Current-driven synchronous rectifier with current sensing energy recovery has been proved to be suitable for almost all high frequency switching topologies. The synchronous rectifier can be driven on and off automatically according to the current direction. In fact it can be taken as an active diode with very low power dissipation. Some theoretical analysis and experimental results have been shown in the previous work. This paper presents an extended analysis to some practical considerations when applying this current-driven synchronous rectifier in switching converter design.published_or_final_versio
The self-driven synchronous rectification (SDSR) forward topology is widely used in offline low volt...
Abstract—Synchronous rectification has previously been adop-ted in switched-mode circuits for reduci...
A synchronous rectifier using current driven approach is disclosed which can replace diode rectifier...
A novel current-driven synchronous rectifier is presented in this paper. With the help of current se...
Abstract—A novel current-driven synchronous rectifier is presented in this paper. With the help of c...
A new current driven synchronous rectification technology is presented. It is intended for high curr...
A synchronous rectifier using current driven approach is disclosed which can replace diode rectifier...
A Synchronous Rectifier Using Current Driven Approach Is Disclosed Which Can Replace Diode Rectifier...
A synchronous rectifier is disclosed which makes use of current driving technique to enable low cond...
Conventional self-driven synchronous rectification forward topology cannot provide drive voltage for...
The present invention is one kind of current driving sync rectifier capable of replacing diode recti...
Synchronous rectification has previously been adopted in switched-mode circuits for reducing the con...
For low voltage, high current application, synchronous rectification technique can help improve effi...
This thesis investigates the operation of the current transfonner (CT) when sensing retum-to-zero cu...
This paper extends the single-phase self-driven synchronous rectification (SDSR) technique to multip...
The self-driven synchronous rectification (SDSR) forward topology is widely used in offline low volt...
Abstract—Synchronous rectification has previously been adop-ted in switched-mode circuits for reduci...
A synchronous rectifier using current driven approach is disclosed which can replace diode rectifier...
A novel current-driven synchronous rectifier is presented in this paper. With the help of current se...
Abstract—A novel current-driven synchronous rectifier is presented in this paper. With the help of c...
A new current driven synchronous rectification technology is presented. It is intended for high curr...
A synchronous rectifier using current driven approach is disclosed which can replace diode rectifier...
A Synchronous Rectifier Using Current Driven Approach Is Disclosed Which Can Replace Diode Rectifier...
A synchronous rectifier is disclosed which makes use of current driving technique to enable low cond...
Conventional self-driven synchronous rectification forward topology cannot provide drive voltage for...
The present invention is one kind of current driving sync rectifier capable of replacing diode recti...
Synchronous rectification has previously been adopted in switched-mode circuits for reducing the con...
For low voltage, high current application, synchronous rectification technique can help improve effi...
This thesis investigates the operation of the current transfonner (CT) when sensing retum-to-zero cu...
This paper extends the single-phase self-driven synchronous rectification (SDSR) technique to multip...
The self-driven synchronous rectification (SDSR) forward topology is widely used in offline low volt...
Abstract—Synchronous rectification has previously been adop-ted in switched-mode circuits for reduci...
A synchronous rectifier using current driven approach is disclosed which can replace diode rectifier...