1206CSSERIES Search Results

Contextual Info: Document 104-1 ChipInductors – 1206CSSeries 3216 The 1206CS features high SRF and excellent Q values. Their ceramic cores make 1% tolerances practical and economical and ensure the utmost in thermal stability, predictability and consistency. Part number

Contextual Info: 28 ChipIhductois- 1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excel­ lent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alterna­ tive to traditional mechanical tuning. The non­ magnetic core also assures the utmost in thermal

Contextual Info: Document 104-1 ChipInductors – 1206CSSeries 3216 The 1206CS features high SRF and excellent Q values. Their ceramic cores make 1% tolerances practical and economical and ensure the utmost in thermal stability, predictability and consistency. Part number

s820

Abstract: 1206C
Contextual Info: 32 ChipInductors-1206CSSeries 3216 H ig h S R F c h ip in d u c to r in 120 6 fo o tp rin t. E xce lle n t Q v a lu e s . C e ra m ic c o re m a k e s to le ra n c e s a s lo w a s ± 1 % a p ra c tic a l a n d e c o n o m ic a l a lte rn a tiv e to tra d itio n a l m e c h a n ic a l tu n in g . T h e n o n m a g n e tic c o re a ls o a s s u re s th e u tm o s t in th e rm a l

CoilCraft 104

Abstract: bc 331 BC 680
Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also assures the utmost in thermal

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also ensures the utmost in

Contextual Info: Document 104-1 ChipInductors–1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also ensures the utmost in

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also ensures the utmost in

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also assures the utmost in thermal

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also assures the utmost in thermal

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also assures the utmost in thermal