Solutions Search - LTC3766 - High Efficiency, Secondary-Side Synchronous Forward Controller

DC2199B-C - LTC3765EMSE/LTC3766EGN Isolated Demo Board | Forward Converter with Sync Rectification, 36V ≤ VIN ≤ 60V; VOUT = 56V @ 5.4A

Nov 29th 2016
Demonstration circuit 2199B-C is a 300W isolated forward converter with synchronous rectification featuring the LTC3765/LTC3766 chip-set. It produces a regulated 56V, 5.4A output from an input voltage range of 36V to 60V. ...

DC2199A-B - LTC3765EMSE/LTC3766EGN Isolated Demo Board | Forward Converter with Sync Rectification, 36V ≤ VIN ≤ 60V; VOUT = 24V @ 15A

Jun 2nd 2015
Demonstration circuit 2199A-B is a 360W isolated forward converter with synchronous rectification featuring the LTC3765/LTC3766 chip-set. It produces a regulated 24V, 15A output from an input voltage range of 36V to 60V. ...

DC2199A-A - LTC3765EMSE/LTC3766EGN Isolated Demo Board | Forward Converter, 36V ≤ VIN ≤ 60V; VOUT = 12V @ 30A

Oct 24th 2014
Demonstration circuit 2199A-A is a 360W isolated forward converter with synchronous rectification featuring the LTC3765/LTC3766. It produces a regulated 12V, 30A output from an input voltage range of 36V to 60V. ...

DC1739B-C - LTC3765EMSE/LTC3766EGN Isolated Demo Board | Forward Converter, 9V ≤ VIN ≤ 36V; VOUT = 12V @ 10A

Oct 9th 2013
Demonstration circuit 1739B-C is a 120W isolated forward converter with synchronous rectification featuring the LTC®3765/LTC3766 chip set. This circuit demonstrates the high level of performance, efficiency, and small solution size attainable using this chipset in an active-clamp-reset forward converter power supply. It ...

DC1739A-B - LTC3765EMSE/LTC3766EGN Isolated Demo Board | Forward Converter, 18V ≤ VIN ≤ 72V; VOUT = 12V @ 12.5A

Jun 21st 2012
Demonstration circuit 1739A-B is a 150W isolated forward converter with synchronous rectification featuring the LTC3765/LTC3766. This circuit demonstrates a high level of performance, efficiency, and small solution size attainable using these parts in an active-clamp-reset forward converter power supply. It operates at 240kHz ...

Design a Simple, Efficient and Reliable Forward Converter

Kurk Mathews - Applications Engineer Jun 14th 2012
Due to the high cost and inflexibility of isolated DC/DC converter modules, many designers are choosing to implement a discrete design that is better matched to their application. In particular, the forward converter with active clamp reset has been widely used in custom supplies because of its excellent efficiency and reduced ...

LTC3765/LTC3766 Isolated Forward Converter Chipset with Active Clamp Reset - Video Product Brief

Bruce Haug - Product Marketing Engineer Mar 6th 2012
The LTC®3765 is a start-up controller and gate driver for use in a self-starting secondary-side control forward converter. When combined with the LTC3766 secondaryside synchronous forward controller, a complete isolated power supply is created using a minimum of discrete parts. A proprietary scheme is used to multiplex gate ...

Isolated Forward Converter Chipset Simplifies Design While Enhancing System Reliability

Aug 9th 2011
MILPITAS, CA – August 9, 2011 – Linear Technology Corporation announces the LTC3765 and LTC3766 synchronous forward converter chipset with active clamp reset and Direct Flux Limit™ that prevents power transformer saturation under all conditions. The LTC3765 is a primary-side intelligent controller that works in concert ...