Boost Regulator: A basic switching

Boost Regulator: A basic switching convertertopology wherein energy is stored inan input inductor (L1). When the shunt switch(Q1) is turned off, this energy is transferred tothe output. Boost regulators take an unregulatedinput voltage, and produce a higher,regulated output voltage. See Buck Regulator,Bridge Converter, Flyback Converter,Forward Converter, Push-Pull Converterand Resonant Converter.Breakdown Voltage: The maximum ac or dc voltagethat can be applied from the input to output(or chassis) of a power supply without causingdamage.Bridge Converter: A switching converter topologythat utilizes a full bridge circuit (four switchingelements) or half bridge circuit (two switchingelements). This topology is more common in offline(ac input) supplies than DC/DC converters.Bridge converters can provide high output powerand low output ripple, but tend to be more complexthan other power converter topologies. The addedcircuit complexity increases cost and may reducereliability. See Boost Regulator, Buck Regulator,Flyback Converter, Forward Converter, Push-Pull Converter and Resonant Converter.

Boost Regulator: A basic switching converter
topology wherein energy is stored in
an input inductor (L1). When the shunt switch
(Q1) is turned off, this energy is transferred to
the output. Boost regulators take an unregulated
input voltage, and produce a higher,
regulated output voltage. See Buck Regulator,
Bridge Converter, Flyback Converter,
Forward Converter, Push-Pull Converter
and Resonant Converter.
Breakdown Voltage: The maximum ac or dc voltage
that can be applied from the input to output
(or chassis) of a power supply without causing
damage.
Bridge Converter: A switching converter topology
that utilizes a full bridge circuit (four switching
elements) or half bridge circuit (two switching
elements). This topology is more common in offline
(ac input) supplies than DC/DC converters.
Bridge converters can provide high output power
and low output ripple, but tend to be more complex
than other power converter topologies. The added
circuit complexity increases cost and may reduce
reliability. See Boost Regulator, Buck Regulator,
Flyback Converter, Forward Converter, Push-
Pull Converter and Resonant Converter.

Boost Regulator: A basic switching converter
topology wherein energy is stored in
an input inductor (L1). When the shunt. Switch
(Q1), is turned off this energy is transferred to
the output. Boost regulators take an unregulated
input, voltage. And produce, a higher
regulated output voltage. See Buck Regulator
Bridge, Converter Flyback, Converter
Forward Converter,,, Push-Pull Converter
.And Resonant Converter.
Breakdown Voltage: The maximum AC or DC voltage
that can be applied from the input to output
(or. Chassis) of a power supply without causing
.
damage Bridge Converter: A switching converter topology
that utilizes a full. Bridge circuit (four switching
elements) or half bridge circuit (two switching
elements). This topology is more common in. Offline
.(AC input) supplies than DC / DC converters.
Bridge converters can provide high output power
and low output ripple but tend,, To be more complex
than other power converter topologies. The added
circuit complexity increases cost and may reduce
reliability.? See, Boost Regulator Buck Regulator
Flyback, Converter, Forward Converter, Push -
Pull Converter and Resonant Converter.