Air Core Inductors

Coilcraft CPS Air Core Inductors are designed for VHF-UHF RF applications requiring aerospace-level performance. Inductance linearity of the coil is not affected by changes in current, so that performance is maintained and unwanted harmonics are minimized. Thirteen series are available to ensure a match for your application.
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
MS
Extended Temperature Applications -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
ML
Extended Temperature Applications -55 To 155°C Ambient
ST
Low Temperature Storage: -55­°C Ambient
Extended Qualification
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
Product series Qualification Inductance Length (mm) Width (mm) Height (mm)
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
MS
Extended Temperature Applications -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
ML
Extended Temperature Applications -55 To 155°C Ambient
ST
Low Temperature Storage: -55­°C Ambient
Extended Qualification
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
1.65 nH — 12.55 nH 3.43 — 4.19 2.41 — 3.43 1.52 — 1.58
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
5.5 nH — 27.3 nH 2.08 — 3.12 1.4 — 2.29 1.5 — 2.03
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
27 nH — 500 nH 3.05 — 14.35 2.92 — 7.74 2.92 — 7.49
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
MS
Extended Temperature Applications -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
ML
Extended Temperature Applications -55 To 155°C Ambient
ST
Low Temperature Storage: -55­°C Ambient
Extended Qualification
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
5.5 nH — 27 nH 4.19 — 6.86 3.94 — 4.19 2.01
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
MS
Extended Temperature Applications -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
ML
Extended Temperature Applications -55 To 155°C Ambient
ST
Low Temperature Storage: -55­°C Ambient
Extended Qualification
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
2.5 nH — 43 nH 4.45 — 6.86 3.94 — 4.45 3.15
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
MS
Extended Temperature Applications -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
ML
Extended Temperature Applications -55 To 155°C Ambient
ST
Low Temperature Storage: -55­°C Ambient
Extended Qualification
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
22 nH — 150 nH 6.35 4.95 4.2
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
3.7 nH — 30 nH 5.46 — 8.0 4.45 — 5.59 4.95 — 5.33
Which Version of These Parts Should You Use?
AE
Passes NASA Low Outgassing Specification
Extended Temperature Applications: -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
MS
Extended Temperature Applications -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
ML
Extended Temperature Applications -55 To 155°C Ambient
ST
Low Temperature Storage: -55­°C Ambient
Extended Qualification
AT
Passes NASA Low Outgassing Specification
Ultra-extended temperature applications: –60 up to 240°C Ambient
Leach Resistant Tin-Lead Terminations
90 nH — 538 nH 10.55 6.6 5.97
Which Version of These Parts Should You Use?
MS
Extended Temperature Applications -55 To 155°C Ambient
Leach Resistant Tin-Lead Terminations
ML
Extended Temperature Applications -55 To 155°C Ambient
22 nH — 257 nH 10.0 — 19.56 10.0 — 13.6 3.6 — 11.4