Two new radiation-hard DCDC converters are in development, which tolerate a higher input voltage (up to 48 V) and provide a larger output power compared to existing solutions. They are called bPOL48V and rPOL48V, and they employ gallium nitride devices. bPOL48V can provide 10 A of output current with better than 90% efficiency and is close to production readiness, while rPOL48V is in an early stage of development and is designed to provide larger output current with better power density. A linear regulator called linPOL48V, able step down the voltage from up to 48 V with maximum output current of 200 mA has also been designed and tested.

48 v input rad-hard DCDC converters for HEP experiments: Development and results

Saggini S.;Iob F.
2022

Abstract

Two new radiation-hard DCDC converters are in development, which tolerate a higher input voltage (up to 48 V) and provide a larger output power compared to existing solutions. They are called bPOL48V and rPOL48V, and they employ gallium nitride devices. bPOL48V can provide 10 A of output current with better than 90% efficiency and is close to production readiness, while rPOL48V is in an early stage of development and is designed to provide larger output current with better power density. A linear regulator called linPOL48V, able step down the voltage from up to 48 V with maximum output current of 200 mA has also been designed and tested.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11390/1222714
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