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High-Performance UT/ET Series Common Mode Inductors

High-Performance UT/ET Series Common Mode Inductors

SKU:IND-b0a4e8

Combat EMI/RFI effectively with UT/ET Common Mode Inductors. High performance, low leakage flux, and industry-standard compliant.

Regular price $29.99
Regular price Sale price $29.99
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High-Performance UT/ET Series Common Mode Inductors

High-Performance UT/ET Series Common Mode Inductors

$29.99

Quantity: 1

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High-Performance UT/ET Series Common Mode Inductors

High-Performance UT/ET Series Common Mode Inductors

$29.99

Quantity: 1

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The UT/ET Series Common Mode Inductors are essential for combating electromagnetic interference and radio frequency interference on power supply lines. With features like low leakage flux, high self-resonant frequency, and low stray capacitance, these inductors ensure the smooth operation of electronic equipment. Designed with a vertical configuration and meeting industry standards like CSA, IEC, and UL, these inductors guarantee reliable performance in challenging environments.

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Product Specifications

Specifications Configuration Type
Vertical
Specifications Current Rating
1.80 A
Specifications Dielectric Withstanding Voltage Ac
2,000 V
Specifications Features
Low Leakage FluxHigh Self-Resonant FrequencyHigh Impedance at Applicable FrequencyLow Stray Capacitance in Section Winding
Specifications Industry Standards
CSA | IEC | UL
Specifications Max Dcr
0.4 Ohm
Specifications Max Height H
1.73 in | 43.94 mm
Specifications Max Inductance Difference
700 µH
Specifications Max Length L
1.06 in | 26.92 mm
Specifications Max Temperature Rise
45 ºC
Specifications Max Width W
1.46 in | 37.08 mm
Specifications Min Inductance
22.00 mH
Specifications Min Insulation Resistance
100 mOhm
Specifications Nominal Pin Mounting A
0.827 in | 21.00 mm
Specifications Nominal Pin Mounting B
0.591 in | 15.01 mm
Specifications Operating Temperature Range
-20 to 105 ºC
Specifications Rated Voltage Ac
250 V
Specifications Weight
2.60 oz
Technical Notes 0
The inductance difference measures between the coil L1 and L2.