Hitachi - Revision history

Lbochtler: added the correct link for the s900 reference

2026-08-01T22:30:11Z

added the correct link for the s900 reference

← Older revision		Revision as of 22:30, 1 August 2026
Line 668:		Line 668:
	\|Year=		\|Year=
	\|Successor=		\|Successor=
	\|Magnification Range= 100x - 500x (Low Mag) / 250x - 800 kx (High Mag)<ref name="S900-datasheet">[[:File:~~N25D0064~~.pdf\|S-900 Ultra-High Resolution Field Emission SEM, (Object number: N25D0064)]]</ref>		\|Magnification Range= 100x - 500x (Low Mag) / 250x - 800 kx (High Mag)<ref name="S900-datasheet">[[:File:N25D0064_._Hitachi_-_S-900_Utra-High_Resolution_Field_Emission_SEM_-_Infosheet_-_comp.pdf\|S-900 Ultra-High Resolution Field Emission SEM, (Object number: N25D0064)]]</ref>
	\|Magnification Gauge Type= Digital (LED)		\|Magnification Gauge Type= Digital (LED)
	\|Specemin Chamber Pressure= <10⁻⁷ mBar<ref name="S900-datasheet"/>		\|Specemin Chamber Pressure= <10⁻⁷ mBar<ref name="S900-datasheet"/>

Lbochtler: fixed reference position

2026-08-01T22:16:28Z

fixed reference position

← Older revision		Revision as of 22:16, 1 August 2026
Line 765:		Line 765:

	= References =		= References =
			<references />

	[[Category:EM Templates]]		[[Category:EM Templates]]
	[[Category:Electron Microscope]]		[[Category:Electron Microscope]]
	[[Category:Pages with broken file links]]		[[Category:Pages with broken file links]]

Lbochtler: added S-900

2026-08-01T22:14:39Z

added S-900

@@ Line 648: / Line 648: @@
    |Stage Type=
    |Sample Holder Type=
-   |X, Y Travel Range=X:
+   |X, Y Travel Range=
    |Z Travel Range=
    |Tilt Range=
@@ Line 658: / Line 658: @@
    |Deflection Type=
    |Point Resolution= 2 nm
    |Lens Type=Electromagnetic
    |Specimen Loading=

Lbochtler: changed SEM FEG entry.

2026-08-01T20:56:10Z

changed SEM FEG entry.

← Older revision		Revision as of 20:56, 1 August 2026
Line 390:		Line 390:
	{{SEM List Entry		{{SEM List Entry
	\|Microscope Name=S-430		\|Microscope Name=S-430
	\|Microscope Picture File=Hitachi_-_S-430_-_from_N26D0057.png		\|Microscope Picture File=Hitachi_._S-430_-_from_N26D0057.png
	\|Year=		\|Year=
	\|Successor=		\|Successor=
Line 429:		Line 429:
	{{SEM List Entry		{{SEM List Entry
	\|Microscope Name=S-450		\|Microscope Name=S-450
	\|Microscope Picture File=Hitachi_-_S-450_-_from_N26D0057.png		\|Microscope Picture File=Hitachi_._S-450_-_from_N26D0057.png
	\|Year=		\|Year=
	\|Successor=		\|Successor=
Line 544:		Line 544:
	\|Drive Mechanism=		\|Drive Mechanism=
	}}		}}

	== Field Emission ==		== Field Emission ==
			{{SEM List Entry
			\|Microscope Name=HFS-2
			\|Microscope Picture File=
			\|Year= 1972
			\|Successor= S-700
			\|Magnification Range=
			\|Magnification Gauge Type=
			\|Specemin Chamber Pressure=
			\|Power Consumption=
			\|System Weight=
			\|Accelerator Type=
			\|Cathode Type=Cewe type Cold FEG
			\|Accelerating Voltage=
			\|Stability=
			\|Cathode Heating Methode=
			\|Alignment Methode=
			\|Number of Condensor Lenses=
			\|Condensor Current Stability=
			\|Condensor Stigmator=
			\|Condensor Aperture=
			\|Condensor Alignment=
			\|Condensor Lens Type=
			\|Stage Type=
			\|Sample Holder Type=
			\|X, Y Travel Range=X:
			\|Z Travel Range=
			\|Tilt Range=
			\|Rotation Range=
			\|Working Distance=
			\|Objective Spherical Error=
			\|Objective Current Stability=
			\|Objective Stigmator=
			\|Deflection Type=
			\|Point Resolution=
			\|Lens Type=Electromagnetic
			\|Specimen Loading=
			\|Drive Mechanism=
			}}

	{{SEM List Entry		{{SEM List Entry
	\|Microscope Name=S-700		\|Microscope Name=S-700
Line 584:		Line 624:
	}}		}}

			{{SEM List Entry
	{{~~#DeviceInfoBox2:tem~~\|~~HFS~~-2\|\|		\|Microscope Name=S-800
	~~year~~=~~1972;~~		\|Microscope Picture File=Hitachi-s800-overview-color.jpg
	~~accel~~=~~Crewe Electron Gun;~~		\|Year= 1986
	~~cath_type~~=~~Cold Field Emission;~~		\|Successor=
	~~conl_type~~=~~Electromagnetic;~~		\|Magnification Range= 20x - 300kx<ref name="Hitachi_lineup1"/>
	~~objl_type~~=~~Electromagnetic;~~		\|Magnification Gauge Type= Digital (LED)
	~~successor~~=~~S-800;~~		\|Specemin Chamber Pressure=
	\|}}		\|Power Consumption=
	~~{{#DeviceInfoBox2:sem~~\|~~S-800~~\|~~File:Hitachi~~-~~s800~~-~~overview-color.jpg~~\|		\|System Weight=
	~~year~~=~~1986;~~		\|Accelerator Type=
	~~accel~~=~~Crewe Electron Gun;~~		\|Cathode Type=Cewe type Cold FEG
	~~accel_volt~~=~~100V~~, ~~1KV - 30KV;~~		\|Accelerating Voltage=100V -1kV, 1kV-30kV
	~~cath_type~~=~~Cold Field Emission;~~		\|Stability=
	~~cond_lens~~=~~1 Electromagnetic;~~		\|Cathode Heating Methode=
	~~obj_lens~~=~~Pinhole Electromagnetic;~~		\|Alignment Methode=
	~~apt_holder~~=~~3 pos. Strip;~~		\|Number of Condensor Lenses= 1
	~~res~~=2 nm;		\|Condensor Current Stability=
	~~stig~~=~~2x Octopol,~~ Electromagnetic;		\|Condensor Stigmator= Double Quadrupole
	~~def~~=~~Double Electromagnetic;~~		\|Condensor Aperture=
	\|}}		\|Condensor Alignment=
			\|Condensor Lens Type=
			\|Stage Type=
			\|Sample Holder Type=
			\|X, Y Travel Range=X:
			\|Z Travel Range=
			\|Tilt Range=
			\|Rotation Range=
			\|Working Distance=
			\|Objective Spherical Error=
			\|Objective Current Stability=
			\|Objective Stigmator= Double Quadrupole
			\|Deflection Type=
			\|Point Resolution= 2 nm
			\|Lens Type=Electromagnetic
			\|Specimen Loading=
			\|Drive Mechanism=
			}}

	= Electron Probe Microanalyzer =		= Electron Probe Microanalyzer =
Line 667:		Line 724:
	***{"icon":false}{{#l:Hitachi-S-800-Schematics.pdf\|S-800 Schematics}}		***{"icon":false}{{#l:Hitachi-S-800-Schematics.pdf\|S-800 Schematics}}
	}}		}}

			= References =

	[[Category:EM Templates]]		[[Category:EM Templates]]
	[[Category:Electron Microscope]]		[[Category:Electron Microscope]]
			[[Category:Pages with broken file links]]

Lbochtler: added S-405A, S-415A, S-430, S-450, S-450LB, S-520, S-700, X-650

2026-08-01T20:47:59Z

added S-405A, S-415A, S-430, S-450, S-450LB, S-520, S-700, X-650

Show changes

Lbochtler: added H-300 pic, H-600, H-700H, H1000, H1250

2026-08-01T20:26:32Z

added H-300 pic, H-600, H-700H, H1000, H1250

Show changes

Lbochtler: added ssm-2

2026-03-07T15:55:09Z

added ssm-2

@@ Line 69: / Line 69: @@
 = Scanning Electron Microscope =
 == Field Emission ==
 {{#DeviceInfoBox2:tem|HFS-2||

Lbochtler: fixed spelling error in the name of the HFS-2

2025-03-15T00:03:39Z

fixed spelling error in the name of the HFS-2

← Older revision		Revision as of 00:03, 15 March 2025
Line 70:		Line 70:
	= Scanning Electron Microscope =		= Scanning Electron Microscope =
	== Field Emission ==		== Field Emission ==
	{{#DeviceInfoBox2:tem\|~~HSF~~-2\|\|		{{#DeviceInfoBox2:tem\|HFS-2\|\|
	year=1972;		year=1972;
	accel=Crewe Electron Gun;		accel=Crewe Electron Gun;

192.168.1.137: /* Transmition Electron Microscopes */

2023-11-28T08:07:52Z

Transmition Electron Microscopes

← Older revision		Revision as of 08:07, 28 November 2023
Line 1:		Line 1:
	Hitachi is a multi sector Comapany based in Japan. Among its many products are Electron Microscopes, both of the Scanning and Transmission Veriaty. They are among the first company to Introduce and populerize the use of the Cold Field Emmision Electron source.		Hitachi is a multi sector Comapany based in Japan. Among its many products are Electron Microscopes, both of the Scanning and Transmission Veriaty. They are among the first company to Introduce and populerize the use of the Cold Field Emmision Electron source.

	= ~~Transmition~~ Electron Microscopes =		= Transmission Electron Microscopes =
	The Transmission ~~Eelectron~~ Microscopes from Hitachi Started with the HU1.		The Transmission Electron Microscopes from Hitachi Started with the HU1.

	{\| class="wikitable"		{\| class="wikitable"
Line 66:		Line 66:

	HFS-2: First Practical commercial Field emission Scanning Electron Microscope : 1972		HFS-2: First Practical commercial Field emission Scanning Electron Microscope : 1972


	= Scanning Electron Microscope =		= Scanning Electron Microscope =
	== Field Emission ==		== Field Emission ==

Lbochtler: test

2022-08-17T21:59:28Z

test

← Older revision		Revision as of 21:59, 17 August 2022
Line 81:		Line 81:
	accel_volt=100V, 1KV - 30KV;		accel_volt=100V, 1KV - 30KV;
	cath_type=Cold Field Emission;		cath_type=Cold Field Emission;
			cond_lens=1 Electromagnetic;
			obj_lens=Pinhole Electromagnetic;
			apt_holder=3 pos. Strip;
			res=2 nm;
			stig=2x Octopol, Electromagnetic;
			def=Double Electromagnetic;
	\|}}		\|}}