Untitled
Abstract: No abstract text available
Text: 1008 CHIP INDUCTORS Leach Resistant Chip Inductors LR413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency ■ These parts feature a leach-resistant base metalization
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LR413RAD
xx413RAA
LR413RAD3N0JLZ2
LR413RAD4N1JLZ
LR413RAD7N8JLZ2
LR413RAD10N
LR413RAD12N
LR413RAD18N
LR413RAD22N
LR413RAD33N
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Untitled
Abstract: No abstract text available
Text: 1008 CHIP INDUCTORS Chip Inductors for Critical Applications ST413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency Part number1 ST413RAD3N0_LZ2 ST413RAD4N1_LZ
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ST413RAD
xx413RAA
ST413RAD3N0
ST413RAD4N1
ST413RAD7N8
ST413RAD10N
ST413RAD12N
ST413RAD18N
ST413RAD22N
ST413RAD33N
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Untitled
Abstract: No abstract text available
Text: 1008 CHIP INDUCTORS Chip Inductors for Critical Applications ST413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency Part number1 ST413RAD3N0_LZ2 ST413RAD4N1_LZ
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ST413RAD
xx413RAA
ST413RAD3N0
ST413RAD4N1
ST413RAD7N8
ST413RAD10N
ST413RAD12N
ST413RAD18N
ST413RAD22N
ST413RAD33N
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Untitled
Abstract: No abstract text available
Text: 1008 CHIP INDUCTORS Chip Inductors for Critical Applications ST413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency Part number1 ST413RAD3N0_LZ2 ST413RAD4N1_LZ
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Original
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ST413RAD
xx413RAA
ST413RAD3N0
ST413RAD4N1
ST413RAD7N8
ST413RAD10N
ST413RAD12N
ST413RAD18N
ST413RAD22N
ST413RAD33N
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Untitled
Abstract: No abstract text available
Text: 1008 CHIP INDUCTORS Chip Inductors for Critical Applications ST413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency Part number1 ST413RAD3N0_LZ2 ST413RAD4N1_LZ
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ST413RAD
xx413RAA
ST413RAD3N0
ST413RAD4N1
ST413RAD7N8
ST413RAD10N
ST413RAD12N
ST413RAD18N
ST413RAD22N
ST413RAD33N
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ST190-1
Abstract: ST413R
Text: 1008 CHIP INDUCTORS Chip Inductors for Critical Applications ST413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency Part number1 ST413RAD3N0JLZ2 ST413RAD4N1JLZ
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ST413RAD
xx413RAA
ST413RAD3N0JLZ2
ST413RAD4N1JLZ
ST413RAD7N8JLZ2
ST413RAD10N
ST413RAD12N
ST413RAD18N
ST413RAD22N
ST413RAD33N
ST190-1
ST413R
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Untitled
Abstract: No abstract text available
Text: 1008 CHIP INDUCTORS Chip Inductors for Critical Applications ST413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency Part number1 ST413RAD3N0_LZ2 ST413RAD4N1_LZ
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ST413RAD
xx413RAA
ST413RAD3N0
ST413RAD4N1
ST413RAD7N8
ST413RAD10N
ST413RAD12N
ST413RAD18N
ST413RAD22N
ST413RAD33N
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SPICE
Abstract: models
Text: SPICE MODELS SPICE Model – xx413RAA This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is
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xx413RAA
27E-04
18E-04
74E-04
10E-04
90E-04
80E-04
20E-04
05E-03
SPICE
models
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agilent series
Abstract: No abstract text available
Text: 1008 CHIP INDUCTORS Chip Inductors for Critical Applications ST413RAD • Highest Q factors for this body size, roughly 20% higher than our xx413RAA parts. ■ Exceptional SRFs, tight tolerance and batch consistency Part number1 ST413RAD3N0_LZ2 ST413RAD4N1_LZ
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ST413RAD
xx413RAA
ST413RAD3N0
ST413RAD4N1
ST413RAD7N8
ST413RAD10N
ST413RAD12N
ST413RAD18N
ST413RAD22N
ST413RAD33N
agilent series
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xx312RAK
Abstract: No abstract text available
Text: TAPE AND REEL Tape and Reel Specifications Part Orientation Feed direction A I J Z Parts per reel 7″″ 13″″ Series xx045RAN paper xx220RAA (paper) xx235RAM (paper) xx235RAA (paper) xx235RAG (paper) xx235RAH (paper) xx235RAL (paper) xx256RAD (paper)
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xx045RAN
xx220RAA
xx235RAM
xx235RAA
xx235RAG
xx235RAH
xx235RAL
xx256RAD
xx312RAM
xx312RAA
xx312RAK
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