27

<code>
sudo apt-get install -y libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev libcurl4-openssl-dev cmake
git clone https:''github.com/indilib/indi.git
pushd indi/3rdparty/libapogee
mkdir build
cd build
cmake ..
make -j$(nproc)
popd
tar -xf libapogee-3.0.3234.tar
cd libapogee-3.0.3234/examples
LD_LIBRARY_PATHA=/home/mcmaster/doc/ext/indi/3rdparty/libapogee ./SimpleExposure && python decode.py

maybe just try using lindi directly
sudo apt-get install libnova-dev libcfitsio-dev libusb-1.0-0-dev zlib1g-dev libgsl-dev build-essential cmake git libjpeg-dev libcurl4-gnutls-dev
sudo apt-get install libftdi-dev libgps-dev libraw-dev libgphoto2-dev libboost-dev libboost-regex-dev librtlsdr-dev libftdi1-dev libfftw3-dev

</code>

= libapogee =

What I used to get my early results. Works, but not reliably (sometimes image shows large splotch bands, almost like integration didn't start/stop correctly)

<code>
wget http:''www.randomfactory.com/downloads/libapogee-3.0.3234.tgz
tar -xf libapogee-3.0.3234.tgz
cd libapogee-3.0.3234
sed -i s/-lboost_regex-mt/-lboost_regex/ apogee/Makefile*
./configure
make -j$(nproc)
</code>

= micromanager =

2018-08-28

Followed instructions in Apogee official pdf

Got it to pickup, heard fan speed change

<code>
C:\Program Files\Micro-Manager-1.4\MMConfig_apogee.cfg
</code>

Got this working pretty quickly. Seems to work more reliably than the Apogee demo app

= References =

https:''neurophysics.ucsd.edu/Manuals/Apogee/ApogeeCameraInstallationGuide.pdf
* setupApogeeSoftware.exe

http:''www.andor.com/downloads
* apgSwInstall-x86.zip

Apogee

2018-12-24T22:40:54Z

0:0:0:0:0:0:0:1:

[[Category:Camera]]

mcmaster notes

Apogee Alta U2 from eBay. MSRP is about $6k, was $800 which was the best I could find for a cooled CCD with USB

2018-05-22
* Ubuntu 16 on main laptop
* http:''www.randomfactory.com/apogee-lfa.html
* What was the relationship between libapogee and indi?
''' IIRC libapogee got discontinued
''' However, they didn't move the examples over
''' Should reach out to the devs
* Using indi
''' https:''github.com/indilib/indi.git
''' 58b26c584049e1b9ecd55aa5f4a225677a417898
* Cooled CCD (Alta U2) frontside optical emissions imaging test: unable to see any activity despite 1 hour exposure + histogram equalization (raw image appears black)
''' Used minipro
''' https:''github.com/JohnDMcMaster/uvscada/blob/master/emmap/
'''* I think

Some commands I ran
<code>
mcmaster@phantom:~/doc/sw/libapogee/libapogee-3.0.3234$
./configure --enable-python-wrapper

# sudo apt-get install -y libcurl4-openssl-dev libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libcurl4-gnutls-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev
# hmm conflicts
sudo apt-get install -y libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev
sudo apt-get install -y libcurl4-openssl-dev

sudo apt-get install -y indi-apogee indi-sbig kstars kstars-data kstars-data-extra-tycho2 libapogee-dev libapogee2

mcmaster@phantom:~/doc/sw/libapogee/libapogee-3.0.3234/examples$ LD_LIBRARY_PATHA=/home/mcmaster/doc/ext/indi/3rdparty/libapogee ./SimpleExposure && python decode.py
Apogee Alta Simple Exposoure Sample
Connected to Alta camera
Cam Info:
model = AltaU-2
max # imaging rows = 1024 max # imaging cols = 1536
Starting a 0.03 sec light exposure
Retrieving image data from camera
Writing image to file
Closing connection to camera
mv simpleExposure.{bin,png} ref
</code>

2018-08-26
* Did some tests a while back on main laptop
* Setting up to run on uvforge laptop

2018-08-27

<code>
sudo apt-get install -y libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev libcurl4-openssl-dev cmake
git clone https:''github.com/indilib/indi.git
pushd indi/3rdparty/libapogee
mkdir build
cd build
cmake ..
make -j$(nproc)
popd
tar -xf libapogee-3.0.3234.tar
cd libapogee-3.0.3234/examples
LD_LIBRARY_PATHA=/home/mcmaster/doc/ext/indi/3rdparty/libapogee ./SimpleExposure && python decode.py

maybe just try using lindi directly
sudo apt-get install libnova-dev libcfitsio-dev libusb-1.0-0-dev zlib1g-dev libgsl-dev build-essential cmake git libjpeg-dev libcurl4-gnutls-dev
sudo apt-get install libftdi-dev libgps-dev libraw-dev libgphoto2-dev libboost-dev libboost-regex-dev librtlsdr-dev libftdi1-dev libfftw3-dev

</code>

= libapogee =

What I used to get my early results. Works, but not reliably (sometimes image shows large splotch bands, almost like integration didn't start/stop correctly)

<code>
wget http:''www.randomfactory.com/downloads/libapogee-3.0.3234.tgz
tar -xf libapogee-3.0.3234.tgz
cd libapogee-3.0.3234
sed -i s/-lboost_regex-mt/-lboost_regex/ apogee/Makefile*
./configure
make -j$(nproc)
</code>

= micromanager =

2018-08-28

Followed instructions in Apogee official pdf

Got it to pickup, heard fan speed change

<code>
C:\Program Files\Micro-Manager-1.4\MMConfig_apogee.cfg
</code>

Got this working pretty quickly. Seems to work more reliably than the Apogee demo app

= References =

https:''neurophysics.ucsd.edu/Manuals/Apogee/ApogeeCameraInstallationGuide.pdf
* setupApogeeSoftware.exe

http:''www.andor.com/downloads
* apgSwInstall-x86.zip

Apogee

2018-12-24T22:38:54Z

0:0:0:0:0:0:0:1: Created page with "mcmaster notes Apogee Alta U2 from eBay. MSRP is about $6k, was $800 which was the best I could find for a cooled CCD with USB 2018-05-22 * Ubuntu 16 on main laptop * http:'..."

mcmaster notes

Apogee Alta U2 from eBay. MSRP is about $6k, was $800 which was the best I could find for a cooled CCD with USB

2018-05-22
* Ubuntu 16 on main laptop
* http:''www.randomfactory.com/apogee-lfa.html
* What was the relationship between libapogee and indi?
''' IIRC libapogee got discontinued
''' However, they didn't move the examples over
''' Should reach out to the devs
* Using indi
''' https:''github.com/indilib/indi.git
''' 58b26c584049e1b9ecd55aa5f4a225677a417898
* Cooled CCD (Alta U2) frontside optical emissions imaging test: unable to see any activity despite 1 hour exposure + histogram equalization (raw image appears black)
''' Used minipro
''' https:''github.com/JohnDMcMaster/uvscada/blob/master/emmap/
'''* I think

Some commands I ran
<code>
mcmaster@phantom:~/doc/sw/libapogee/libapogee-3.0.3234$
./configure --enable-python-wrapper

# sudo apt-get install -y libcurl4-openssl-dev libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libcurl4-gnutls-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev
# hmm conflicts
sudo apt-get install -y libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev
sudo apt-get install -y libcurl4-openssl-dev

sudo apt-get install -y indi-apogee indi-sbig kstars kstars-data kstars-data-extra-tycho2 libapogee-dev libapogee2

mcmaster@phantom:~/doc/sw/libapogee/libapogee-3.0.3234/examples$ LD_LIBRARY_PATHA=/home/mcmaster/doc/ext/indi/3rdparty/libapogee ./SimpleExposure && python decode.py
Apogee Alta Simple Exposoure Sample
Connected to Alta camera
Cam Info:
model = AltaU-2
max # imaging rows = 1024 max # imaging cols = 1536
Starting a 0.03 sec light exposure
Retrieving image data from camera
Writing image to file
Closing connection to camera
mv simpleExposure.{bin,png} ref
</code>

2018-08-26
* Did some tests a while back on main laptop
* Setting up to run on uvforge laptop

2018-08-27

<code>
sudo apt-get install -y libboost-regex1.58.0 libboost-regex-dev libboost-regex1.58-dev python-dev swig cdbs libcfitsio-dev libnova-dev libusb-1.0-0-dev libjpeg-dev libusb-dev libtiff5-dev libftdi-dev fxload libkrb5-dev libraw-dev libgphoto2-dev libgsl0-dev dkms libboost-regex-dev libgps-dev libdc1394-22-dev libcurl4-openssl-dev cmake
git clone https:''github.com/indilib/indi.git
pushd indi/3rdparty/libapogee
mkdir build
cd build
cmake ..
make -j$(nproc)
popd
tar -xf libapogee-3.0.3234.tar
cd libapogee-3.0.3234/examples
LD_LIBRARY_PATHA=/home/mcmaster/doc/ext/indi/3rdparty/libapogee ./SimpleExposure && python decode.py

maybe just try using lindi directly
sudo apt-get install libnova-dev libcfitsio-dev libusb-1.0-0-dev zlib1g-dev libgsl-dev build-essential cmake git libjpeg-dev libcurl4-gnutls-dev
sudo apt-get install libftdi-dev libgps-dev libraw-dev libgphoto2-dev libboost-dev libboost-regex-dev librtlsdr-dev libftdi1-dev libfftw3-dev

</code>

= libapogee =

What I used to get my early results. Works, but not reliably (sometimes image shows large splotch bands, almost like integration didn't start/stop correctly)

<code>
wget http:''www.randomfactory.com/downloads/libapogee-3.0.3234.tgz
tar -xf libapogee-3.0.3234.tgz
cd libapogee-3.0.3234
sed -i s/-lboost_regex-mt/-lboost_regex/ apogee/Makefile*
./configure
make -j$(nproc)
</code>

= micromanager =

2018-08-28

Followed instructions in Apogee official pdf

Got it to pickup, heard fan speed change

<code>
C:\Program Files\Micro-Manager-1.4\MMConfig_apogee.cfg
</code>

Got this working pretty quickly. Seems to work more reliably than the Apogee demo app

= References =

https:''neurophysics.ucsd.edu/Manuals/Apogee/ApogeeCameraInstallationGuide.pdf
* setupApogeeSoftware.exe

http:''www.andor.com/downloads
* apgSwInstall-x86.zip

Main Page

2018-12-24T22:37:29Z

0:0:0:0:0:0:0:1:

[[Apogee U2]]

MediaWiki has been installed.

Consult the [https://www.mediawiki.org/wiki/Special:MyLanguage/Help:Contents User's Guide] for information on using the wiki software.

== Getting started ==
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Manual:Configuration_settings Configuration settings list]
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Localisation#Translation_resources Localise MediaWiki for your language]
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Manual:Combating_spam Learn how to combat spam on your wiki]