Air Core Inductors (Springs)

Air Core Inductor Coilcraft CPS

Coilcraft CPS Air Core Inductors are designed for VHF-UHF RF applications requiring aerospace / military-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.

  • Excellent Q factors – up to 190
  • Current handling as high as 57 Amps!
  • Inductance values from 1.65 to 538 nH
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
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

  Inductance
   
Optional Frequency
SRF min
Length max


View a data sheet below or enter your design parameters in the Inductor Finder above and click Find.

  sort sort sort sort sort sort sort
ATAEMSMLST 426RAT  (1508) 3.94 4.19 2.01 5.5 13 4.0 4.0
ATAEMSMLST 446RAT  (2508) 6.86 4.19 2.01 16 27 4.0 4.0
ATAEMSMLST 350RAT  (0906) 2.41 3.43 1.52 1.65 5.4 1.6 1.6
ATAEMSMLST 394RAT  (1606) 4.19 3.43 1.58 5.6 12.55 1.6 1.6
AT 392RAS*  (0908) 1.473 2.134 1.829 8.1 27.3 4.0 4.0
ATAEMSMLST 439RAT  (Size A) 3.94 4.45 3.15 2.5 18.5 4.0 4.0
ATAEMSMLST 470RAT  (Size B) 6.86 4.45 3.15 17.5 43 4.0 4.0
ATAEMSMLST 475RAT  (1812) 4.95 6.35 4.20 22 150 1.2 3.5
ATAEMSMLST 536RAT  (132) 10.55 6.60 5.97 90 538 2.0 3.5
ML, MS 561RAU**  (1010) 10 10 3.6 23.5 146 19.3 26
ML, MS 615RAU**  (1212) 12 11.5 6.6 22 117 44 57
ML, MS 643RAU**  (2014) 19.56 13.6 5.99 33 257 34.5 43
ST 573RAS  (2929) 14.1 7.49 7.24 500 500 3.5 3.5


* Each value is a different length. Shortest length is shown.
** Each value is a different height. Shortest height is shown.