Description
(FE-SEM)Configuration
Resolution: 15kv : 1.5nm 1kv : 2.5nm Magnification High mode: 30x ~ 500,000x Maximum angle: 45 degrees Stage move: X,Y,Z,T,R : Motorizing Sample exchange time: About 30 secondsOEM Model Description
HITACHI S 4700 II is a SEM & TEM system. The S 4700 II has standard secondary electron detector (SE), a backscatter electron detector (BSD) and a Gatan MonoCL cathodoluminescence detector (CL). The BSD is sensitive to slight energy variations occurring when a high energy electron scatters off the nucleus of an atom. This sensitivity allows the BSD to map out variations in the densities of the sample. The CL measures photons released by the sample as it interacts with the electron beam and uses the information gathered from these photons to conduct elemental analysis.Documents
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HITACHI
S-4700 II
Verified
CATEGORY
SEM
Last Verified: Over 60 days ago
Key Item Details
Condition:
Used
Operational Status:
Unknown
Product ID:
111323
Wafer Sizes:
Unknown
Vintage:
Unknown
Have Additional Questions?
Logistics Support
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Money Back Guarantee
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Transaction Insured by Moov
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Refurbishment Services
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HITACHI
S-4700 II
CATEGORY
SEM
Last Verified: Over 60 days ago
Key Item Details
Condition:
Used
Operational Status:
Unknown
Product ID:
111323
Wafer Sizes:
Unknown
Vintage:
Unknown
Have Additional Questions?
Logistics Support
Available
Money Back Guarantee
Available
Transaction Insured by Moov
Available
Refurbishment Services
Available
Description
(FE-SEM)Configuration
Resolution: 15kv : 1.5nm 1kv : 2.5nm Magnification High mode: 30x ~ 500,000x Maximum angle: 45 degrees Stage move: X,Y,Z,T,R : Motorizing Sample exchange time: About 30 secondsOEM Model Description
HITACHI S 4700 II is a SEM & TEM system. The S 4700 II has standard secondary electron detector (SE), a backscatter electron detector (BSD) and a Gatan MonoCL cathodoluminescence detector (CL). The BSD is sensitive to slight energy variations occurring when a high energy electron scatters off the nucleus of an atom. This sensitivity allows the BSD to map out variations in the densities of the sample. The CL measures photons released by the sample as it interacts with the electron beam and uses the information gathered from these photons to conduct elemental analysis.Documents
No documents