Common Mode Chokes (1.240 artikelen)

Series = ACM Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACM Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACM Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACM Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 230 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 230 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 1000 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 1000 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 250 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 250 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 3000 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 3000 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 70 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 70 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 2200 Ω Test Frequency = 100 MHz

Series = ACMP-9050 Impedance = 2200 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 1000 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 1000 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 90 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 1000 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 1000 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 1020 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 1020 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 750 Ω Test Frequency = 100 MHz

Series = ACMP Impedance = 750 Ω Test Frequency = 100 MHz

Inductance = 1 mH Series = ACMP-9050 Impedance = 3600 Ω Test Frequency = 100 MHz

Inductance = 1 mH Series = ACMP-9050 Impedance = 3600 Ω Test Frequency = 100 MHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Impedance = 5100 Ω Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Impedance = 5100 Ω Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Impedance = 4000 Ω Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Impedance = 4000 Ω Test Frequency = 100 KHz

Inductance = 200 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 200 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 200 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 200 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Impedance = 5800 Ω Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Impedance = 5800 Ω Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 100 μH Series = ACMS Test Frequency = 100 KHz

Inductance = 2 x 1.5 mH Series = 04770 DC Resistance = 0.073Ω Maximum Current = 14

Inductance = 2 x 1.5 mH Series = 04770 DC Resistance = 0.073Ω Maximum Current = 14

Inductance = 2 x 1.8 mH Series = 04770 DC Resistance = 0.008Ω Maximum Current = 13

Inductance = 2 x 1.8 mH Series = 04770 DC Resistance = 0.008Ω Maximum Current = 13

Inductance = 2 x 2.2 mH Series = 04770 DC Resistance = 0.0092Ω Maximum Current = 12

Inductance = 2 x 2.2 mH Series = 04770 DC Resistance = 0.0092Ω Maximum Current = 12

Inductance = 2 x 2.7 mH Series = 04770 DC Resistance = 0.0104Ω Maximum Current = 11

Inductance = 2 x 2.7 mH Series = 04770 DC Resistance = 0.0104Ω Maximum Current = 11

Inductance = 2 x 3.3 mH Series = 04770 DC Resistance = 0.0115Ω Maximum Current = 10

Inductance = 2 x 3.3 mH Series = 04770 DC Resistance = 0.0115Ω Maximum Current = 10

Inductance = 2 x 22 mH Series = 0719 Test Frequency = 50 Hz DC Resistance = 3Ω Maximum Current = 280 mA Voltage Rating = 85 → 265V

Inductance = 2 x 22 mH Series = 0719 Test Frequency = 50 Hz DC Resistance = 3Ω Maximum Current = 280 mA Voltage Rating = 85 → 265V

Inductance = 2 x 27 mH Series = 0932 Test Frequency = 50 Hz DC Resistance = 2Ω Maximum Current = 500 mA Voltage Rating = 85 → 265V

Inductance = 2 x 27 mH Series = 0932 Test Frequency = 50 Hz DC Resistance = 2Ω Maximum Current = 500 mA Voltage Rating = 85 → 265V

DR221 Series Data Line Chokes. DR221 series surface mount data line chokes from Bourns feature a high-quality toroidal core. These data line chokes have sector windings. DR221 chokes are available ...

DR221 Series Data Line Chokes. DR221 series surface mount data line chokes from Bourns feature a high-quality toroidal core. These data line chokes have sector windings. DR221 chokes are available ...

Bourns DR331 Series SMD Common Mode Chokes. RoHS compliant Bifilar or sector windings Wide frequency range over 1000MHz Rated current 0.2 to 0.5A Open construction is more economical than DR332 Ser...

Bourns DR331 Series SMD Common Mode Chokes. RoHS compliant Bifilar or sector windings Wide frequency range over 1000MHz Rated current 0.2 to 0.5A Open construction is more economical than DR332 Ser...

Bourns DR331 Series SMD Common Mode Chokes. RoHS compliant Bifilar or sector windings Wide frequency range over 1000MHz Rated current 0.2 to 0.5A Open construction is more economical than DR332 Ser...

Bourns DR331 Series SMD Common Mode Chokes. RoHS compliant Bifilar or sector windings Wide frequency range over 1000MHz Rated current 0.2 to 0.5A Open construction is more economical than DR332 Ser...

Bourns DR331 Series SMD Common Mode Chokes. RoHS compliant Bifilar or sector windings Wide frequency range over 1000MHz Rated current 0.2 to 0.5A Open construction is more economical than DR332 Ser...

Bourns DR331 Series SMD Common Mode Chokes. RoHS compliant Bifilar or sector windings Wide frequency range over 1000MHz Rated current 0.2 to 0.5A Open construction is more economical than DR332 Ser...

Bourns PM3700 Series SMD Common Mode Chokes. Current rating up to 7A Compact size, 17.8mm body diameter Tape and reel packaging RoHS compliant Applications in Filtering, Common mode

Bourns PM3700 Series SMD Common Mode Chokes. Current rating up to 7A Compact size, 17.8mm body diameter Tape and reel packaging RoHS compliant Applications in Filtering, Common mode

Bourns PM3700 Series SMD Common Mode Chokes. Current rating up to 7A Compact size, 17.8mm body diameter Tape and reel packaging RoHS compliant Applications in Filtering, Common mode

Bourns PM3700 Series SMD Common Mode Chokes. Current rating up to 7A Compact size, 17.8mm body diameter Tape and reel packaging RoHS compliant Applications in Filtering, Common mode

Bourns PM3700 Series SMD Common Mode Chokes. Current rating up to 7A Compact size, 17.8mm body diameter Tape and reel packaging RoHS compliant Applications in Filtering, Common mode

Bourns PM3700 Series SMD Common Mode Chokes. Current rating up to 7A Compact size, 17.8mm body diameter Tape and reel packaging RoHS compliant Applications in Filtering, Common mode

SRF0602 Series Wire Wound Chokes. SRF0602 Series Wire Wound Chokes have a Current rating of 300 mA Inductance range: 10 to 330 μH Frequency range to 1600 MHz RoHS compliant Application in EMI suppr...

SRF0602 Series Wire Wound Chokes. SRF0602 Series Wire Wound Chokes have a Current rating of 300 mA Inductance range: 10 to 330 μH Frequency range to 1600 MHz RoHS compliant Application in EMI suppr...

SRF0905 Series Wire Wound Chokes. SRF0905 Series Wire Wound Chokes have Current rating of 1.6 A Inductance range: 10 to 6500 μH Frequency range to 300 MHz RoHS compliant For EMI suppression

SRF0905 Series Wire Wound Chokes. SRF0905 Series Wire Wound Chokes have Current rating of 1.6 A Inductance range: 10 to 6500 μH Frequency range to 300 MHz RoHS compliant For EMI suppression

Bourns SRF3216A Series SMD Common Mode Chokes (AEC-Q200 Qualified). Bourns SRF3216A common mode chokes are constructed with a ferrite core and are bifilar wound. This series is able to suppress EMI...

Inductance = 100 μH Series = SRF3225AB Impedance = 5.5 kΩ Test Frequency = 100 kHz DC Resistance = 3.5Ω

Inductance = 100 μH Series = SRF3225AB Impedance = 5.5 kΩ Test Frequency = 100 kHz DC Resistance = 3.5Ω

Inductance = 200 μH Series = SRF3225TABM Impedance = 10 kΩ Test Frequency = 100 kHz DC Resistance = 5.5Ω

Inductance = 200 μH Series = SRF3225TABM Impedance = 10 kΩ Test Frequency = 100 kHz DC Resistance = 5.5Ω

Inductance = 100 μH Series = SRF3225TAC Impedance = 5.1 kΩ Test Frequency = 100 kHz DC Resistance = 1.5Ω

Inductance = 100 μH Series = SRF3225TAC Impedance = 5.1 kΩ Test Frequency = 100 kHz DC Resistance = 1.5Ω

Inductance = 11 μH Series = SRF3225TAC Impedance = 550 Ω Test Frequency = 100 kHz DC Resistance = 0.4Ω

Inductance = 11 μH Series = SRF3225TAC Impedance = 550 Ω Test Frequency = 100 kHz DC Resistance = 0.4Ω

Inductance = 22 μH Series = SRF3225TAC Impedance = 1.1 kΩ Test Frequency = 100 kHz DC Resistance = 0.5Ω

Inductance = 22 μH Series = SRF3225TAC Impedance = 1.1 kΩ Test Frequency = 100 kHz DC Resistance = 0.5Ω

Inductance = 51 μH Series = SRF3225TAC Impedance = 2.6 kΩ Test Frequency = 100 kHz DC Resistance = 0.7Ω

Inductance = 51 μH Series = SRF3225TAC Impedance = 2.6 kΩ Test Frequency = 100 kHz DC Resistance = 0.7Ω

Inductance = 100 μH Series = SRF3225TAFD Impedance = 5.1 kΩ Test Frequency = 100 kHz DC Resistance = 1.5Ω

Inductance = 100 μH Series = SRF3225TAFD Impedance = 5.1 kΩ Test Frequency = 100 kHz DC Resistance = 1.5Ω

Inductance = 100 μH Series = SRF4530A Impedance = 7.5 kΩ Test Frequency = 100 kHz DC Resistance = 1.5Ω Maximum Current = 0.20 A Dimensions = 4.5 x 3.2mm Operating Temperature Range = -55°C → +150°C...