ET2424-016 Allicdata Electronics

ET2424-016 Filters

Allicdata Part #:

237-2098-ND

Manufacturer Part#:

ET2424-016

Price: $ 3.05
Product Category:

Filters

Manufacturer: Triad Magnetics
Short Description: CMC 3.6MH 1.5A 2LN TH
More Detail: 3.6mH @ 10kHz 2 Line Common Mode Choke Through Hol...
DataSheet: ET2424-016 datasheetET2424-016 Datasheet/PDF
Quantity: 126
Lead Free Status / RoHS Status: Lead free / RoHS Compliant
1 +: $ 2.76570
10 +: $ 2.53701
100 +: $ 1.66074
500 +: $ 1.47622
1000 +: $ 1.38395
2500 +: $ 1.33782
Stock 126Can Ship Immediately
$ 3.05
Specifications
Voltage Rating - DC: --
Package / Case: Horizontal, 4 PC Pin
Height (Max): 0.906" (23.00mm)
Size / Dimension: 1.043" L x 1.043" W (26.50mm x 26.50mm)
Mounting Type: Through Hole
Features: ESD
Approvals: --
Ratings: --
Operating Temperature: -20°C ~ 105°C
Voltage Rating - AC: 250V
Series: ET
DC Resistance (DCR) (Max): 250 mOhm
Current Rating (Max): 1.5A
Inductance @ Frequency: 3.6mH @ 10kHz
Number of Lines: 2
Filter Type: Power Line
Part Status: Active
Lead Free Status / RoHS Status: --
Packaging: Bulk 
Description

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Common Mode Chokes are used in different fields of technology, including power electronics, motor, audio and control systems. ET2424-016 is a type of Common Mode Choke for use in AC/DC applications. Its design allows for higher current handling and lower losses under certain conditions than typical CM choke assemblies. The purpose of using a Common Mode Choke (CM choke) is to reduce electromagnetic interference (EMI) from entering or exiting the system. Common Mode Choke(CM choke)working principle is based on electromagnetic induction. It is a passive device, composed of a winding core with two coils wound on two different axes, which are dimensionally and magnetically non-interactive. The two coils are wound in opposite directions and connected to a signal line. When the signal line carries an alternating current, the differential current creates an alternating magnetic field in the core, inducing an equal but oppositely oriented current in the two coils. This opposing differential mode (DM) signal is then completely canceled out, leaving only the common mode (CM) signal, which is also acted upon by the core’s inductance. As a result of the inductive nature of the CM choke, any CM signal on the signal lines will be subdued or blocked. Any contrary signal, however, will pass through unaffected. ET2424-016 is an example of a Common Mode Choke for AC/DC applications, designed for current handling up to 16 amps. The ET2424-016 CM choke is constructed of two toroidal cores with four coils per core, each wound on opposite sides of the core. When connected to a signal line, the two coils, which are wound in opposite directions, cancel the common mode signal while allowing the differential mode signal to pass through. The ET2424-016 CM choke has two main advantages. The first is its high current handling. The four coils provide a higher level of current handling than a traditional two-coil CM choke, allowing it to handle larger current loads. The second advantage is its lower losses, which are due to the increased magnetic path of the larger core area. The larger core area also contributes to a higher inductance than a traditional two-coil configuration, allowing for a more effective filtering of the common mode signal. The ET2424-016 CM choke is most commonly used in applications involving AC/DC power, such as motor control, audio and control systems. Common applications include power supplies, inverters, motors or drives, thermoelectric controllers, and amplifiers. The CM choke helps to reduce electromagnetic interference and ensure a quieter, more stable operation of the system. In conclusion, the ET2424-016 CM choke is an effective solution for applications involving AC/DC power. It offers higher current handling and lower losses than a traditional two-coil CM choke, and helps to reduce electromagnetic interference. By using this type of CM choke, designers can ensure a quiet, stable operation of their systems.

The specific data is subject to PDF, and the above content is for reference

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