INDUCTOR 250 MH Search Results

Contextual Info: YAGEO CORPORATION SMD INDUCTOR / BEADS High Frequency Chip Inductor LCN0805T Series PART NO. Inductance Test Freq. Q Test Freq. SRF Min. RDC IDC nH MHz Min. MHz MHz Max. Ω Max. mA LCN0805T-2N2 -S 2.2± 20%, 10% 250 60 1500 6000 0.06 600 LCN0805T-3N3 -S 3.3± 20%, 10% 250

S50055

Abstract: 11 AK 30 S-2 g2501 s200 251 5
Contextual Info: ATC 0 8 0 5 W L S E R I E S W I R E W O U N D CHIP INDUCTORS Inductor Selection Guide Inductance Tolerance Code nH T T JÄ . yK 2.8''j'2ÍO ( 3.0 <? 250 (MHz) 3.3 <? 250 (MHz) <g>2501 6.8 €* 2501 7.5 <S* 250 « 8.2 <?>250 (MHz) 10<5>250( 12 <5*250 ( 15<3*250(

Contextual Info: RF Inductor Moulded Type MSC60 Series Type MSC60 Series Characteristics Electrical Inductance Code Inductance ±10% µH Q Min Test Freq. (L&Q) MHz S.R.F. (Min) MHz R10 0.10 50 25 250 0.025 1790 R12 0.12 51 25 250 0.034 1530 R15 0.15 51 25 250 0.037 1470

inductance 10 h

Contextual Info: RF Inductor Moulded Type MSC60 Series Type MSC60 Series Characteristics Electrical Inductance Code Inductance ±10% H Q Min Test Freq. (L&Q) MHz S.R.F. (Min) MHz R10 0.10 50 25 250 0.025 1790 R12 0.12 51 25 250 0.034 1530 R15 0.15 51 25 250 0.037 1470 R18

Contextual Info: ChipInductors-0603HSSeries 1608 The world’s smallest wirewound inductor! These coils offer far greater Q factors and higher self-resonant frequencies than non-wirewound inductors. Part Number Inductance1 (nH) 0603HS-1N8TKBC 1.8 @ 250 MHz 0603HS-3N9TKBC 3.9 @ 250 MHz

14264

Abstract: L-14264 400C DCR250
Contextual Info: Common Mode Inductor Parameter Min. Inductance* 5.0 Max. Rated Voltage Units 250 VAC Hipot Isolation 3000 VAC mH Insulation Resistance 100MΩ DCR 250 mΩ Temperature Rise 400C Max. Current 1.2 ARMS Operating Temperature Range -200C to +1150C Leakage Inductance*

ss7553

Contextual Info: ATC 0 6 0 3 W L S E R I E S W I R E W O U N D CHIP I N D U C T O R S Inductor Selection G uide Inductance nH 1.6 « 2 5 0 1.8 « 250 3.3 « 250 3.6 « 250 3.9 « 250 4.3 « 2 5 0 4.7 « 2 5 0 5.1 « 250 5.6 « 250 6.8 « 250 7 . 5 « 250 8.2 « 250 8.7 « 250

SWI0805CT

Contextual Info: CHIP INDUCTOR WIRE WOUND TYPE SWI 0805 2012 CERAMIC SERIES Specification Inductance 1 (nH) Percent Q2 S.R.F. Tolerance Min Min Max Max (MHz) (Ω) (mA) Part No. 3 RDC 4 IDC SWI 0805 CT 2N2 2.2 @ 250 MHz B, S 50 @ 1000 MHz 6000 0.06 800 SWI 0805 CT 2N7 2.7 @ 250 MHz

L-14209

Abstract: 14209 inductor 1 mH 400C
Contextual Info: Common Mode Inductor Parameter Min. Inductance * 0.6 Typ. Max. 0.15 Ω Current 2.0 ARMS 2210 250 VAC Hipot Isolation 2500 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max. Operating Temperature Range -400C to +800C

Contextual Info: Common Mode Inductor Parameter Min. Inductance * 3.3 Max. 0.5 Ω Current 1.1 ARMS Leakage Inductance 130 µH Interwinding capacitance 12 pF 250 VAC Hipot Isolation 2500 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max.

Contextual Info: Common Mode Inductor Parameter Inductance * Min. Max. Rated Voltage Units 22 Hipot Isolation 3750 VAC mH DCR 1.20 Ω Current 0.5 ARMS Leakage Inductance * 178 µH Interwinding capacitance 5.0 pF 250 VAC Insulation Resistance 100MΩ Temperature Rise 400C Max.

L-14206

Abstract: 14206 400C
Contextual Info: Common Mode Inductor Parameter Min. Inductance * Max. 1 0.4 Ω Current 1.0 ARMS Leakage Inductance * 120 µH Interwinding capacitance 10 pF 250 VAC Hipot Isolation 3750 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max.

14212

Abstract: L-14212 inductor 330 mh 400C 330uH
Contextual Info: Common Mode Inductor Parameter Min. Inductance * Max. 33 2.0 Ω Current 0.4 ARMS Leakage Inductance * 330 µH Interwinding capacitance 12 pF 250 VAC Hipot Isolation 3750 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max.

L-536

Abstract: 400C
Contextual Info: Common Mode Inductor Parameter Min. Inductance* 6.1 Max. 0.75 Ω Current 0.8 ARMS Leakage Inductance* 45 µH Interwinding capacitance 6 pF 250 VAC Hipot Isolation 2000 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max.

Contextual Info: Common Mode Inductor Parameter Min. Inductance * Max. 33 2.0 Ω Current 0.4 ARMS Leakage Inductance * 120 µH Interwinding capacitance 10 pF 250 VAC Hipot Isolation 3750 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max.

L-1012

Abstract: 1012 L1012 1 mH inductors 600C
Contextual Info: Common Mode Inductor Parameter Min. Inductance 1 3.3 Max. mH DCR Per winding 2.0 ARMS Leakage Inductance1 40 µH Interwinding capacitance1 20 pF 250 VAC, 50/60 Hz. Hipot (Isolation) 2000 VAC. Ω 0.3 Current2 SRF Rated Voltage Units Insulation Resistance

Contextual Info: Common Mode Inductor Parameter Min. Inductance * 0.6 Typ. Max. 0.15 Ω Current 2.0 ARMS 2210 250 VAC Hipot Isolation 2500 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max. Operating Temperature Range -400C to +800C

15606

Abstract: L-15606 srf 1000 inductor 1 mH 500 mh inductor 600C
Contextual Info: Common Mode Inductor Parameter Min. Inductance * 3.0 Max. Units mH Rated Voltage 250 VAC Hipot Isolation 2500 VAC Insulation Resistance 100MΩ DCR 180 mΩ Temperature Rise 60 C Max. Current 2.0 ARMS Operating Temperature Range -250C to +600C Leakage Inductance *

14255

Abstract: L-14255 846 l 400C
Contextual Info: Common Mode Inductor Parameter Min. Inductance* Max. 5 0.7 Ω Current 0.6 ARMS 250 VAC Hipot Isolation 2500 VAC mH DCR SRF Rated Voltage Units Insulation Resistance 100MΩ Temperature Rise 400C Max. Operating Temperature Range -200C to +1150C 400 kHz Typ.

14014

Abstract: L-14014 400C
Contextual Info: Common Mode Inductor Parameter Min. Inductance* Typ. Max. 16.00 Designed to prevent noise emission in switching power supplies at input. Units mH DCR Current 0.500 Ω 0.8 Amps Leakage Inductance* 90 µH SRF 391 kHz Windings balanced to 1% Rated Voltage 250 VAC

atc 1117

Abstract: ATC 4400
Contextual Info: ATC 0 4 0 2 WL S ERI ES W I R E W O U N D CHIP I N D U C T O R S Inductor Selection G uide Inductance nH Tolerance C od e Q min. K J K.J 16 16 19 19 19 19 20 20 20 22 22 22 21 24 24 24 24 24 24 24 24 20 25 2.0 €> 250 (MHz) 2.2 4> 250 (MHz) h K. J K.J 3.6 4> 250 (MHz)

Contextual Info: Common Mode Inductor Parameter Min. Inductance * Max. 33 Rated Voltage Units Hipot Isolation 2500 VAC mH DCR 3.5 Ω Current 0.3 ARMS Leakage Inductance * 75 µH SRF 425 kHz 250 VAC Insulation Resistance 100MΩ Temperature Rise 600C Max. Operating Temperature Range -250C to +600C

L-14117

Abstract: 600C 850C DCR180
Contextual Info: Common Mode Inductor Built with Spacers designed by Rhombus Industries to provide 3mm Creepage and Clearance for International Safety Compliance. Designed for Switching Power Supply Applications. Parameter Min. Inductance Typ. Max. 16 Rated Voltage Units 250 VAC

irf 648

Abstract: IM-10RFCM-13 dale ihd-3 pt100 smd 1206 IRF 725 IM-10-31 "scr power control" Product Selector Guide ILSB-1206 IMC-0402
Contextual Info: Product Selector Guide PHYSICAL CONSTRUCTION COIL CONSTRUCTION CORE TYPE TERMINATIONS Vishay Dale INDUCTOR MODELS PICTURES INDUCTANCE Ze INCHES L W µH H MONOLITHIC MULTILAYER FERRITE [Numbers in brackets indicate millimeters] 0.1 1 10 100 ILS-2515 .250