Coilcraft CPS Datasheets for Chip Inductors

Chip inductors are manufactured using semiconductor material.
Chip Inductors: Learn more

Page: 1 2 3

Product Name	Notes
Chip Inductor for Critical Applications -- ST319RAD10NJLZ Chip Inductor for Critical Applications -- ST319RAD1N1JLZ Chip Inductor for Critical Applications -- ST319RAD2N6JLZ Chip Inductor for Critical Applications -- ST319RAD4N5JLZ Chip Inductor for Critical Applications -- ST319RAD5N0JLZ Chip Inductor for Critical Applications -- ST319RAD6N8JLZ Chip Inductor for Critical Applications -- ST319RAD7N6JLZ	■ Combines the exceptionally high Q of an air core inductor with the rugged construction of a ceramic body component. ■ Inductance values: 1.15 nH – 10.4 nH ■ Provides...
Chip Inductor for Critical Applications -- ST336RAB102_LZ Chip Inductor for Critical Applications -- ST336RAB103_LZ Chip Inductor for Critical Applications -- ST336RAB111_LZ Chip Inductor for Critical Applications -- ST336RAB122_LZ Chip Inductor for Critical Applications -- ST336RAB152_LZ Chip Inductor for Critical Applications -- ST336RAB153_LZ Chip Inductor for Critical Applications -- ST336RAB182_LZ Chip Inductor for Critical Applications -- ST336RAB222_LZ Chip Inductor for Critical Applications -- ST336RAB223_LZ Chip Inductor for Critical Applications -- ST336RAB272_LZ Chip Inductor for Critical Applications -- ST336RAB273_LZ Chip Inductor for Critical Applications -- ST336RAB332_LZ Chip Inductor for Critical Applications -- ST336RAB392_LZ Chip Inductor for Critical Applications -- ST336RAB471_LZ Chip Inductor for Critical Applications -- ST336RAB472_LZ Chip Inductor for Critical Applications -- ST336RAB681_LZ Chip Inductor for Critical Applications -- ST336RAB682_LZ Chip Inductor for Critical Applications -- ST336RAB78N_LZ Chip Inductor for Critical Applications -- ST336RAB822_LZ	■ Ferrite core surface mount inductors ■ Lower DCR and higher current ratings than other 0805 Series. ■ Available in inductance values from 0.078 to 27 μH, all at 2%...
Chip Inductor for Critical Applications -- ST376RAA030JLZ Chip Inductor for Critical Applications -- ST376RAA060JLZ Chip Inductor for Critical Applications -- ST376RAA100JLZ Chip Inductor for Critical Applications -- ST376RAA101_LZ Chip Inductor for Critical Applications -- ST376RAA102_LZ Chip Inductor for Critical Applications -- ST376RAA120_LZ Chip Inductor for Critical Applications -- ST376RAA121_LZ Chip Inductor for Critical Applications -- ST376RAA122_LZ Chip Inductor for Critical Applications -- ST376RAA150_LZ Chip Inductor for Critical Applications -- ST376RAA151_LZ Chip Inductor for Critical Applications -- ST376RAA180_LZ Chip Inductor for Critical Applications -- ST376RAA181_LZ Chip Inductor for Critical Applications -- ST376RAA220_LZ Chip Inductor for Critical Applications -- ST376RAA221_LZ Chip Inductor for Critical Applications -- ST376RAA270_LZ Chip Inductor for Critical Applications -- ST376RAA271_LZ Chip Inductor for Critical Applications -- ST376RAA330_LZ Chip Inductor for Critical Applications -- ST376RAA331_LZ Chip Inductor for Critical Applications -- ST376RAA390_LZ Chip Inductor for Critical Applications -- ST376RAA391_LZ Chip Inductor for Critical Applications -- ST376RAA470_LZ Chip Inductor for Critical Applications -- ST376RAA471_LZ Chip Inductor for Critical Applications -- ST376RAA560_LZ Chip Inductor for Critical Applications -- ST376RAA561_LZ Chip Inductor for Critical Applications -- ST376RAA621_LZ Chip Inductor for Critical Applications -- ST376RAA680_LZ Chip Inductor for Critical Applications -- ST376RAA681_LZ Chip Inductor for Critical Applications -- ST376RAA751_LZ Chip Inductor for Critical Applications -- ST376RAA820_LZ Chip Inductor for Critical Applications -- ST376RAA821_LZ Chip Inductor for Critical Applications -- ST376RAA911_LZ	■ High SRF and excellent Q values ■ Tight tolerances, many values at 1% ■ 31 inductance values from 3.3 to 1200 nH
Chip Inductor for Critical Applications -- ST312RAM102JRZ Chip Inductor for Critical Applications -- ST312RAM103JRZ Chip Inductor for Critical Applications -- ST312RAM111JRZ Chip Inductor for Critical Applications -- ST312RAM121JRZ Chip Inductor for Critical Applications -- ST312RAM15NJRZ Chip Inductor for Critical Applications -- ST312RAM222JRZ Chip Inductor for Critical Applications -- ST312RAM241JRZ Chip Inductor for Critical Applications -- ST312RAM271JRZ Chip Inductor for Critical Applications -- ST312RAM33NJRZ Chip Inductor for Critical Applications -- ST312RAM471JRZ Chip Inductor for Critical Applications -- ST312RAM472JRZ Chip Inductor for Critical Applications -- ST312RAM561JRZ Chip Inductor for Critical Applications -- ST312RAM681JRZ Chip Inductor for Critical Applications -- ST312RAM821JRZ	■ Higher inductance values than ceramic 0603 inductors ■ Heavier gauge wire for low DCR ■ Ferrite construction for high current handling ■ Inductance values from 15 nH to 10...
Chip Inductor for Critical Applications -- ST336RAM102JRZ Chip Inductor for Critical Applications -- ST336RAM103JRZ Chip Inductor for Critical Applications -- ST336RAM111JRZ Chip Inductor for Critical Applications -- ST336RAM122JRZ Chip Inductor for Critical Applications -- ST336RAM152JRZ Chip Inductor for Critical Applications -- ST336RAM153JRZ Chip Inductor for Critical Applications -- ST336RAM182JRZ Chip Inductor for Critical Applications -- ST336RAM222JRZ Chip Inductor for Critical Applications -- ST336RAM223JRZ Chip Inductor for Critical Applications -- ST336RAM272JRZ Chip Inductor for Critical Applications -- ST336RAM332JRZ Chip Inductor for Critical Applications -- ST336RAM472JRZ Chip Inductor for Critical Applications -- ST336RAM681JRZ Chip Inductor for Critical Applications -- ST336RAM682JRZ	■ Higher inductance values than ceramic 0805 inductors ■ Heavy guage wire for low DCR ■ Ferrite construction for high current handling
Chip Inductor for Critical Applications -- ST235RAG10N_LZ Chip Inductor for Critical Applications -- ST235RAG11N_LZ Chip Inductor for Critical Applications -- ST235RAG12N_LZ Chip Inductor for Critical Applications -- ST235RAG13N_LZ Chip Inductor for Critical Applications -- ST235RAG15N_LZ Chip Inductor for Critical Applications -- ST235RAG16N_LZ Chip Inductor for Critical Applications -- ST235RAG18N_LZ Chip Inductor for Critical Applications -- ST235RAG19N_LZ Chip Inductor for Critical Applications -- ST235RAG1N0JLZ Chip Inductor for Critical Applications -- ST235RAG20N_LZ Chip Inductor for Critical Applications -- ST235RAG22N_LZ Chip Inductor for Critical Applications -- ST235RAG23N_LZ Chip Inductor for Critical Applications -- ST235RAG24N_LZ Chip Inductor for Critical Applications -- ST235RAG25N_LZ Chip Inductor for Critical Applications -- ST235RAG26N_LZ Chip Inductor for Critical Applications -- ST235RAG27N_LZ Chip Inductor for Critical Applications -- ST235RAG2N0JLZ Chip Inductor for Critical Applications -- ST235RAG2N2JLZ Chip Inductor for Critical Applications -- ST235RAG2N4_LZ Chip Inductor for Critical Applications -- ST235RAG2N7_LZ Chip Inductor for Critical Applications -- ST235RAG30N_LZ Chip Inductor for Critical Applications -- ST235RAG33N_LZ Chip Inductor for Critical Applications -- ST235RAG36N_LZ Chip Inductor for Critical Applications -- ST235RAG39N_LZ Chip Inductor for Critical Applications -- ST235RAG3N3_LZ Chip Inductor for Critical Applications -- ST235RAG3N6_LZ Chip Inductor for Critical Applications -- ST235RAG3N9_LZ Chip Inductor for Critical Applications -- ST235RAG4N3_LZ Chip Inductor for Critical Applications -- ST235RAG4N7_LZ Chip Inductor for Critical Applications -- ST235RAG5N1_LZ Chip Inductor for Critical Applications -- ST235RAG5N6_LZ Chip Inductor for Critical Applications -- ST235RAG6N2_LZ Chip Inductor for Critical Applications -- ST235RAG6N8_LZ Chip Inductor for Critical Applications -- ST235RAG7N5_LZ Chip Inductor for Critical Applications -- ST235RAG8N2_LZ Chip Inductor for Critical Applications -- ST235RAG8N7_LZ Chip Inductor for Critical Applications -- ST235RAG9N0_LZ Chip Inductor for Critical Applications -- ST235RAG9N5_LZ	■ Higher Q and lower DCR than other 0402 inductors ■ Very high SRF values – as high as 16 GHz ■ Excellent current handling capability – up to 2300...
Chip Inductor for Critical Applications -- ST312RAG10N_LZ Chip Inductor for Critical Applications -- ST312RAG11N_LZ Chip Inductor for Critical Applications -- ST312RAG12N_LZ Chip Inductor for Critical Applications -- ST312RAG15N_LZ Chip Inductor for Critical Applications -- ST312RAG16N_LZ Chip Inductor for Critical Applications -- ST312RAG18N_LZ Chip Inductor for Critical Applications -- ST312RAG1N8JLZ Chip Inductor for Critical Applications -- ST312RAG22N_LZ Chip Inductor for Critical Applications -- ST312RAG23N_LZ Chip Inductor for Critical Applications -- ST312RAG24N_LZ Chip Inductor for Critical Applications -- ST312RAG27N_LZ Chip Inductor for Critical Applications -- ST312RAG30N_LZ Chip Inductor for Critical Applications -- ST312RAG33N_LZ Chip Inductor for Critical Applications -- ST312RAG36N_LZ Chip Inductor for Critical Applications -- ST312RAG39N_LZ Chip Inductor for Critical Applications -- ST312RAG3N3_LZ Chip Inductor for Critical Applications -- ST312RAG3N6_LZ Chip Inductor for Critical Applications -- ST312RAG3N9_LZ Chip Inductor for Critical Applications -- ST312RAG43N_LZ Chip Inductor for Critical Applications -- ST312RAG47N_LZ Chip Inductor for Critical Applications -- ST312RAG4N3_LZ Chip Inductor for Critical Applications -- ST312RAG4N7_LZ Chip Inductor for Critical Applications -- ST312RAG51N_LZ Chip Inductor for Critical Applications -- ST312RAG56N_LZ Chip Inductor for Critical Applications -- ST312RAG5N1_LZ Chip Inductor for Critical Applications -- ST312RAG5N6_LZ Chip Inductor for Critical Applications -- ST312RAG68N_LZ Chip Inductor for Critical Applications -- ST312RAG6N0_LZ Chip Inductor for Critical Applications -- ST312RAG6N8_LZ Chip Inductor for Critical Applications -- ST312RAG72N_LZ Chip Inductor for Critical Applications -- ST312RAG75N_LZ Chip Inductor for Critical Applications -- ST312RAG7N2_LZ Chip Inductor for Critical Applications -- ST312RAG7N5_LZ Chip Inductor for Critical Applications -- ST312RAG82N_LZ Chip Inductor for Critical Applications -- ST312RAG8N2_LZ Chip Inductor for Critical Applications -- ST312RAG8N7_LZ Chip Inductor for Critical Applications -- ST312RAG91N_LZ Chip Inductor for Critical Applications -- ST312RAG9N1_LZ Chip Inductor for Critical Applications -- ST312RAG9N5_LZ Chip Inductor for Critical Applications -- ST312RAGR10_LZ Chip Inductor for Critical Applications -- ST312RAGR11_LZ Chip Inductor for Critical Applications -- ST312RAGR12_LZ Chip Inductor for Critical Applications -- ST312RAGR15_LZ	■ Higher Q and lower DCR than other 0603 inductors ■ Highest SRF values – as high as 16 GHz ■ Excellent current handling capability – up to 1500 mA...
Chip Inductor for Critical Applications -- ST413RAA100_LZ Chip Inductor for Critical Applications -- ST413RAA101_LZ Chip Inductor for Critical Applications -- ST413RAA102_LZ Chip Inductor for Critical Applications -- ST413RAA120_LZ Chip Inductor for Critical Applications -- ST413RAA121_LZ Chip Inductor for Critical Applications -- ST413RAA150_LZ Chip Inductor for Critical Applications -- ST413RAA151_LZ Chip Inductor for Critical Applications -- ST413RAA180_LZ Chip Inductor for Critical Applications -- ST413RAA181_LZ Chip Inductor for Critical Applications -- ST413RAA220_LZ Chip Inductor for Critical Applications -- ST413RAA221_LZ	• High SRF and excellent Q values • Tight tolerances, many values at 1% • 28 inductance values from 10 nH to 1 μH
Chip Inductor for Critical Applications -- ST312RAA10N_LZ Chip Inductor for Critical Applications -- ST312RAA11N_LZ Chip Inductor for Critical Applications -- ST312RAA12N_LZ Chip Inductor for Critical Applications -- ST312RAA15N_LZ Chip Inductor for Critical Applications -- ST312RAA16N_LZ Chip Inductor for Critical Applications -- ST312RAA18N_LZ Chip Inductor for Critical Applications -- ST312RAA1N6JLZ Chip Inductor for Critical Applications -- ST312RAA1N8JLZ Chip Inductor for Critical Applications -- ST312RAA22N_LZ Chip Inductor for Critical Applications -- ST312RAA23N_LZ Chip Inductor for Critical Applications -- ST312RAA24N_LZ Chip Inductor for Critical Applications -- ST312RAA27N_LZ Chip Inductor for Critical Applications -- ST312RAA30N_LZ Chip Inductor for Critical Applications -- ST312RAA33N_LZ Chip Inductor for Critical Applications -- ST312RAA36N_LZ Chip Inductor for Critical Applications -- ST312RAA39N_LZ Chip Inductor for Critical Applications -- ST312RAA3N3_LZ Chip Inductor for Critical Applications -- ST312RAA3N6_LZ Chip Inductor for Critical Applications -- ST312RAA3N9_LZ Chip Inductor for Critical Applications -- ST312RAA43N_LZ Chip Inductor for Critical Applications -- ST312RAA47N_LZ Chip Inductor for Critical Applications -- ST312RAA4N3_LZ Chip Inductor for Critical Applications -- ST312RAA4N7_LZ Chip Inductor for Critical Applications -- ST312RAA51N_LZ Chip Inductor for Critical Applications -- ST312RAA56N_LZ Chip Inductor for Critical Applications -- ST312RAA5N1_LZ Chip Inductor for Critical Applications -- ST312RAA5N6_LZ Chip Inductor for Critical Applications -- ST312RAA68N_LZ Chip Inductor for Critical Applications -- ST312RAA6N8_LZ Chip Inductor for Critical Applications -- ST312RAA72N_LZ Chip Inductor for Critical Applications -- ST312RAA7N5_LZ Chip Inductor for Critical Applications -- ST312RAA82N_LZ Chip Inductor for Critical Applications -- ST312RAA8N2_LZ Chip Inductor for Critical Applications -- ST312RAA8N7_LZ Chip Inductor for Critical Applications -- ST312RAA9N5_LZ Chip Inductor for Critical Applications -- ST312RAAR10_LZ Chip Inductor for Critical Applications -- ST312RAAR11_LZ Chip Inductor for Critical Applications -- ST312RAAR12_LZ Chip Inductor for Critical Applications -- ST312RAAR15_LZ Chip Inductor for Critical Applications -- ST312RAAR18_LZ High-Reliability Chip Inductor -- MS312RAA18N_SZ High-Reliability Chip Inductor -- MS312RAA1N6JSZ High-Reliability Chip Inductor -- MS312RAA1N8JSZ High-Reliability Chip Inductor -- MS312RAA22N_SZ High-Reliability Chip Inductor -- MS312RAA23N_SZ High-Reliability Chip Inductor -- MS312RAA24N_SZ High-Reliability Chip Inductor -- MS312RAA27N_SZ High-Reliability Chip Inductor -- MS312RAA30N_SZ High-Reliability Chip Inductor -- MS312RAA33N_SZ High-Reliability Chip Inductor -- MS312RAA36N_SZ High-Reliability Chip Inductor -- MS312RAA39N_SZ High-Reliability Chip Inductor -- MS312RAA3N3_SZ High-Reliability Chip Inductor -- MS312RAA3N6_SZ High-Reliability Chip Inductor -- MS312RAA3N9_SZ High-Reliability Chip Inductor -- MS312RAA43N_SZ High-Reliability Chip Inductor -- MS312RAA47N_SZ High-Reliability Chip Inductor -- MS312RAA4N3_SZ High-Reliability Chip Inductor -- MS312RAA4N7_SZ High-Reliability Chip Inductor -- MS312RAA51N_SZ High-Reliability Chip Inductor -- MS312RAA56N_SZ High-Reliability Chip Inductor -- MS312RAA5N1_SZ High-Reliability Chip Inductor -- MS312RAA5N6_SZ High-Reliability Chip Inductor -- MS312RAA68N_SZ High-Reliability Chip Inductor -- MS312RAA6N8_SZ High-Reliability Chip Inductor -- MS312RAA72N_SZ High-Reliability Chip Inductor -- MS312RAA7N5_SZ High-Reliability Chip Inductor -- MS312RAA82N_SZ High-Reliability Chip Inductor -- MS312RAA8N2_SZ High-Reliability Chip Inductor -- MS312RAA8N7_SZ High-Reliability Chip Inductor -- MS312RAA9N5_SZ High-Reliability Chip Inductor -- MS312RAAR10_SZ High-Reliability Chip Inductor -- MS312RAAR11_SZ High-Reliability Chip Inductor -- MS312RAAR12_SZ High-Reliability Chip Inductor -- MS312RAAR15_SZ High-Reliability Chip Inductor -- MS312RAAR18_SZ	Small size, exceptional Q and high SRFs make these inductors ideal for high frequency applications where size is at a premium. They also have excellent DCR and current carrying characteristics.
High-Reliability Chip Inductor -- MS336RAA020JSZ High-Reliability Chip Inductor -- MS336RAA030JSZ High-Reliability Chip Inductor -- MS336RAA050JSZ High-Reliability Chip Inductor -- MS336RAA060JSZ High-Reliability Chip Inductor -- MS336RAA070JSZ High-Reliability Chip Inductor -- MS336RAA080_SZ High-Reliability Chip Inductor -- MS336RAA100_SZ High-Reliability Chip Inductor -- MS336RAA101_SZ High-Reliability Chip Inductor -- MS336RAA111_SZ High-Reliability Chip Inductor -- MS336RAA120_SZ High-Reliability Chip Inductor -- MS336RAA121_SZ High-Reliability Chip Inductor -- MS336RAA150_SZ High-Reliability Chip Inductor -- MS336RAA151_SZ High-Reliability Chip Inductor -- MS336RAA180_SZ High-Reliability Chip Inductor -- MS336RAA181_SZ High-Reliability Chip Inductor -- MS336RAA220_SZ High-Reliability Chip Inductor -- MS336RAA221_SZ High-Reliability Chip Inductor -- MS336RAA240_SZ High-Reliability Chip Inductor -- MS336RAA241_SZ High-Reliability Chip Inductor -- MS336RAA270_SZ High-Reliability Chip Inductor -- MS336RAA271_SZ High-Reliability Chip Inductor -- MS336RAA330_SZ High-Reliability Chip Inductor -- MS336RAA331_SZ High-Reliability Chip Inductor -- MS336RAA360_SZ High-Reliability Chip Inductor -- MS336RAA390_SZ High-Reliability Chip Inductor -- MS336RAA391_SZ High-Reliability Chip Inductor -- MS336RAA3N0JSZ High-Reliability Chip Inductor -- MS336RAA430_SZ High-Reliability Chip Inductor -- MS336RAA470_SZ High-Reliability Chip Inductor -- MS336RAA560_SZ High-Reliability Chip Inductor -- MS336RAA680_SZ High-Reliability Chip Inductor -- MS336RAA820_SZ High-Reliability Chip Inductor -- MS336RAA910_SZ	The MS336RAA inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs available in 0805 size. This...
High-Reliability Chip Inductor -- MS336RAD12NJSZ High-Reliability Chip Inductor -- MS336RAD16N_SZ High-Reliability Chip Inductor -- MS336RAD18N_SZ High-Reliability Chip Inductor -- MS336RAD20N_SZ High-Reliability Chip Inductor -- MS336RAD27N_SZ High-Reliability Chip Inductor -- MS336RAD2N5JSZ High-Reliability Chip Inductor -- MS336RAD30N_SZ High-Reliability Chip Inductor -- MS336RAD39N_SZ High-Reliability Chip Inductor -- MS336RAD48N_SZ High-Reliability Chip Inductor -- MS336RAD51N_SZ High-Reliability Chip Inductor -- MS336RAD5N6JSZ High-Reliability Chip Inductor -- MS336RAD6N2JSZ	The MS336RAD inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs, tight inductance tolerance and batch...
High-Reliability Chip Inductor -- MS376RAA030JSZ High-Reliability Chip Inductor -- MS376RAA060JSZ High-Reliability Chip Inductor -- MS376RAA100JSZ High-Reliability Chip Inductor -- MS376RAA101_SZ High-Reliability Chip Inductor -- MS376RAA102_SZ High-Reliability Chip Inductor -- MS376RAA120_SZ High-Reliability Chip Inductor -- MS376RAA121_SZ High-Reliability Chip Inductor -- MS376RAA122_SZ High-Reliability Chip Inductor -- MS376RAA150_SZ High-Reliability Chip Inductor -- MS376RAA151_SZ High-Reliability Chip Inductor -- MS376RAA180_SZ High-Reliability Chip Inductor -- MS376RAA181_SZ High-Reliability Chip Inductor -- MS376RAA220_SZ High-Reliability Chip Inductor -- MS376RAA221_SZ High-Reliability Chip Inductor -- MS376RAA270_SZ High-Reliability Chip Inductor -- MS376RAA271_SZ High-Reliability Chip Inductor -- MS376RAA330_SZ High-Reliability Chip Inductor -- MS376RAA331_SZ High-Reliability Chip Inductor -- MS376RAA390_SZ High-Reliability Chip Inductor -- MS376RAA391_SZ High-Reliability Chip Inductor -- MS376RAA470_SZ High-Reliability Chip Inductor -- MS376RAA471_SZ High-Reliability Chip Inductor -- MS376RAA560_SZ High-Reliability Chip Inductor -- MS376RAA561_SZ High-Reliability Chip Inductor -- MS376RAA621_SZ High-Reliability Chip Inductor -- MS376RAA680_SZ High-Reliability Chip Inductor -- MS376RAA681_SZ High-Reliability Chip Inductor -- MS376RAA751_SZ High-Reliability Chip Inductor -- MS376RAA820_SZ High-Reliability Chip Inductor -- MS376RAA821_SZ High-Reliability Chip Inductor -- MS376RAA911_SZ	The MS376RAA inductors feature 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. This...
High-Reliability Chip Inductor -- MS413RAA100_SZ High-Reliability Chip Inductor -- MS413RAA101_SZ High-Reliability Chip Inductor -- MS413RAA102_SZ High-Reliability Chip Inductor -- MS413RAA120_SZ High-Reliability Chip Inductor -- MS413RAA121_SZ High-Reliability Chip Inductor -- MS413RAA150_SZ High-Reliability Chip Inductor -- MS413RAA151_SZ High-Reliability Chip Inductor -- MS413RAA180_SZ High-Reliability Chip Inductor -- MS413RAA181_SZ High-Reliability Chip Inductor -- MS413RAA220_SZ High-Reliability Chip Inductor -- MS413RAA221_SZ High-Reliability Chip Inductor -- MS413RAA270_SZ High-Reliability Chip Inductor -- MS413RAA271_SZ High-Reliability Chip Inductor -- MS413RAA330_SZ High-Reliability Chip Inductor -- MS413RAA331_SZ High-Reliability Chip Inductor -- MS413RAA390_SZ High-Reliability Chip Inductor -- MS413RAA391_SZ High-Reliability Chip Inductor -- MS413RAA470_SZ High-Reliability Chip Inductor -- MS413RAA471_SZ High-Reliability Chip Inductor -- MS413RAA560_SZ High-Reliability Chip Inductor -- MS413RAA561_SZ High-Reliability Chip Inductor -- MS413RAA621_SZ High-Reliability Chip Inductor -- MS413RAA680_SZ High-Reliability Chip Inductor -- MS413RAA681_SZ High-Reliability Chip Inductor -- MS413RAA751_SZ High-Reliability Chip Inductor -- MS413RAA820_SZ High-Reliability Chip Inductor -- MS413RAA821_SZ High-Reliability Chip Inductor -- MS413RAA911_SZ	The MS413RAA features high temperature materials that allow operation in ambient temperatures up to 155°C and a leach-resistant base metalization with tin-lead (Sn-Pb) terminations that ensures the best possible board...
Chip Inductor for Critical Applications -- ST336RAA020JLZ Chip Inductor for Critical Applications -- ST336RAA030JLZ Chip Inductor for Critical Applications -- ST336RAA050JLZ Chip Inductor for Critical Applications -- ST336RAA060JLZ Chip Inductor for Critical Applications -- ST336RAA070JLZ Chip Inductor for Critical Applications -- ST336RAA080_LZ Chip Inductor for Critical Applications -- ST336RAA100_LZ Chip Inductor for Critical Applications -- ST336RAA101_LZ Chip Inductor for Critical Applications -- ST336RAA111_LZ Chip Inductor for Critical Applications -- ST336RAA120_LZ Chip Inductor for Critical Applications -- ST336RAA121_LZ Chip Inductor for Critical Applications -- ST336RAA150_LZ Chip Inductor for Critical Applications -- ST336RAA151_LZ Chip Inductor for Critical Applications -- ST336RAA180_LZ Chip Inductor for Critical Applications -- ST336RAA181_LZ Chip Inductor for Critical Applications -- ST336RAA220_LZ Chip Inductor for Critical Applications -- ST336RAA221_LZ Chip Inductor for Critical Applications -- ST336RAA240_LZ Chip Inductor for Critical Applications -- ST336RAA241_LZ Chip Inductor for Critical Applications -- ST336RAA270_LZ Chip Inductor for Critical Applications -- ST336RAA271_LZ Chip Inductor for Critical Applications -- ST336RAA330_LZ Chip Inductor for Critical Applications -- ST336RAA331_LZ Chip Inductor for Critical Applications -- ST336RAA360_LZ Chip Inductor for Critical Applications -- ST336RAA390_LZ Chip Inductor for Critical Applications -- ST336RAA391_LZ Chip Inductor for Critical Applications -- ST336RAA3N0JLZ Chip Inductor for Critical Applications -- ST336RAA430_LZ Chip Inductor for Critical Applications -- ST336RAA470_LZ Chip Inductor for Critical Applications -- ST336RAA560_LZ Chip Inductor for Critical Applications -- ST336RAA680_LZ Chip Inductor for Critical Applications -- ST336RAA820_LZ Chip Inductor for Critical Applications -- ST336RAA910_LZ	The ST336RAA inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs available in 0805 size.
Chip Inductor for Critical Applications -- ST336RAD12NJLZ Chip Inductor for Critical Applications -- ST336RAD16N_LZ Chip Inductor for Critical Applications -- ST336RAD18N_LZ Chip Inductor for Critical Applications -- ST336RAD20N_LZ Chip Inductor for Critical Applications -- ST336RAD27N_LZ Chip Inductor for Critical Applications -- ST336RAD2N5JLZ Chip Inductor for Critical Applications -- ST336RAD30N_LZ Chip Inductor for Critical Applications -- ST336RAD39N_LZ Chip Inductor for Critical Applications -- ST336RAD48N_LZ Chip Inductor for Critical Applications -- ST336RAD51N_LZ Chip Inductor for Critical Applications -- ST336RAD5N6JLZ Chip Inductor for Critical Applications -- ST336RAD6N2JLZ	These inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs, tight inductance tolerance and batch consistency.
Chip Inductor for Critical Applications -- ST235RAA10N_LZ Chip Inductor for Critical Applications -- ST235RAA11N_LZ Chip Inductor for Critical Applications -- ST235RAA12N_LZ Chip Inductor for Critical Applications -- ST235RAA13N_LZ Chip Inductor for Critical Applications -- ST235RAA15N_LZ Chip Inductor for Critical Applications -- ST235RAA16N_LZ Chip Inductor for Critical Applications -- ST235RAA18N_LZ Chip Inductor for Critical Applications -- ST235RAA19N_LZ Chip Inductor for Critical Applications -- ST235RAA1N0JLZ Chip Inductor for Critical Applications -- ST235RAA1N8JLZ Chip Inductor for Critical Applications -- ST235RAA1N9JLZ Chip Inductor for Critical Applications -- ST235RAA20N_LZ Chip Inductor for Critical Applications -- ST235RAA22N_LZ Chip Inductor for Critical Applications -- ST235RAA23N_LZ Chip Inductor for Critical Applications -- ST235RAA24N_LZ Chip Inductor for Critical Applications -- ST235RAA27N_LZ Chip Inductor for Critical Applications -- ST235RAA2N0_LZ Chip Inductor for Critical Applications -- ST235RAA2N2_LZ Chip Inductor for Critical Applications -- ST235RAA2N4_LZ Chip Inductor for Critical Applications -- ST235RAA30N_LZ Chip Inductor for Critical Applications -- ST235RAA33N_LZ Chip Inductor for Critical Applications -- ST235RAA36N_LZ Chip Inductor for Critical Applications -- ST235RAA3N3_LZ Chip Inductor for Critical Applications -- ST235RAA3N6_LZ Chip Inductor for Critical Applications -- ST235RAA3N9_LZ Chip Inductor for Critical Applications -- ST235RAA40N_LZ Chip Inductor for Critical Applications -- ST235RAA4N3_LZ Chip Inductor for Critical Applications -- ST235RAA4N7_LZ Chip Inductor for Critical Applications -- ST235RAA5N1_LZ Chip Inductor for Critical Applications -- ST235RAA5N6_LZ Chip Inductor for Critical Applications -- ST235RAA6N2_LZ Chip Inductor for Critical Applications -- ST235RAA6N8_LZ Chip Inductor for Critical Applications -- ST235RAA7N5_LZ Chip Inductor for Critical Applications -- ST235RAA8N2_LZ Chip Inductor for Critical Applications -- ST235RAA8N7_LZ Chip Inductor for Critical Applications -- ST235RAA9N0_LZ Chip Inductor for Critical Applications -- ST235RAA9N5_LZ	This 0402 size chip inductor series shares all of the characteristics of Coilcraft’s other ceramic inductors: exceptionally high Q factors, especially at use frequencies; outstanding self-resonant frequency; tight inductance tolerance;
High-Reliability Chip Inductor -- MS413RAM103KSZ High-Reliability Chip Inductor -- MS413RAM112KSZ High-Reliability Chip Inductor -- MS413RAM132KSZ High-Reliability Chip Inductor -- MS413RAM152KSZ High-Reliability Chip Inductor -- MS413RAM192KSZ High-Reliability Chip Inductor -- MS413RAM222KSZ High-Reliability Chip Inductor -- MS413RAM272KSZ High-Reliability Chip Inductor -- MS413RAM332KSZ High-Reliability Chip Inductor -- MS413RAM392KSZ High-Reliability Chip Inductor -- MS413RAM472KSZ High-Reliability Chip Inductor -- MS413RAM582KSZ High-Reliability Chip Inductor -- MS413RAM682KSZ High-Reliability Chip Inductor -- MS413RAM822KSZ High-Reliability Chip Inductor -- MS413RAM901KSZ	This robust version of Coilcraft’s standard 1008AF series features high temperature materials that allow operation in ambient temperatures up to 155°C. The tin-lead (Sn-Pb) terminations ensure the best possible board...
High-Reliability Chip Inductor -- MS413RAD10N_SZ High-Reliability Chip Inductor -- MS413RAD12N_SZ High-Reliability Chip Inductor -- MS413RAD18N_SZ High-Reliability Chip Inductor -- MS413RAD22N_SZ High-Reliability Chip Inductor -- MS413RAD33N_SZ High-Reliability Chip Inductor -- MS413RAD36N_SZ High-Reliability Chip Inductor -- MS413RAD39N_SZ High-Reliability Chip Inductor -- MS413RAD3N0_SZ2 High-Reliability Chip Inductor -- MS413RAD47N_SZ High-Reliability Chip Inductor -- MS413RAD4N1_SZ High-Reliability Chip Inductor -- MS413RAD56N_SZ High-Reliability Chip Inductor -- MS413RAD68N_SZ High-Reliability Chip Inductor -- MS413RAD7N8_SZ2 High-Reliability Chip Inductor -- MS413RAD82N_SZ High-Reliability Chip Inductor -- MS413RADR10_SZ	This robust version of Coilcraft’s standard 1008HQ series features high temperature materials that allow operation in ambient temperatures up to 155°C. The tin-lead (Sn-Pb) terminations ensure the best possible board...
High-Reliability Chip Inductor -- MS450RAA102JSZ High-Reliability Chip Inductor -- MS450RAA122JSZ High-Reliability Chip Inductor -- MS450RAA152_SZ High-Reliability Chip Inductor -- MS450RAA182JSZ High-Reliability Chip Inductor -- MS450RAA222JSZ High-Reliability Chip Inductor -- MS450RAA272JSZ High-Reliability Chip Inductor -- MS450RAA332JSZ High-Reliability Chip Inductor -- MS450RAA392_SZ High-Reliability Chip Inductor -- MS450RAA472JSZ	This robust version of Coilcraft’s standard 1812CS series features high temperature materials that allow operation in ambient temperatures up to 155°C. The leach-resistant base metalization with tin-lead (Sn-Pb) terminations ensures...
High-Reliability Chip Inductor -- MS450RAB104JSZ High-Reliability Chip Inductor -- MS450RAB105JSZ High-Reliability Chip Inductor -- MS450RAB123JSZ High-Reliability Chip Inductor -- MS450RAB124JSZ High-Reliability Chip Inductor -- MS450RAB153JSZ High-Reliability Chip Inductor -- MS450RAB154JSZ High-Reliability Chip Inductor -- MS450RAB183JSZ High-Reliability Chip Inductor -- MS450RAB184JSZ High-Reliability Chip Inductor -- MS450RAB223JSZ High-Reliability Chip Inductor -- MS450RAB224JSZ High-Reliability Chip Inductor -- MS450RAB273JSZ High-Reliability Chip Inductor -- MS450RAB274JSZ High-Reliability Chip Inductor -- MS450RAB333JSZ High-Reliability Chip Inductor -- MS450RAB334JSZ High-Reliability Chip Inductor -- MS450RAB393JSZ High-Reliability Chip Inductor -- MS450RAB394JSZ High-Reliability Chip Inductor -- MS450RAB473JSZ High-Reliability Chip Inductor -- MS450RAB474JSZ High-Reliability Chip Inductor -- MS450RAB563JSZ High-Reliability Chip Inductor -- MS450RAB564JSZ High-Reliability Chip Inductor -- MS450RAB683JSZ High-Reliability Chip Inductor -- MS450RAB684JSZ High-Reliability Chip Inductor -- MS450RAB823JSZ High-Reliability Chip Inductor -- MS450RAB824JSZ	This robust version of Coilcraft’s standard 1812LS series features high temperature materials that allow operation in ambient temperatures up to 155°C. The leach-resistant base metalization with tin-lead (Sn-Pb) terminations ensures...

<< Prev

Next >>

Other Datasheet Catalogs for Coilcraft CPS