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Solutions Search - LT3995 - 60V, 3A, 2MHz Step-Down Switching Regulator with 2.7μA Quiescent Current

LT3995 5V, 2MHz Step-Down Converter with Power Good

May 6th 2013
The LT3995 is an adjustable frequency monolithic buck switching regulator that accepts a wide input voltage range up to 60V. Low quiescent current design consumes only 2.7μA of supply current while regulating with no load. Low ripple Burst Mode operation maintains high efficiency at low output currents while keeping the ...

Circuit 

 

LT3995 5V Step-Down Converter

May 6th 2013
The LT3995 is an adjustable frequency monolithic buck switching regulator that accepts a wide input voltage range up to 60V. Low quiescent current design consumes only 2.7μA of supply current while regulating with no load. Low ripple Burst Mode operation maintains high efficiency at low output currents while keeping the ...

Circuit 

 

LT3995 4V Step-Down Convener with a High Impedance Input Source

May 6th 2013
The LT3995 is an adjustable frequency monolithic buck switching regulator that accepts a wide input voltage range up to 60V. Low quiescent current design consumes only 2.7μA of supply current while regulating with no load. Low ripple Burst Mode operation maintains high efficiency at low output currents while keeping the ...

Circuit 

 

LT3995 2.5V Step-Down Converter

May 6th 2013
The LT3995 is an adjustable frequency monolithic buck switching regulator that accepts a wide input voltage range up to 60V. Low quiescent current design consumes only 2.7μA of supply current while regulating with no load. Low ripple Burst Mode operation maintains high efficiency at low output currents while keeping the ...

Circuit 

 

LT3995 12V Step-Down Converter

May 6th 2013
The LT3995 is an adjustable frequency monolithic buck switching regulator that accepts a wide input voltage range up to 60V. Low quiescent current design consumes only 2.7μA of supply current while regulating with no load. Low ripple Burst Mode operation maintains high efficiency at low output currents while keeping the ...

Circuit