Coils And Transformers FSG 59 — FSC 5950

NSN
NIIN
Name
Details
01-588-6601
Electrical Coil
Used on 4130-01-562-9914;large field refrigerant system. coil, evaporator without varnish
01-588-6817
Power Transformer
End item:washer extractor (UCN020GN2BU1001) control module
01-588-6824
Power Transformer
End item:washer extractor (UCN020GN2BU1001) control module
01-588-7264
Power Transformer
Transformer end item:control motor, primary voltage: 220X440v, 230X460v, 240X480v, secondary:110v, 115v, 120v, 50/60hz, power rating 750va, screw terminals, size:5-1/4 inch wide, 7 inch deep, 2 pole primary rejection type fuse block, secondary fuse clips
01-589-0085
Electrical Coil
Used on governor p/n 9900-706. 24v; spdt; relay
01-589-0834
Power Transformer
01-589-2148
Power Transformer
Replacement for 5950004881897
01-589-4145
Radio Frequency Coil
01-589-4146
Radio Frequency Coil
01-589-4519
Current Transformer
01-589-4542
Pulse Transformer
Transformer, pulse, low power
01-589-5633
Radio Frequency Coil
Chip inductor
01-589-5634
Radio Frequency Coil
Chip inductor
01-589-5837
Radio Frequency Coil
01-589-5840
Radio Frequency Coil
01-589-5841
Radio Frequency Coil
01-589-5847
Radio Frequency Coil
01-589-5954
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2-3.7 mg; -40 deg to +125 deg c with irms current, +125 to +140 deg c with derated current
01-589-5962
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; ambient temp -40 to +140 deg c, +125 to +140 deg c; temp coefficient inductance +25 to +152 ppm deg c
01-589-5965
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; temperature coefficient of inductance +25 to +125ppm deg c; terminations rohs compliant silver-palladium-glass frit
01-589-5967
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor weight 3.2-3.7 mg; ambient temp -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temp coefficient of inductance +25 to +125 ppm deg c
01-589-5969
Radio Frequency Coil
0.071" overall length 0.044" overall width core material ceramic; weight 3.2-3.7 mg; anmbient temp -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-5976
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2 - 307 mg; ambient temp -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temp coefficient of inductance +25 to +125 ppm deg c
01-589-5980
Radio Frequency Coil
Chip inductor - 1008cs series
01-589-5981
Radio Frequency Coil
0.071" overall length 0.044" overall width core material ceramic; weight 3.2-3.7 mmg; ambient temp -40 to +125 deg c with irms current, +125 - +140 deg c with derated current; temp coefficient of inductance +25 to +125 ppm deg c
01-589-5989
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2-3.7 mg; ambient temp -40 to +125 deg c with irms, +125 to +140 deg c with derated current; temperature coeffiecient of inductance +25 to +125 ppm deg c
01-589-5996
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2 - 3.7 mg; ambient temp -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6002
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2-3.7 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6009
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2 - 3.7 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6011
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2 - 3.7 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6020
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor coer material ceramic; weight 3.2 - 3.7 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6047
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2 - 3.7 mg; ambient temperature -40 - +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6052
Radio Frequency Coil
0.071" overall length 0.044" overall width chip inductor core material ceramic; weight 3.2-3.7 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6056
Radio Frequency Coil
0.071" overall length 0.040" overall width chip inductor core material ceramic; weight 3.2 3.7 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6061
Radio Frequency Coil
0.115" overall length 0.110" overall width chip inductor core material ceramic; weight 29.6 - 37.4 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6066
Radio Frequency Coil
0.115" overall length 0.110" overall width chip inductor core material ceramic; weight 29.6 - 37.4 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 deg c
01-589-6067
Radio Frequency Coil
0.115" overall length 0.110" overall width chip inductor core material ceramic; weight 29.6 - 37.4 mg; ambient temperature -40 to +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +25 to +125 ppm deg c
01-589-6071
Radio Frequency Coil
0.090" overall length 0.068" overall width core material ceramic; weight 10.2 - 11.6 mg; ambient temperature -40 - +125 deg c with irms current, +125 to +140 deg c with derated current; temperature coefficient of inductance +100 to +250 ppm deg c
01-589-6081
Radio Frequency Coil
0.090" overall length 0.068" overall width chip inductor core material ceramic; weight 10.2 - 11.6 mg; ambient temperature -40 - +125 deg c with irms current, +125 - +140 deg c with derated current; temperature coefficient of inductance +100 to +250 ppm deg c
01-589-7086
Power Transformer
24.0mm overall length 22.0mm overall width size 50 power capacity transformer
01-589-8105
Coil Case
01-589-9428
Power Transformer
Used on carrier 69nt40 and 69nt20 refrigeration models. transformer scroll
01-590-0439
Current Transformer
Used on generator set, diesel engine nsn 6115-01-561-7329. transformer, current 55 amp
01-590-0854
Transformer Assembly
Copperhead high speed dual trandsormer ic grade package withstands 225 deg c peak temperature profile; moisture sensitivity level 3; pick
01-590-0875
Current Transformer
5.620" overall length 4.200" overall width transformer end item:tester, core loss, model 1081h, input current window single turn: 2000a ac , frequency:50/60 hz, output voltage: 0 to 3.39v ac rms
01-590-2420
Electrical Coil
01-590-2594
Radio Frequency Coil
Used on 5840-01-578-4122 radar set. chip inductor
01-590-2596
Electronic Shielding Bead
Used on 5840-01-541-8783 radar set. low current ferrite chip bead
01-590-2805
Electronic Shielding Bead
Used on radar set nsn 5840-01-541-8783. emi/rfi z-max chokes
01-590-3753
Radio Frequency Transformer
Used on 5840-01-541-8783 radar set. surface mount rf transformer