Difference between revisions of "RTA-01"

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| name = AET Thermal RX
 
| name = AET Thermal RX
 
| Tool_Name = Rapid Thermal Annealer - 01
 
| Tool_Name = Rapid Thermal Annealer - 01
| image = [[Image:CVD-02.jpeg|300px]]
+
| image = [[Image:RTA01.jpg|300px]]
 
| imagecaption =  
 
| imagecaption =  
| Instrument_Type = Deposition
+
| Instrument_Type = Thermal Processing
 
| Staff_Manager = [[Lucas Barreto | Lucas Barreto]]
 
| Staff_Manager = [[Lucas Barreto | Lucas Barreto]]
| Lab_Location = Bay 2
+
| Lab_Location = Bay 1
 
| Tool_Manufacturer = AET
 
| Tool_Manufacturer = AET
 
| Tool_Model = Thermal RX
 
| Tool_Model = Thermal RX
 
| NEMO_Designation = RTA-01
 
| NEMO_Designation = RTA-01
 
| Lab_Phone = 215-898-9736
 
| Lab_Phone = 215-898-9736
| SOP Link = [https://repository.upenn.edu/scn_sop/20/ SOP]
 
 
}}
 
}}
  
 
== Description ==
 
== Description ==
  
The Rapid Thermal Annealer-01 anneals the sample up to 1200° C. The processes can be run under atmospheric pressure in Oxygen, Nitrogen, Forming Gas, and Argon environments. The tool can hold 4’’ wafers or smaller chips. Only MOS-compatible materials are allowed. Compound semiconductors and metals are not allowed.  
+
The Rapid Thermal Annealer-01 anneals the sample up to 1200° C. The processes can be run under atmospheric pressure in Oxygen, Nitrogen, Forming Gas, and Argon environments. The tool can hold 4’’ wafers or smaller chips. Only MOS-compatible materials are allowed. Compound semiconductors and metals are not allowed.
  
 
== Resources ==
 
== Resources ==
 +
===== SOP =====
 +
<pdf height="800"> File:RTA01_SOP_20240909.pdf</pdf>

Latest revision as of 13:44, 9 September 2024


AET Thermal RX
RTA01.jpg
Tool Name Rapid Thermal Annealer - 01
Instrument Type Thermal Processing
Staff Manager Lucas Barreto
Lab Location Bay 1
Tool Manufacturer AET
Tool Model Thermal RX
NEMO Designation RTA-01
Lab Phone 215-898-9736
SOP Link {{{SOP Link}}}

Description

The Rapid Thermal Annealer-01 anneals the sample up to 1200° C. The processes can be run under atmospheric pressure in Oxygen, Nitrogen, Forming Gas, and Argon environments. The tool can hold 4’’ wafers or smaller chips. Only MOS-compatible materials are allowed. Compound semiconductors and metals are not allowed.

Resources

SOP