I don't want to stop the system&#44 so I would like to operate it redundantly (backup). Is this possible? Also&#44 what should I be cautious of when using remote sensing during redundant operation?

I don't want to stop the system&#44 so I would like to operate it redundantly (backup). Is this possible? Also&#44 what should I be cautious of when using remote sensing during redundant operation? | FAQ | TDK Product Center .text18&#44 h1{margin-right: -3px;} #relationLinkList_bnr ul li{width:465px;} #relationLinkList_bnr ul li a{padding:31px 10px;} #relationLinkList_bnr{margin-top:40px;} #relationLinkList_bnr p{margin-bottom:0px !important;color:#7F7F7F;font-size:15px;} 日本語中文 Deutsch --> HOME Contact I don't want to stop the system&#44 so I would like to operate it redundantly (backup). Is this possible? Also&#44 what should I be cautious of when using remote sensing during redundant operation? Pankuz End --> Q. I don't want to stop the system&#44 so I would like to operate it redundantly (backup). Is this possible? Also&#44 what should I be cautious of when using remote sensing during redundant operation? Power Supplies > Switching Power Supply > AC-DC Power Supplies/ DC-DC Converters A. Redundant (backup) operation is possible. Please match the diode to the output side and then connect. If there is a remote sensing terminal&#44 please be sure to perform sensing on the anode side of the diode. If sensing is performed on the cathode side of the diode&#44 the power supply operation may become unstable. Please use the following guidelines when selecting a diode: (1) The repetitive peak reverse voltage is more than twice the rated output voltage of the power supply (2) The average output current is more than the rated output current of the power supply (3) Diode with forward voltage that is as low as possible (Example: Schottky diode) Furthermore&#44 if the diode is used alone&#44 the element may be damaged by heat. Therefore&#44 be careful when using a radiator&#44 etc.&#44 for cooling and confirm that the element temperature is within the range specified by the manufacturer. *Please use the backflow prevention module RP-60-20 etc. which is a product of TDK-Lambda. Related Information Power Supplies Product Information Power Supplies Tech Notes Contact Information Inquiries on products&#44 sales and technical matters c:faq cid:1433442317179 def:faq_detail_D locale:en -->

During capacitive load connection&#44 a surge current that exceeds the rating flows on the output side. Can I use it?

During capacitive load connection&#44 a surge current that exceeds the rating flows on the output side. Can I use it? | FAQ | TDK Product Center .text18&#44 h1{margin-right: -3px;} #relationLinkList_bnr ul li{width:465px;} #relationLinkList_bnr ul li a{padding:31px 10px;} #relationLinkList_bnr{margin-top:40px;} #relationLinkList_bnr p{margin-bottom:0px !important;color:#7F7F7F;font-size:15px;} 日本語中文 Deutsch --> HOME Contact During capacitive load connection&#44 a surge current that exceeds the rating flows on the output side. Can I use it? Pankuz End --> Q. During capacitive load connection&#44 a surge current that exceeds the rating flows on the output side. Can I use it? Power Supplies > Switching Power Supply > AC-DC Power Supplies/ DC-DC Converters A. If the surge current flows for only a few milliseconds and has a low frequency (for example&#44 a few times per day)&#44 it does not affect the component temperature and use is possible. Please avoid use in an environment where repeated surge currents flow may cause the temperature of the parts to rise. When selecting the power supply&#44 please consider the drooping characteristics of overcurrent protection and the starting characteristics of the load side. Related Information Power Supplies Product Information Power Supplies Tech Notes Contact Information Inquiries on products&#44 sales and technical matters c:faq cid:1433442317187 def:faq_detail_D locale:en -->