Set Group Llc
Dba Set Group
CAGE Code: 7K6D4
NCAGE Code: 7K6D4
Status: Active
Type: Commercial Supplier
Summary
Set Group Llc, Dba Set Group is an Active Commercial Supplier with the Cage Code 7K6D4.
Address
1050 Colwell Ln Ste 303
Conshohocken PA 19428-1187
United States
Points of Contact
No Points of Contact...
Related Information
No Related Information...
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Frequently Asked Questions (FAQ) for CAGE 7K6D4
- What is CAGE Code 7K6D4?
- 7K6D4 is the unique identifier used by NATO Organizations to reference the physical entity known as Set Group Llc Dba Set Group located at 1050 Colwell Ln Ste 303, Conshohocken PA 19428-1187, United States.
- Who is CAGE Code 7K6D4?
- 7K6D4 refers to Set Group Llc Dba Set Group located at 1050 Colwell Ln Ste 303, Conshohocken PA 19428-1187, United States.
- Where is CAGE Code 7K6D4 Located?
- CAGE Code 7K6D4 is located in Conshohocken, PA, USA.
Contracting History for CAGE 7K6D4 Most Recent 25 Records
- 80NSSC18C0125
- Eo14042 Set Group Will Design, Build And Qualify A Gallium Nitride (Gan) Based High Power High Frequency Wide Range Llc Resonant Converter Capable Of Handling High Power And High Frequency Operation. The Gan Llc Converter Will Operate At 1 Mhz With An Input Voltage Of 95V - 160V And Output Of 600V - 2Kv, Capable Of Handling Up To 5 Kw. Current Technology Utilizes Silicon-Based Solutions For Power Conversion And Distribution. Gan Can Fundamentally Perform Well Beyond Current Silicon Based Hardware. Gan Has Direct Benefits Such As Higher Power Density, Reduced Footprint, Increased Power Capacity, And Improved Power Efficiency. Increasing Frequency Of Operation Results In Smaller Components But It Also Creates A Challenge For Thermal Management And Magnetic Component Design. Set Group Will Develop A Novel Thermal Management System Utilizing Additive Manufacturing Which Will Consolidate The Housing And Cooling In A Single Part. Similarly, Set Group Will Design A Novel Transformer That Will Integrate The Resonant Inductor, Transformer, And Output Voltage Multiplier Stage Into A Single Unit. Set Group's Goal Of Integration Is To Reduce The Number Of Parts To Decrease Size Of Unit, Mass And Volume. This Results In Higher Power Density, Lower Manufacturing Costs And Higher Reliability. Set Group Will Design The Gan-Llc Converter To Be Used For Solar Electric Propulsion (Sep), But The Outcome Of This Work Will Serve As A Platform For Other Power Conversion Products Utilizing Gan Technology To Be Developed.
- 13 Oct 2021
- Eo14042 Set Group Will Design, Build And Qualify A Gallium Nitride (Gan) Based High Power High Frequency Wide Range Llc Resonant Converter Capable Of Handling High Power And High Frequency Operation. The Gan Llc Converter Will Operate At 1 Mhz With An Input Voltage Of 95V - 160V And Output Of 600V - 2Kv, Capable Of Handling Up To 5 Kw. Current Technology Utilizes Silicon-Based Solutions For Power Conversion And Distribution. Gan Can Fundamentally Perform Well Beyond Current Silicon Based Hardware. Gan Has Direct Benefits Such As Higher Power Density, Reduced Footprint, Increased Power Capacity, And Improved Power Efficiency. Increasing Frequency Of Operation Results In Smaller Components But It Also Creates A Challenge For Thermal Management And Magnetic Component Design. Set Group Will Develop A Novel Thermal Management System Utilizing Additive Manufacturing Which Will Consolidate The Housing And Cooling In A Single Part. Similarly, Set Group Will Design A Novel Transformer That Will Integrate The Resonant Inductor, Transformer, And Output Voltage Multiplier Stage Into A Single Unit. Set Group's Goal Of Integration Is To Reduce The Number Of Parts To Decrease Size Of Unit, Mass And Volume. This Results In Higher Power Density, Lower Manufacturing Costs And Higher Reliability. Set Group Will Design The Gan-Llc Converter To Be Used For Solar Electric Propulsion (Sep), But The Outcome Of This Work Will Serve As A Platform For Other Power Conversion Products Utilizing Gan Technology To Be Developed.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $921,676.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC18C0125
- Eo14042 Set Group Will Design, Build And Qualify A Gallium Nitride (Gan) Based High Power High Frequency Wide Range Llc Resonant Converter Capable Of Handling High Power And High Frequency Operation. The Gan Llc Converter Will Operate At 1 Mhz With An Input Voltage Of 95V - 160V And Output Of 600V - 2Kv, Capable Of Handling Up To 5 Kw. Current Technology Utilizes Silicon-Based Solutions For Power Conversion And Distribution. Gan Can Fundamentally Perform Well Beyond Current Silicon Based Hardware. Gan Has Direct Benefits Such As Higher Power Density, Reduced Footprint, Increased Power Capacity, And Improved Power Efficiency. Increasing Frequency Of Operation Results In Smaller Components But It Also Creates A Challenge For Thermal Management And Magnetic Component Design. Set Group Will Develop A Novel Thermal Management System Utilizing Additive Manufacturing Which Will Consolidate The Housing And Cooling In A Single Part. Similarly, Set Group Will Design A Novel Transformer That Will Integrate The Resonant Inductor, Transformer, And Output Voltage Multiplier Stage Into A Single Unit. Set Group's Goal Of Integration Is To Reduce The Number Of Parts To Decrease Size Of Unit, Mass And Volume. This Results In Higher Power Density, Lower Manufacturing Costs And Higher Reliability. Set Group Will Design The Gan-Llc Converter To Be Used For Solar Electric Propulsion (Sep), But The Outcome Of This Work Will Serve As A Platform For Other Power Conversion Products Utilizing Gan Technology To Be Developed.
- 9 Mar 2022
- Eo14042 Set Group Will Design, Build And Qualify A Gallium Nitride (Gan) Based High Power High Frequency Wide Range Llc Resonant Converter Capable Of Handling High Power And High Frequency Operation. The Gan Llc Converter Will Operate At 1 Mhz With An Input Voltage Of 95V - 160V And Output Of 600V - 2Kv, Capable Of Handling Up To 5 Kw. Current Technology Utilizes Silicon-Based Solutions For Power Conversion And Distribution. Gan Can Fundamentally Perform Well Beyond Current Silicon Based Hardware. Gan Has Direct Benefits Such As Higher Power Density, Reduced Footprint, Increased Power Capacity, And Improved Power Efficiency. Increasing Frequency Of Operation Results In Smaller Components But It Also Creates A Challenge For Thermal Management And Magnetic Component Design. Set Group Will Develop A Novel Thermal Management System Utilizing Additive Manufacturing Which Will Consolidate The Housing And Cooling In A Single Part. Similarly, Set Group Will Design A Novel Transformer That Will Integrate The Resonant Inductor, Transformer, And Output Voltage Multiplier Stage Into A Single Unit. Set Group's Goal Of Integration Is To Reduce The Number Of Parts To Decrease Size Of Unit, Mass And Volume. This Results In Higher Power Density, Lower Manufacturing Costs And Higher Reliability. Set Group Will Design The Gan-Llc Converter To Be Used For Solar Electric Propulsion (Sep), But The Outcome Of This Work Will Serve As A Platform For Other Power Conversion Products Utilizing Gan Technology To Be Developed.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $861,804.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC18C0125
- Set Group Will Design, Build And Qualify A Gallium Nitride (Gan) Based High Power High Frequency Wide Range Llc Resonant Converter Capable Of Handling High Power And High Frequency Operation. The Gan Llc Converter Will Operate At 1 Mhz With An Input Voltage Of 95V - 160V And Output Of 600V - 2Kv, Capable Of Handling Up To 5 Kw. Current Technology Utilizes Silicon-Based Solutions For Power Conversion And Distribution. Gan Can Fundamentally Perform Well Beyond Current Silicon Based Hardware. Gan Has Direct Benefits Such As Higher Power Density, Reduced Footprint, Increased Power Capacity, And Improved Power Efficiency. Increasing Frequency Of Operation Results In Smaller Components But It Also Creates A Challenge For Thermal Management And Magnetic Component Design. Set Group Will Develop A Novel Thermal Management System Utilizing Additive Manufacturing Which Will Consolidate The Housing And Cooling In A Single Part. Similarly, Set Group Will Design A Novel Transformer That Will Integrate The Resonant Inductor, Transformer, And Output Voltage Multiplier Stage Into A Single Unit. Set Group's Goal Of Integration Is To Reduce The Number Of Parts To Decrease Size Of Unit, Mass And Volume. This Results In Higher Power Density, Lower Manufacturing Costs And Higher Reliability. Set Group Will Design The Gan-Llc Converter To Be Used For Solar Electric Propulsion (Sep), But The Outcome Of This Work Will Serve As A Platform For Other Power Conversion Products Utilizing Gan Technology To Be Developed.
- 18 Oct 2021
- Set Group Will Design, Build And Qualify A Gallium Nitride (Gan) Based High Power High Frequency Wide Range Llc Resonant Converter Capable Of Handling High Power And High Frequency Operation. The Gan Llc Converter Will Operate At 1 Mhz With An Input Voltage Of 95V - 160V And Output Of 600V - 2Kv, Capable Of Handling Up To 5 Kw. Current Technology Utilizes Silicon-Based Solutions For Power Conversion And Distribution. Gan Can Fundamentally Perform Well Beyond Current Silicon Based Hardware. Gan Has Direct Benefits Such As Higher Power Density, Reduced Footprint, Increased Power Capacity, And Improved Power Efficiency. Increasing Frequency Of Operation Results In Smaller Components But It Also Creates A Challenge For Thermal Management And Magnetic Component Design. Set Group Will Develop A Novel Thermal Management System Utilizing Additive Manufacturing Which Will Consolidate The Housing And Cooling In A Single Part. Similarly, Set Group Will Design A Novel Transformer That Will Integrate The Resonant Inductor, Transformer, And Output Voltage Multiplier Stage Into A Single Unit. Set Group's Goal Of Integration Is To Reduce The Number Of Parts To Decrease Size Of Unit, Mass And Volume. This Results In Higher Power Density, Lower Manufacturing Costs And Higher Reliability. Set Group Will Design The Gan-Llc Converter To Be Used For Solar Electric Propulsion (Sep), But The Outcome Of This Work Will Serve As A Platform For Other Power Conversion Products Utilizing Gan Technology To Be Developed.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $921,676.00
- National Aeronautics And Space Administration (Nasa)