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제품검색 결과내 재검색
  검색결과 : 총 12 개의 시리즈 정보가 등록되어 있습니다.
 
 
C23~C27 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C31~C33 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C36~C46 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C50~C57 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C06 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
CO3 ~ C05 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C07~C09 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C13~C15 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C10~C11 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C12 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C16~C18 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
C19~C21 , Iron Powder CORE, RF Carbonyl CORE
 
 
* Excellent Frequency Characteristic (Maximum 200MHz) , * Excellent Inductance Stablilty under high DC bias Cindition , * Good tempreature stability , * Inductors for High "Q" , * Relatively high Saturation Flux Density , * Large energy storage capacity , * Low core loss , * Cos ...
 
 
 
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