CoreMaster International - Application Notes

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AN 100 The Elusive Tapped Output Inductor
AN 106 Designing a Single-Ended, Forward Converter Using a CoreMaster E2000Q Core.
AN 107 Designing a 2 Transistor Forward Converter Using a CoreMaster E2000Q Core.
AN 108 Designing a Half Bridge Converter Using a CoreMaster E2000Q Core.
AN 109 Push-Pull Converter Design Using a CoreMaster E2000Q Core.
AN 112 Single Ended Regulation only Mag-Amp Design Using a CoreMaster E1000S Core.
AN 114 Push-Pull Output Inductor Design Using a LPT E2000Q Core.
AN 115 Designing a Continuous Current Buck-Boost Converter Using a LPT E2000Q Core.
AN 116 Buck-Boost Isolated Discontinuous Current Design Using an LPT E2000Q Core.
AN 120 Discontinuous Current Inverted Buck-Boost Converter Using a LPT E2000Q Core

AN 100	The Elusive Tapped Output Inductor
AN 106	Designing a Single-Ended, Forward Converter Using a CoreMaster E2000Q Core.
AN 107	Designing a 2 Transistor Forward Converter Using a CoreMaster E2000Q Core.
AN 108	Designing a Half Bridge Converter Using a CoreMaster E2000Q Core.
AN 109	Push-Pull Converter Design Using a CoreMaster E2000Q Core.
AN 112	Single Ended Regulation only Mag-Amp Design Using a CoreMaster E1000S Core.
AN 114	Push-Pull Output Inductor Design Using a LPT E2000Q Core.
AN 115	Designing a Continuous Current Buck-Boost Converter Using a LPT E2000Q Core.
AN 116	Buck-Boost Isolated Discontinuous Current Design Using an LPT E2000Q Core.
AN 120	Discontinuous Current Inverted Buck-Boost Converter Using a LPT E2000Q Core