Gowanda has the industry’s widest selection of high-reliability standard off-the-shelf inductors. Standard manufacturing processes include high-temperature internal inter-connect and thermal set epoxy encapsulation for long term reliability.

  • Industry’s Largest Toroid Offering
  • Tight Tolerances to ± 1%
  • Extreme Temperature Solutions

OVERVIEW

Off-The-Shelf High Performance Inductors

Gowanda Electronics offers one of the broadest lines of standard inductors for RF and power applications in the OEM marketplace. Gowanda’s technical expertise in industrial grade design has encouraged designers to “spec in” Gowanda as the leading manufacturer of choice when it comes to performance and reliability. All product series are available in lead (Pb) or lead-free (RoHS) configurations. Product offerings include thru-hole & surface mount RF & power inductors, thin film, ceramic wire-wounds, pot cores, thru-hole & surface mount toroid inductors & transformers, tunable coils, power magnetics, common-mode & differential-mode chokes, EFD transformers, micro/ultra-miniature, non-magnetic and ruggedized designs.

PRODUCTS

RF Surface Mount

Designs include thin film, ceramic & ferrite wirewounds, epoxy coated, molded, unshielded/shielded, non-magnetic, temperature stable, tight tolerance, high L, and toroidal vertical mount configurations.

Series Inductance
µH
DCR
Ohms
Current Rating
mA DC
Ceramic Wirewound High Performance Chip Inductor
CC4H1008 0.0082 – 0.100 0.090 – 0.210 1100 – 1840
CC4H1210 0.010 – 0.0082 0.080 – 0.150 1300 – 2000
CC4H1812 0.010 – 0.100 0.060 – 0.135 1560 – 2430
Ceramic Wirewound Chip Inductor
CC0402 0.0009 – 0.220 0.040 – 2.0 37.5 – 1020
CC0603 0.0018 – 0.330 0.070 – 2.2 179 – 1000
CC0805 0.0022 – 2.2 0.080 – 5.0 140 – 1000
CC1008 0.010 – 4.7 0.080 – 4.9 220 – 1000
Ferrite Wirewound High Performance Chip Inductor
CF4H1008 0.12 – 100 0.15 – 16 125 – 1420
CF4H1210 0.10 – 100 0.070 – 9.5 160 – 2170
CF4H1812 0.12 – 1000 0.060 – 30 96 – 2430
Ferrite Wirewound Chip Inductor
CF1008 0.082 – 100 0.150 – 28 79 – 1086
Wirewound Unshielded Epoxy Coated Chip Inductor
SMRF1010 0.010 – 27 0.060 – 6.9 120 – 1270
SMRF1512 0.010 – 1000 0.040 – 80 25 – 1000
Wirewound Shielded Epoxy Coated Chip Inductor
SMRF1512S 0.010 – 10000 0.030 – 110 21 – 1000
Molded Unshielded Inductor
SML32 0.012 – 100 0.140 – 11 120 – 971
SMRF1812 0.010 – 1000 0.100 – 40 71 – 1230
SMRF2510 0.100 – 1000 0.140 – 108 20 – 865
SMRF3013 0.100 – 1000 0.010 – 72 53 – 1590
SMRF5025 0.100 – 1000 0.025 – 33 105 – 3835
Molded Shielded Inductor
SML32S 0.100 – 470 0.150 – 25 91 – 1175
SMRF1812S 0.010 – 1000 0.052 – 27.70 85 – 1959
SMRF3013S 0.100 – 560 0.080 – 19 73 – 1124
SMRF5025S 0.100 – 10000 0.025 – 137 54 – 3900
Molded Non-Magnetic Inductor
SMG1812 0.010 – 0.082 0.100 – 0.25 700 – 1230
SMG3013 0.100 – 1.0 0.080 – 1.0 450 – 1590
SMG5025 0.100 – 4.7 0.025 – 2.6 375 – 3835
SMG8527 0.100 – 8.2 0.050 – 1.76 1.55 – 2930
Molded Unshielded Temperature Stable Inductor
SM3 0.010 – 47 0.040 – 11.4 135 – 1741
SMRF1812T 0.150 – 100 0.110 – 18 100 – 1260
Molded High Inductance Inductor
HL8527 16000 – 55000 96 – 175 50 – 67
Molded Unshielded Vertical Mount Toroidal Inductor
SMRF2007 0.10 – 47 0.019 – 0.640 533 – 3100

RF Thru-Hole

Gowanda provides 10 different package sizes. Designs include molded, shielded/unshielded, and non-magnetic.A unique series offers high inductance, low frequency, flying lead (self-leaded) toroids.

Series Inductance
µH
DCR
Ohms
Current Rating
mA DC
Ceramic Non-Magnetic Molded Inductor
10MG 0.10 – 1.0 0.080 – 1.0 385 – 1350
15MG 0.10 – 4.7 0.025 – 2.6 260 – 2698
High Inductance Self Leaded Toroid
047T 10000 – 2000000 3 – 575 11 – 235
050T 5000 – 1000000 2.5 – 550 11 – 235
051T 1000 – 500000 1.3 – 520 14 – 380
203T 10000 – 5000000 1.5 – 680 18 – 380
206T 5000 – 2000000 1.0 – 480 23 – 482
848T 2000 – 500000 1.0 – 250 29 – 482
894T 5000 – 500000 1.0 – 120 64 – 825
927T 10000 – 5000000 0.80 – 300 41 – 825
930T 5000 – 5000000 0.70 – 620 32 – 1043
Molded Unshielded Inductor
8M 0.100 – 270 0.130 – 30.5 39 – 895
10M 0.100 – 1000 0.080 – 72 28 – 1350
15M 0.150 – 1000 0.030 – 33 49 – 2450
18M 0.150 – 27 0.030 – 2.75 205 – 3000
19F 270 – 1000 6.2 – 12.8 147 – 212
19M 270 – 1000 8.2 – 16.5 78 – 110
21M 0.47 – 39 0.060 – 2.0 224 – 1970
22M 1100 – 3600 21 – 40 57 – 78
24M 3900 – 10000 44 – 72 47 – 61
28M 1.2 – 120 0.075 – 4.15 195 – 2400
Molded Shielded Inductor
17S 0.100 – 10000 0.025 – 137 24 – 1790

Power Surface Mount

Select from 5 of the company’s most popular encapsulated footprints. Designs include open construction bobbins, toroidal, single-mode, common-mode & differential-mode inductors; also molded, low profile, vertical mount, shielded/ unshielded.

Series Inductance
µH
DCR
Ohms
Current Rating
mA DC
Shielded Inductor
GP3042 1.2 – 100 0.019 – 0.70 120 – 1800
GP3062 1.2 – 330 0.080 – 3.3 220 – 3500
GP3073 1.2 – 1000 0.020 – 9.44 260 – 5300
GP3074 1.2 – 1000 0.025 – 6.0 260 – 8000
GP3125 2.2 – 1000 0.020 – 2.0 400 – 7000
GP3127 2.2 – 1000 0.015 – 1.54 620 – 8500
GP3484S 1.0 – 1000 0.019 – 5.74 130 – 3120
Shielded Open Construction Inductor
SMP3316S 1.0 – 47 0.021 – 0.472 800 – 5000
Low Profile Toroidal Inductor
SMT1803 0.47 – 100 0.037 – 2.18 280 – 2160
Toroidal Inductor
030ATSM 10 – 250 0.050 – 0.355 960 – 2560
030KMSM 10 – 250 0.050 – 0.355 960 – 2560
040ATSM 10 – 250 0.017 – 0.360 1050 – 4840
040KMSM 10 – 250 0.017 – 0.360 1050 – 4840
050ATSM 10 – 330 0.010 – 0.190 1690 – 7360
050KMSM 10 – 330 0.010 – 0.190 1690 – 7360
121ATSM 10 – 250 0.010 – 0.160 2070 – 8270
121KMSM 10 – 250 0.010 – 0.160 2070 – 8270
180ATSM 10 – 100 0.100 – 0.300 920 – 1600
180KMSM 10 – 100 0.100 – 0.300 920 – 1600
HC37SM 1.25 – 4.20 0.0025 – 0.0079 9830 – 17400
HC44SM 2.80 – 9.0 0.0036 – 0.0114 8870 – 15600
HC50SM 6.50 – 17 0.0066 – 0.0170 7580 – 12000
HC68SM 10.5 – 29 0.0062 – 0.0250 6570 – 13200
LC20SM 1.10 – 22.7 0.0110 – 0.1250 1600 – 5400
LC30SM 5.20 – 167 0.0173 – 0.3800 1100 – 5100
LC37SM 3.80 – 672 0.0083 – 0.8620 800 – 7900
LC44SM 7.90 – 1134 0.0124 – 1.25 700 – 6600
LC50SM 16 – 1950 0.0187 – 1.70 600 – 6000
SMT3106 1.0 – 1000 0.0160 – 8.23 180 – 4000
SMT4015 1.0 – 330 0.0030 – 0.520 880 – 11600
Dual Wound Toroidal Inductor
SMT35A 0.22 – 300 0.0028 – 1.006 580 – 10900
SMT45A 0.22 – 300 0.0026 – 0.6750 750 – 12200
Vertical Mount Toroidal Inductor
030ATVSM 10 – 250 0.050 – 0.355 960 – 2560
030KMVSM 10 – 250 0.050 – 0.355 960 – 2560
050ATVSM 3.9 – 330 0.006 – 0.190 1690 – 9500
050KMVSM 10 – 330 0.006 – 0.190 1690 – 9500
121ATVSM 10 – 250 0.010 – 0.160 2070 – 8720
121KMVSM 10 – 250 0.010 – 0.160 2070 – 8720
SMP2007 0.150 – 15 0.006 – 0.060 1900 – 5900
Unshielded Low Profile Inductor
SMP3308 1.0 – 5600 0.023 – 38 96 – 3900
SMP3308LP 1.0 – 5600 0.023 – 38 96 – 3900
SMP3316LP 1.0 – 1000 0.0065 – 2.64 440 – 9300
Molded Shielded Inductor
SMP1210S 1.0 – 100 0.11 – 5 205 – 1384
Molded Unshielded Inductor
SMP1812 1.0 – 330 0.080 – 14.8 124 – 2018
SMP2512 1.0 – 100 0.150 – 6.0 260 – 1640
SMP3013 1.0 – 1000 0.053 – 20.9 105 – 2170
SMP5025 1.0 – 10000 0.015 – 62 79 – 5100
SMP8527 1.0 – 10000 0.011 – 22.8 150 – 6680
Wirewound, Open Construction
SMP3316 1.0 – 1000 0.0065 – 2.64 440 – 9300
SMP3340 10 – 1000 0.0350 – 2 550 – 4200
SMP5022 1.0 – 1000 0.0090 – 1.8 560 – 8600
SMP5057 3.9 – 100000 0.0070 – 76 90 – 9750
Common Mode Transformer Choke
CMF1SM 100 – 1000 0.026 – 0.658 500 – 2800
CMF2SM 100 – 1000 0.035 – 0.210 1200 – 3000
CMF3SM 25 – 2500 0.010 – 0.150 2200 – 8500
CMF61SM 25 – 2200 0.010 – 0.750 180 – 3000
CMF63SM 33 – 4700 0.007 – 1.050 250 – 5500
CMF64SM 100 – 10000 0.006 – 0.900 330 – 7000
CMF65SM 100 – 15000 0.005 – 1.100 350 – 8500
CMN3VSM 180 – 10000 0.0019 – 0.0347 3.8 – 16400
Unshielded Filter Bead
SMB3528 N/A 0.005 – 0.005 9500 – 9500

Power Thru-Hole

Available products include high current power & filter inductors, hash chokes, power line chokes, and an expansive single & common mode toroid offering.

Series Inductance
µH
DCR
Ohms
Current Rating
mA DC
Radial Leaded Horizontal Mount Potted Toroidal Choke
050ATHC 10 – 330 0.010 – 0.190 1690 – 7360
050KMHC 10 – 330 0.010 – 0.190 1690 – 7360
059ATHC 10 – 750 0.008 – 0.240 2100 – 14500
059KMHC 10 – 750 0.008 – 0.240 2100 – 14500
121ATHC 10 – 250 0.010 – 0.160 2070 – 8270
121KMHC 10 – 250 0.010 – 0.160 2070 – 8270
894ATHC 25 – 1000 0.012 – 0.235 2400 – 12800
894KMHC 25 – 1000 0.012 – 0.235 2400 – 12800
Radial Leaded Vertical Mount Potted Toroidal Choke
050ATVC 10 – 330 0.010 – 0190 1690 – 7360
050KMVC 10 – 330 0.010 – 0190 1690 – 7360
059ATVC 10 – 750 0.008 – 0.240 2100 – 14500
059KMVC 10 – 750 0.008 – 0.240 2100 – 14500
121ATVC 10 – 250 0.010 – 0.160 2070 – 8270
121KMVC 10 – 250 0.010 – 0.160 2070 – 8270
894ATVC 25 – 1000 0.012 – 0.235 2400 – 12800
894KMVC 25 – 1000 0.012 – 0.235 2400 – 12800
Radial Leaded Horizontal Mount Standoff Toroidal Choke
050ATHM 3.9 – 330 0.006 – 0.190 1690 – 9500
050KMHM 10 – 330 0.010 – 0.190 1690 – 7360
121ATHM 10 – 250 0.010 – 0.160 2070 – 8270
121KMHM 10 – 250 0.010 – 0.160 2070 – 8270
Radial Leaded Horizontal Mount Toroidal Choke
050ATH 3.9 – 330 0.006 – 0.190 1690 – 7360
050KMH 10 – 330 0.010 – 0.190 1690 – 7360
059ATH 10 – 750 0.008 – 0.240 2100 – 14500
059KMH 10 – 750 0.008 – 0.240 2100 – 14500
121ATH 10 – 250 0.010 – 0.160 2070 – 8270
121KMH 10 – 250 0.010 – 0.160 2070 – 8270
26HFH 10 – 500 0.050 – 1.0 503 – 2250
38HFH 33 – 500 0.080 – 0.70 685 – 2026
50PXH 75 – 470 0.060 – 0.40 1100 – 2830
894ATH 25 – 1000 0.012 – 0.235 2400 – 12800
894KMH 25 – 1000 0.012 – 0.235 2400 – 12800
Radial Leaded Vertical Mount Toroidal Choke
050ATV 3.9 – 330 0.006 – 0.190 1690 – 7360
050KMV 10 – 330 0.010 – 0.190 1690 – 7360
059ATV 10 – 750 0.008 – 0.240 2100 – 14500
059KMV 10 – 750 0.008 – 0.240 2100 – 14500
083ATV 10 – 100 0.0036 – 0.0190 13000 – 30000
121ATV 10 – 250 0.010 – 0.160 2070 – 8270
121KMV 10 – 250 0.010 – 0.160 2070 – 8270
26HFV 10 – 500 0.050 – 1.0 503 – 2250
38HFV 10 – 500 0.080 – 0.70 685 – 2026
50PXV 75 – 470 0.060 – 0.40 1100 – 2830
894ATV 25 – 1000 0.012 – 0.235 2400 – 12800
894KMV 25 – 1000 0.012 – 0.235 2400 – 12800
GT10 5 – 450 0.020 – 0.200 N/A
GT20 10 – 500 0.008 – 0.276 N/A
Toroidal Inductor
894ATRM 25 – 1000 0.012 – 0.235 2400 – 12800
894KMRM 25 – 1000 0.012 – 0.235 2400 – 12800
Molded High Current Inductor
22FP 0.22 – 22000 0.00080 – 160 50 – 7000
24FP 1.0 – 18000 0.0090 – 40 90 – 6270
Radial Leaded Horizontal Mount High Temperature Toroidal Choke
106HTH 1.2 – 1000 0.0013 – 0.3300 2500 – 33600
Radial Leaded Vertical Mount High Temperature Toroidal Choke
050HTV 0.39 – 100 0.0020 – 0.1450 2200 – 20500
106HTV 1.2 – 1000 0.0020 – 18.5 2500 – 33600
High Current Choke
10A 5 – 100 0.010 – 0.030 10000 – 10000
15A 5 – 50 0.004 – 0.020 15000 – 15000
1B 25 – 1000 0.120 – 0.740 1000 – 1000
2B 25 – 250 0.085 – 0.275 2000 – 2000
3A 5 – 250 0.015 – 0.090 3000 – 3000
3B 5 – 100 0.020 – 0.120 3000 – 3000
5A 5 – 150 0.012 – 0.060 5000 – 5000
GA10 1 – 100000 0.009 – 210 36 – 5558
GA20 1 – 10000 0.009 – 26.4 103 – 5558
GA30 10 – 10000 0.016 – 7.3 250 – 5332
GA40 10 – 10000 0.017 – 7.3 250 – 5173
GA5 10 – 10000 0.095 – 75 52 – 1500
Radial Leaded High Current Power Line Choke
DB1 2.2 – 560 0.004 – 0.430 1100 – 11800
DB2 3.3 – 2200 0.003 – 1.149 800 – 15100
DB3 3.3 – 4700 0.002 – 1.70 1000 – 22000
DB4 10 – 15000 0.004 – 2.704 1300 – 27000
Common Mode Vertical Mount Transformer Choke
CMF4VM 100 – 10000 0.0025 – 0.390 1200 – 15000
CMF5VM 750 – 15000 0.009 – 0.250 2200 – 11800
Common Mode Horizontal Mount Transformer Choke
CMF4H 100 – 10000 0.0025 – 0.390 1200 – 15000
CMF5H 750 – 15000 0.009 – 0.250 2000 – 12500
Common Mode Horizontal Mount Potted Transformer Choke
CMF4HC 100 – 10000 0.004 – 0.390 1200 – 12000
Vertical Mount Current Sense Transformer
GCSVC 8000 – 420000 0.8 – 16.5 N/A

FEATURES

Performance Proven Encapsulated Inductors

  • Choose from surface mount or thru-hole
  • Unshielded, shielded & power configurations
  • High temperature inter-connect
  • High temperature magnetic wire
  • Operating temperature from -55°C to +125°C

Expansive Toroidal Selection

  • Powdered iron, kool-mu, high flux & moly-perm cores
  • SMT, thru-hole,horizontal, vertical, potted & low-profile configurations
  • Single mode, common mode, differential mode & high inductance designs
  • Mechanical mounting systems
  • Custom mounting solutions

Other Key Solutions

  • Tight tolerance to ± 1%
  • Temperature stable products series
  • High current configurations
  • Current sense inductors
  • Matched pairs
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