Part number
|
Description
|
0220 |
designed to provide common-mode filtering for computer periphereral and other electronic hardware using linear power supplies
|
AA-0440-3 |
This filter series is available with current ratings of 3,6,8, and 10 amps
|
AA-0440-6 |
This filter series is available with current ratings of 3,6,8, and 10 amps
|
AA-0440-8 |
This filter series is available with current ratings of 3,6,8, and 10 amps
|
AA-1113-1 |
battery charger is designed to provide charging capability for lead acid batteries used as backup batteries for vehicular electronic systems
|
1138 |
3 phase WYE filter
|
CC-0310-3 |
has a wide operating temperature range and is designed to sustain severe shock and vibration environments
|
CC-1448-12 |
single phase filter
|
0221 |
designed to provide common mode and differential mode filtering for power supply inputs of computer peripheral and other electronic hardware
|
0233G |
designed to provide common mode and differential mode filtering for power supply inputs of computer peripheral and other electronic hardware
|
AA-1249-6 |
compact, single phase, device with very good common mode and differential mode insertion loss
|
AA-1280-2 |
compact, single phase, device with very good common mode and differential mode insertion loss
|
0233H |
The H version of the 0233 series filter offers good common and differential mode insertion loss in an extremely small package.
|
0237 |
The 237 Series is designed to provide more aggressive performance than the 220 or 221 series.
|
0283 |
The 283 filter is a compact, single phase, high current device with very good common mode and differential mode insertion loss.
|
0283E |
The 283 filter is a compact, single phase, high current device with very good common mode and differential mode insertion loss.
|
637 |
This series is designed for use where very high DC current must be filtered in a very tight area.
|
637A |
The 637A series filter is a very compact DC filter intended for use with telecommunication hardware
|
664D |
The 664D filter is a 3 phase (Delta) filter. This series is designed to be used with military system
|
0664Y |
The 664Y filter is a 3 phase (WYE) filter.
|
0681 |
The 0681 Series Filters are designed to be used with switching power supplies, required to meet the emission specifications of VDE level "B"||"
"321566
|
0815 |
Operating V oltage = 250/480 V ac 3 PH Delta Operating Current Max= 1 2 & 1 8 amps
|
0828 |
The 0828 filters are excellent for suppressing noise from switching power supplies
|
0916 |
This series of filters has been designed to meet tempest and other requirements
|
0982 |
The 0982 filters are excellent for suppressing noise from switching power supplies and other devices
|
0989 |
The 0989 filters are excellent for suppressing noise from switching power supplies
|
1041 |
Operating Voltage = 250/480 Vac Operating Current Max= 80 & 100 amps
|
1135 |
Operating Voltage= 100 Vdc OperatingCurrentMax= 1,2,3,5 & 10amps
|
1151 |
The 1151 filter is a very compact, single phase, high current device with very good common mode and differential mode insertion loss
|
1174 |
Operating Voltage = 115/250 Vac Operating Current Max= 10 amps
|
1182 |
Operating Voltage= 115/250 Vac OperatingCurrentMax= 20, 30amp
|
1208 |
Operating Voltage= 250 / 480 VAC 3 PH Wye OperatingCurrentMax= 80, 100amp
|
1306 |
Operating voltage = 115/250 Vac Operating current = 20, 30 Amp
|
716 |
The 0716 & 0718 series filters provide excellent general filtering for Wye or Delta power configurations.
|
717 |
The 717 & 719 series filters provide superior wideband filtering for Wye or Delta power configurations.
|
AA-0221-20 |
Operating voltage = 115/250 Vac Operating current = 20 Amp
|
AA-0221-20B |
Operating voltage = 115/250 Vac Operating current = 20 Amp
|
AA-0440-10 |
This filter series is available with current ratings of 3,6,8, and 10 amps.
|
AA-0720-10T |
This filter is the same as the AA-0720 10 except that it has a wider operating temperature range.
|
AA-1355-6.3 |
The AA-1355-6.3 filter has been designed to operate with the VICOR Harmonic Attenuator Module (HAM).
|
AA-1506-12 |
This economical filter is designed to operate in severe environments such as Mil-Std-704.
|
AA-1538-14 |
Input Voltage = 6 -15 Vdc Output voltage = 13.8 8-15 V input
|
EA-0380-10A |
Operating Voltage = 115/250VAC Operating Current = 10 amperes
|
EA-1013-12A |
Operating Voltage= 115/250 Vac OperatingCurrentMax= 12 amp
|
EF-0464-5 |
The 464 filter series is designed to be used with systems requiring conducted emission control from 10Khz to 1.0Ghz.
|
EF-1233M-12 |
This filter provides very good common mode and differential insertion loss for 12 amp single phase systems
|
EF7203 |
Operating Voltage = 115/250 V Operating Current = 3 Amps
|
EF-0720-6 |
Operating Voltage = 115/250 V~ Operating Current = 6 Amps
|
EF-0720-8 |
Operating Voltage = 115/250 V~ Operating Current = 8 Amps
|
EF-0720-10 |
The 720 filters are excellent for suppressing noise from switching power supplies
|
EF-0772-6B |
Operating Voltage= 115/240 Vac OperatingCurrentMax= 6 amp
|
EF-0926-20 |
The 926 filter is a compact, single phase, high current device with very good common mode and differential mode insertion loss.
|
EF-1277-6B |
This filter is very similar to our HH-1055-6.3 filter.
|
EF-1356-10B |
Operating voltage = 115-250vac Operating current = 10 amps
|
FA-1307-5 |
Operating Voltage= 115/240 Vac Operating Current Max= 5.0 amp
|
FE-0720A |
The FE-720A series filters are the same as our standard 720A series filters except that the connector is a standard IEC outlet.
|
FE-1382-10 |
Operating Voltage= 115/240 Vac Operating Current Max= 10 amp
|
FF-0440-3 |
This filter series is available with current ratings of 3,6,8, and 10 amps.
|
FF-0440-6 |
This filter series is available with current ratings of 3,6,8, and 10 amps.
|
FF-0440-8 |
This filter series is available with current ratings of 3,6,8, and 10 amps
|
FF-0440-10 |
This filter series is available with current ratings of 3,6,8, and 10 amps
|
FF-1069A-3B |
Operating voltage = 125 / 250 Vac Operating current = 3 Amps
|
FF-1153-12.5 |
Operating Voltage = 250/480 Vac Operating Current Max= 12.5 amps
|
FF-1170-20 |
This filter is intended to provide very good insertion loss and transient potection.
|
FF-1199-6B |
Operating Voltage: 125 / 250 v~ Operating Current (Max): 6.0 AMP
|
FF-1237-10 |
The FF-1237-10 is a 3 phase delta filter designed to work with motors controls or other 3ph power conversion systems.
|
FF-1279-14 |
Operating voltage = DC to 250 V~ Operating current (max) = 13 Amperes
|
FF-1319-13 |
Operating Voltage = DC to 250 Vac Operating Current (Max)= 13A
|
FF-1319-13C |
Operating Voltage = DC to 250 Vac Operating Current (Max)= 13A
|
FF-1503-18 |
Operating Voltage = 125 Vac Operating Current (Max) = 18 AMP A/C
|
FF-1585-10 |
Operating Voltage = 250/480 V~, 50 / 60 Hz Operating Voltage = 125/208 V~, 50 - 400 Hz
|
FF-1585-40 |
Operating Voltage = 250/480 V~, 50 / 60 Hz Operating Voltage = 125/208 V~, 50 - 400 Hz
|
GG-1141-15B |
Operating voltage: 12 Vdc Operating current: 15 amp.
|
GG-1141-20A |
Operating voltage: 12 Vdc Operating current: 20 amp.
|
GG-1508-20 |
The GG-1508-20 power converter is a nominal 36 volt to 13.8 volt dc-dc converter.
|
GG-1570-20 |
The power converter / Backup Battery is a nominal 13.8 volt to 13.8 volt dc-dc converter With a backup battery to supply power during starting etc.
|
HH-0828-1.5 |
Operating Voltage = 115 / 250 V~ Operating Current = 1.5 Amp
|
HH-1055-6.3 |
Operating voltage = 85 to 250 V~ Operating current = 6.3 Amp
|
HH-1134-8 |
Operating Voltage = 63 Vdc Operating Current = 8 Amps
|
HH-1174-10 |
The HH-1174-10 is designed to be used with high frequency switching power supplies
|
HH-1199-6 |
Operating voltage = 125 / 250 v~ Operating current (max) = 6.0 amperes
|
HH-1199-6C |
Operating Voltage: 125 / 250 v~ Operating Current (Max): 6.0 AMP
|
HH-1199-6D |
This filter was designed especially for power supply modules with power factor correction.
|
HH-1355-6.3 |
The HH-1355-6.3C filter has been designed to operate with the VICOR Harmonic Attenuator Module (HAM)
|
HH-1355E-3 |
The HH-1355E-3 filter has been designed to operate with the VICOR Harmonic Attenuator Module (HAM).
|
HH-1545-12 |
Operating voltage = 50 Vdc Operating current = 12.0 Amp
|
HH-1590-12 |
Operating voltage = 100 Vdc Operating current = 12.0 Amp
|
HH-1902-4B |
Operating Voltage= 50 Vdc Operating Current Max= 4.0 amp
|
KF-0699C-20 |
Operating Voltage = 250/480 Vac 3 PH Delta Operating Current Max= 20 amps
|
KK-0332-30 |
Operating Voltage= 250/440 Vac Operating Current Max= 30 amp/Ph
|
KK-0851-15 |
Operating Voltage= 250/480 Vac OperatingCurrentMax= 15,25,35 amp
|
KK-0851-35 |
Operating Voltage= 250/480 Vac OperatingCurrentMax= 35 amp
|
KK-0902-20-30 |
Operating Voltage = 250/480 Vac 3 PH Wye Operating Current Max= 20 & 30 amps
|
KK-902 |
Operating Voltage = 240/480 V~ Operating Current = 20 A, 30 A / Phase
|
KK-902-30 |
Operating Voltage = 240/480 V~ Operating Current = 20 A, 30 A / Phase
|
KK-1222-25 |
Operating voltage = 18 - 36 VDC Operating current (max) = 25 amperes
|
KK-1222-32 |
Operating voltage = 18 - 36 VDC Operating current (max) = 32 amperes
|
KK-1328-32 |
This filter series is intended to very high common mode and differential insertion loss for DC power systems.
|
KK-1364-50 |
Operating voltage = 48 Vdc Maximum sustained input voltage = 400 Vdc
|
KK-1364-60 |
This EMI / RFI filter is intended to provide noise reduction for telecommunications DC power
|
KK-1443-35 |
Operating voltage (max) = 50 Vdc Operating Current (max) = 35 Amperes
|
KK-1920-25 |
Operating Voltage = 60 VDC Operating Current (Max) = 25 Amp
|
LL-0221-20 |
Operating Voltage = 115/250 V~ Operating Current = 20 Amps
|
LL-0221-30 |
Operating Voltage = 115-250 Vac Operating Current = 30 Amperes
|
LL-1111-30 |
This filter series is intended to provide transient and surge suppression for DC
|
LL-1138 |
Operating Voltage = 250/480 V~, 50 / 60 Hz Operating Voltage = 125/208 V~, 50 - 400 Hz
|
LL-1319-13M |
Operating Voltage = DC to 250 Vac Operating Current (Max)= 13A
|
LL-1443-20 |
The LL-1443-20 filter has been developed for use with automotive electrical systems .
|
LL-1500-20 |
Operating voltage (max) = 12,24 or 36 Vdc Operating Current (max) = 20 Amperes
|
MF-0637A-50BL |
Operating Voltage = 48 Vdc Operating Current = 50 Amperes
|
MF-0637A-50BR |
This EMI / RFI filter features a very small mechanical package.
|
MF-0637A-60BL |
Operating Voltage = 48 Vdc Operating Current = 60 Amperes
|
MF-0637A-60BR |
Operating Voltage = 48 Vdc Operating Current = 60 Amperes
|
MM-0637A-40B |
Operating Voltage = 48 Vdc Operating Current = 40,50,60 Amperes
|
MM-0637A-40C |
Operating Voltage = 48 Vdc Operating Current = 40,50,60 Amperes
|
MM-0637A-40D |
Operating Voltage = 48 Vdc (Typical) Operating Voltage Max. = 0-75Vdc
|
MM-0637A-50 |
Operating Voltage = 48 Vdc Operating Current = 50 Amperes
|
MM-0637A-50B |
Operating Voltage = 48 Vdc Operating Current = 50 Amperes
|
MM-0637A-50C |
Operating Voltage = 48 Vdc Operating Current = 50 Amperes
|
MM-0637A-50D |
Operating Voltage = 48 Vdc (Typical) Operating Voltage Max. = 0-75Vdc
|
MM-0637A-60D |
Operating Voltage = 48 Vdc (Typical) Operating Voltage Max. = 0-75Vdc
|
MM-0637A-100 |
Operating Voltage = 48 Vdc Operating Current (Max) = 100 Amp
|
MM-0787-60B |
Operating Voltage = 250/480 V~, 50 / 60 Hz Operating Voltage = 125/208 V~, 50 - 400 Hz
|
MM-0787-80B |
Operating Voltage = 250/480 V~, 50 / 60 Hz Operating Voltage = 125/208 V~, 50 - 400 Hz
|
MM-0787-100B |
The Mm-0787-100B filter is designed for use with large computer or motor installations where heavy current is drawn continuously.
|
MM-1244 |
The filter is designed to operate in high current applications of 48 Vdc telecommunication systems.
|
MM-1315-100 |
The Mm-1315-100 filter is designed for use with large computer or motor installations where heavy current is drawn continuously.
|
MM-1315-125 |
Operating Voltage = 250/480 V~, 50 / 60 Hz Operating Voltage = 125/208 V~, 50 - 400 Hz
|
MM-1477-60 |
The MM-1477-60 filter is designed for use with large computer or motor installations where heavy current is drawn continuously
|
ZA-1193-3 |
Operating Voltage: 60 Vdc Operating Current (max): 3 AMPERES
|
ZA-1193-3C |
Operating Voltage: 60 Vdc Operating Current (max): 3 AMPERES
|
ZA-1536-10 |
The ZA-1536-10 filter has been designed to operate with the Mission power solutions ?쏝ADGER??power supply.
|
ZC-1072-10 |
Operating voltage = 125 v~ Operating current (max) = 10 amperes
|
ZF-1346-6.3 |
The ZF-1346-6.3 filter is configured to be compatible with MIL-Std-461C.
|
ZF-1398-20 |
The ZF-1398-20 filter has been designed to operate with telecommunication systems
|
ZF-1438-30 |
The ZF-1438-30 filter has been designed to operate with telecommunication systems.
|
ZF-1519-3 |
Operating Voltage= 115/240 Vac Operating Current Max= 3.0 amp
|
ZF-1543-3.5B |
Operating Voltage = 115 / 250 VAC Operating Current = 3.5 Ampere
|
ZF-1947-20 |
Operating Voltage= 400 Vdc max. Operating Current Max= 20.0 amp
|
ZG-1435-1 |
Operating Voltage = 125 / 250Vac Operating Current = 1.0 Ampere
|
ZG-1435-1B |
Operating Voltage = 125/250 Vac Operating Current = 1.0 Ampere
|
ZG-1435-5B |
Operating Voltage = 125/250 Vac Operating Current = 5.0 Ampere
|
ZG-1449-18 |
The JMK ZG-1449-18 audio amplifier is a dual channel audio amplifier capable of functioning in an automotive environment.
|
ZG-1589-18 |
Operating Voltage = 12 Vdc Operating Current = 18 Amperes
|
ZG-1633-18 |
Operating Voltage = 12 Vdc Operating Current = 18 Amperes
|
ZL-1576-15 |
Operating Voltage= 115/240 Vac Operating Current Max= 15.0 amp
|
ZL-1906-15 |
The ZL-1906-15 is a 3ph, Y, filter developed to meet the requirements of MIL-STD-461E.
|
ZL-1919-15 |
The ZL-1919-15 is a 3Ph, Y filter developed to provide high frequency insertion loss for the emission
|
ZM-1758-40 |
The ZM-1758-40 filter is designed to work with systems with requirements to meet Mil-Std-461D or Mil-Std-461E.
|
AA-0220-1 |
392,147 to 391,558 Hrs @ 30C GB
|
AA-0220-2 |
392,147 to 391,558 Hrs @ 30C GB
|
AA-0220-3 |
392,147 to 391,558 Hrs @ 30C GB
|
AA-0220-5 |
392,147 to 391,558 Hrs @ 30C GB
|
AA-0220-10 |
392,147 to 391,558 Hrs @ 30C GB
|
AA-0220-20 |
392,147 to 391,558 Hrs @ 30C GB
|
AA-0233-1H |
482,486 Hrs @ 30 GB
|
AA-0260-3 |
4,681,538 Hrs @ 30C GB
|
AA-1355-6.3HT |
2,142,107 Hrs @ 30C GB
|
AA-1355-13HT |
2,142,107 Hrs @ 30C GB
|
AA-2063-7.5 |
22,214,817 hrs. @ 30C GB
|
AA-2069-1 |
1500 Vdc for 1.0 Min
|
CC-0310-10 |
2,466,608 Hrs @ 30C GB
|
CF-0310A-3 |
2,125,782 Hrs @ 30C GB
|
EA-1355-3HT |
2,142,107 Hrs @ 30C GB
|
EA-2037-2 |
3,569,478 Hrs
|
EE-2051-5 |
3,912,363 Hrs @ 30C GB
|
EF-1199-6B |
2,476,878 Hrs @ 30C GB
|
EF-1277-6D |
2,430,895 Hrs @ 30C GB
|
EF-1366-4B |
978,232 Hrs @ 30C GB
|
EF-1366-10B |
978,232 Hrs, RoHS compliant
|
EF-1765-4 |
1,136,416 Hrs @ 30째C GB
|
FF-1319-13E |
2,278,891 Hrs
|
FF-1319-13F |
2,278,891 Hrs
|
FF-1319-13G |
2,278,891 Hrs
|
FF-1319-13H |
2,278,891 Hrs
|
FF-1319A-13E |
2,278,890 Hrs @ 30C GB
|
FF-1405-6 |
2,270,663 hours at 30C GB
|
FF-1405-6B |
1,151,320hours at 30C GB
|
FF-1446C-5 |
2,721,092 hours at 30C GB
|
FF-1505-5 |
4,854,416 Hrs @ 30C GB
|
FF-1513-3 |
1,306,174 Hrs @ 30C GB
|
FF-1513-3B |
1,306,174 Hrs @ 30C GB
|
FF-1586-1 |
8,153,149 hours at 30C GB
|
FF-2015-7 |
1,580,011 Hrs @ 30C GB
|
FF-2016-3 |
1,838,752 Hrs @ 30C GB
|
FF-2053-15 |
16,625,107 Hrs @30C GB
|
FF-2063-7.5 |
22,214,817 Hrs @ 30C GB
|
FF-2073-10 |
15,959,598 Hrs @ 30C GB
|
FF-2098B-3 |
4,585,894 Hrs @ 30C GB
|
AA-0221-1 |
Single Phase AC Filters
|
AA-0221-2 |
Single Phase AC Filters
|
AA-0221-3 |
Single Phase AC Filters
|
AA-0221-5 |
Single Phase AC Filters
|
AA-0221-10 |
Single Phase AC Filters
|
AA-1135-1 |
The 1135 series is designed to provide filtering for DC systems operating in very noisy environments.
|
AA-1135-2 |
The 1135 series is designed to provide filtering for DC systems operating in very noisy environments.
|
AA-1135-3 |
The 1135 series is designed to provide filtering for DC systems operating in very noisy environments.
|
AA-1135-5 |
The 1135 series is designed to provide filtering for DC systems operating in very noisy environments.
|
AA-1135-10 |
The 1135 series is designed to provide filtering for DC systems operating in very noisy environments.
|
GF-2032-2 |
This filter was developed to suppress conducted electrical noise from MRI LED lighting systems.
|