UT/ET Series Common Mode Inductors - EMI/RFI Filters
UT/ET Series Common Mode Inductors - EMI/RFI Filters
SKU:IND-95387d
Efficiently prevent EMI/RFI with UT/ET Series Inductors. High performance, low stray capacitance, and industry standards compliant.
Regular price
$34.99
Regular price
Sale price
$34.99
Unit price
per
Initiate Order
UT/ET Series Common Mode Inductors - EMI/RFI Filters
$34.99
Quantity: 1
Claim Your Seller Account
UT/ET Series Common Mode Inductors - EMI/RFI Filters
$34.99
Quantity: 1
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.
The UT/ET Series Common Mode Inductors are essential components designed to mitigate electromagnetic interference (EMI) and radio frequency interference (RFI) in diverse applications. With features like low leakage flux, high self-resonant frequency, and high impedance at the applicable frequency, these inductors ensure the efficient operation of electronic equipment. Built to deliver high performance, low stray capacitance, and meeting industry standards including CSA, IEC, and UL, these inductors are ideal for maintaining signal integrity and preventing operational issues.
Product Specifications
Specifications Configuration Type
Horizontal
Specifications Current Rating
1.00 A
Specifications Dielectric Withstanding Voltage Ac
2,000 V
Specifications Features
High Impedance at Applicable Frequency | High Self-Resonant Frequency | Low Leakage Flux | Low Stray Capacitance in Section Winding
Specifications Height H
25 mm
Specifications Industry Standards
CSA | IEC | UL
Specifications Length L
30 mm
Specifications Max Dcr
0.6 Ohm
Specifications Max Inductance Difference
500 µH
Specifications Max Temperature Rise
45 ºC
Specifications Min Inductance
25.00 mH
Specifications Min Insulation Resistance
100 mOhm
Specifications Operating Temperature Range
-20 to 105 ºC
Specifications Pin Mounting A
24.0 mm
Specifications Pin Mounting B
20.0 mm
Specifications Rated Voltage Ac
250 V
Specifications Weight
1.40 oz
Specifications Width W
30 mm
Technical Notes 0
The inductance difference measures between the coil L1 and L2.