Operating the converters in the discontinuous conduction mode can reduce the stress on the components and switching losses because you can get higher output power than with the continuous conduction mode. This is one of the advantages.
In addition, you can read some more details about the Difference between CCM and DCM via this link: www.monolithicpower.com/en/the-difference-between-ccm-and-dcm-explained
Спасибо! А в чем преимущество прерывистого режима, в каком случае используют этот режим в понижающих преобразователях
Operating the converters in the discontinuous conduction mode can reduce the stress on the components and switching losses because you can get higher output power than with the continuous conduction mode. This is one of the advantages.
In addition, you can read some more details about the Difference between CCM and DCM via this link: www.monolithicpower.com/en/the-difference-between-ccm-and-dcm-explained
@@CanBijles Понятно, спасибо!
@@SMV1972 You're welcome!
@@CanBijles скажите пожалуйста, передаточные функции dc dc buck в непрерывном режиме и прерывном одинаковы?