Pay in 4 interest-free payments of $48.25 Learn more
Ships within 48 hours · Estimated delivery Jul 26 - Jul 31
The oxygen concentration obtained using this Test Method assumes a linear relationship between the interstitial oxygen concentration and the absorption coefficient of the 1107 cm1 band associated with interstitial oxygen in silicon
providing particle control as risk mitigation for particle contamination on the wafer
Only the bottom half of the kinematic coupling is specified so that suppliers can be flexible in designing wafer carriers that can mate with it
This Document describes a test method to characterize the composition and thickness of the chromium-enriched oxide layer of stainless steel surfaces and to detect surface contamination in tubing
This Standard defines one interface for all such carriers and for any carrier capacity (13 and 25 wafers)
HB00800 - SEMI HB8 - Test Method for Determining Orientation of a Sapphire Single Crystal Revision:SEMI HB8-0217 - Inactive The oxygen concentration obtained usingNOTICE: This Standard or Safety Guideline has an Inactive Status because the conditions to maintain Current Status have not been met. Inactive Standards or Safety Guidelines are available from SEMI and continue to be valid for use. The purpose of this Standard is to standardize a test method for sapphire single crystal orientation measurement which includes sapphire cylinder, sapphire ingot, sapphire wafer, etc. It will improve the standardization of
US$ 2749.50
US$ 18.00
US$ 2099.50
US$ 3749.50
US$ 39.95
US$ 28.00
US$ 35.00
US$ 36.00
US$ 50.00
US$ 2125.00
US$ 1499.50
US$ 15.00
US$ 83.33
US$ 20.00
US$ 37.00
US$ 23.00