Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight ??Contribute to be high Q and self-resonant frequency ??Coating epoxy resin for long-life humidity resistance ?RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Design to be compact, small and light-weight Contribute to be high Q and self-resonant frequency Coating epoxy resin for long-life humidity resistance RoHS Compliant
Inductance: 1uH Tolerance: 30% Max DC Resistance: 8 Ohm Operating temperature (C): -40~125 Max Rated Current: 6.3A Size: 8 x 8 x 4 mm Mount: Surface Mount
Part Number: 2100HT-101-V-RC 2111 Series: 2100HT Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2100HT-101H-RC 2011 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2100HT-102V-H-RC 2045 Series: 22HT00 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2100HT-221V-RC 2138 Series: 22HT00 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2100LL-101-H-RC Series: 2100LL Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Rated Current Range 2 ?? 30 A Rated Inductance Range 24 ?? 311 ?H at 0 A ?20% Inductance Measurement Condition 100 kHz, 1 mA Wire Type 1 UEW and 1 PEW Operating Temperature Range ??40?C to +125?C (include self temperature rise)
Rated Current Range 2 ?? 30 A Rated Inductance Range 24 ?? 311 ?H at 0 A ?20% Inductance Measurement Condition 100 kHz, 1 mA Wire Type 1 UEW and 1 PEW Operating Temperature Range ??40?C to +125?C (include self temperature rise)
Rated Current Range 2 ?? 30 A Rated Inductance Range 24 ?? 311 ?H at 0 A ?20% Inductance Measurement Condition 100 kHz, 1 mA Wire Type 1 UEW and 1 PEW Operating Temperature Range ??40?C to +125?C (include self temperature rise)
Part Number: 2101-H-RC Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2101-V-RC 2206 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2105-V-RC Series: 2100 Inductance Frequency ?? Test: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Resistance: 72 mΩ Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2107-H-RC 2117 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2109-V-RC 1742 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2109-V-RC 2037 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2114-V-RC 2149 Series: 22HT00 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2115-H-RC 1704 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2116-H-RC 2208 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2121-H-RC Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2124-H-RC 2131 Series: 2100 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2200HT-220-V-RC 2115 Series: 22HT00 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2218-H-RC 2115 Series: 2200 Inductance Frequency: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
Part Number: 2305-V-RC 2103 Series: 2300 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2306-V-RC 2138 Series: 2300 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Part Number: 2316-V-RC 1945 Series: 2300 Inductance Frequencyt: 1 kHz Mounting Type: Through Hole Mounting Type: Radial Maximum DC Current: 5 A Tolerance: ?15%
Inductance: 4.7uH Tolerance: 20% Max DC Resistance: 0.503 Ohm Operating temperature (C): -40~125 Max Rated Current: 760mA Size: 3 x 3 x 1.4 mm Mount: Surface Mount
Inductance: 4.7uH Tolerance: 30% Max DC Resistance: 22 mOhm Operating temperature (C): -40~125 Max Rated Current: 500mA Size: 8 x 8 x 4 mm Mount: Surface Mount
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: 20 C to + 80 C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
Inductance: 68uH Tolerance: 20% Max DC Resistance: 0.507 Ohm Operating temperature (C): -40~125 Max Rated Current: 890mA Size: 7.6 x 7.6 x 3.4 mm Mount: Surface Mount
High saturation current Low loss due to low DC resistance Frequent applications up to 3 MHz Low profile with max thickness 3.0mm Suitable for low reflow soldering
Rated Current Range 2 ?? 30 A Rated Inductance Range 24 ?? 311 ?H at 0 A ?20% Inductance Measurement Condition 100 kHz, 1 mA Wire Type 1 UEW and 1 PEW Operating Temperature Range ??40?C to +125?C (include self temperature rise)
Product: High Quality 1 Henry inductor 470 Fixed Inductor Ideal for a variety of dc-dc converter inductors application Available on tape and reel for automatic insertion Low dc resistance and large permissible dc current
Inductance: 10uH Tolerance: 20% Max DC Resistance: 0.07 Ohm Operating temperature (C): -40~125 Max Rated Current: 1.4A Size: 6 x 6 x 3.5 mm Mount: Surface Mount
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
Product: Power Inductors Type: Toroidal Termination Style: Radial Package/Case: 24.64 mm x 15.5 mm x 27.94 mm Shielding: Unshielded Inductance: 100 uH Tolerance: 20 %
Product: Power Inductors Type: Toroidal Termination Style: Radial Package/Case: 24.64 mm x 15.5 mm x 27.94 mm Shielding: Unshielded Inductance: 100 uH Tolerance: 20 %
Rated Current Range 2 ?? 30 A Rated Inductance Range 24 ?? 311 ?H at 0 A ?20% Inductance Measurement Condition 100 kHz, 1 mA Wire Type 1 UEW and 1 PEW Operating Temperature Range ??40?C to +125?C (include self temperature rise)
Rated Current Range 2 ?? 30 A Rated Inductance Range 24 ?? 311 ?H at 0 A ?20% Inductance Measurement Condition 100 kHz, 1 mA Wire Type 1 UEW and 1 PEW Operating Temperature Range ??40?C to +125?C (include self temperature rise)
Rated Current Range 2 ?? 30 A Rated Inductance Range 24 ?? 311 ?H at 0 A ?20% Inductance Measurement Condition 100 kHz, 1 mA Wire Type 1 UEW and 1 PEW Operating Temperature Range ??40?C to +125?C (include self temperature rise)
Series: PM2120 Formerly model Current rating up to 25.4 A Toroidal core RoHS compliant coefficient: 102K RC: 2105 Operating Temperature: .-55 ?C to +105 ?C
Series: PM2120 Formerly model Current rating up to 25.4 A Toroidal core RoHS compliant coefficient: 151K RC: 2209 Operating Temperature: .-55 ?C to +105 ?C
Series: PM2120 Formerly model Current rating up to 25.4 A Toroidal core RoHS compliant coefficient: 220K RC: 2032 Operating Temperature: .-55 ?C to +105 ?C
Series: PM2120 Formerly model Current rating up to 25.4 A Toroidal core RoHS compliant coefficient: 331K RC: 1847 Operating Temperature: .-55 ?C to +105 ?C
Series: PM2120 Formerly model Current rating up to 25.4 A Toroidal core RoHS compliant coefficient: 470K RC: 2032 Operating Temperature: .-55 ?C to +105 ?C
Series: PM2120 Formerly model Current rating up to 25.4 A Toroidal core RoHS compliant coefficient: 102K RC: 2118 Operating Temperature: .-55 ?C to +105 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: -40 ?C to +125 ?C
High-rated current for high current circuits Inductance: 470 uH Tolerance: 10 % Maximum DC Current: 500 mA RoHS compliant Operating Temperature: 20 ?C to + 80 ?C
Semi-shielded construction High rated current Component height 4.5 mm Inductance range: 1 to 220 μH Rated current up to 4.2 A RoHS compliant and halogen free
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized The rated voltage of 40V is realized by design that emphasizes voltage resistance Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200
By using a closed magnetic circuit structure leakage flux is minimized. The rated voltage of 40V is realized by design that emphasizes voltage resistance. Operating temperature range: ??55 to +150?C (including self-temperature rise) Compliant with AEC-Q200