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High Frequency Noise Suppression Coilank ACM2012T101W2 Common Mode Filter for Data Signal Protection

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High Frequency Noise Suppression Coilank ACM2012T101W2 Common Mode Filter for Data Signal Protection

Insulation Resistance(IR) : 10MΩ

Operating Temperature : -40℃~+125℃

DC Resistance(DCR) : 300mΩ

Voltage Rating - DC : 50V

Number of Lines : 2

Voltage Withstand : 125V

Description : 300mΩ 2 SMD-4P,2x1.2mm Common Mode Chokes RoHS

Mfr. Part # : ACM2012T101W2

Model Number : ACM2012T101W2

Package : SMD-4P,2x1.2mm

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Product Overview

The ACM Series Common Mode Filters are designed for high-frequency noise suppression, offering excellent performance in signal cables and effectively mitigating radiation noise. Their common mode choke coil structure ensures noise suppression without compromising signal integrity. These filters are lead-free, support lead-free soldering, and are Halogen Free. They are suitable for applications requiring noise suppression in LVDS, USB2.0, and IEEE1394 interfaces.

Product Attributes

  • Brand: Coilank (implied from website links)
  • Series: ACM Series
  • Material: Lead-free, Halogen Free
  • Certifications: Support lead-free soldering

Technical Specifications

General Specifications:

Parameter Value
Operating Temperature Range -40 to +125
Maximum Part Temperature (Ambient + Temp Rise) 125 (under worst-case conditions)

External Dimensions (Unit: mm):

TYPE A B C D1 typ D2 typ a typ b typ c typ d typ QTY/Reel
ACM1210 1.20.2 1.00.2 0.80.1 0.33 0.36 0.5 1.55 0.3 1.0 3000
ACM1608 1.60.2 0.80.2 1.10.2 0.33 0.35 0.73 1.89 0.25 0.85 3000
ACM2012 2.00.2 1.20.2 1.20.2 0.5 0.5 1.2 2.6 0.4 1.2 2000
ACM2520 2.50.2 2.00.2 1.20.2 0.45 0.6 1.2 3.2 0.6 2.0 2000
ACM3216 3.20.2 1.60.2 1.80.2 0.6 0.5 2.2 3.7 0.5 1.6 2000
ACM3225 3.20.2 2.50.2 2.20.2 0.75 0.9 2.0 3.7 06 2.5 1500
ACM4532 4.50.2 3.20.2 2.80.2 1.0 1.2 2.5 4.8 0.7 3.8 500

Part Number Code Structure:

Component Description
ACM Series Name
2012 Dimensions L*W
T Tolerance
900 Impedance
W Internal Controls
c d a b A C B D1 D1 D2 D2 Equivalent circuit No Polarity

Electrical Characteristics:

Part Number Common Mode Impedance Z() @100MHz DC Resistance (m) Max. Irms (mA)Max. Rated Voltage Vdc(V)Max. Withstanding Voltage Vode(V)Max. Insulation Resistance (M)Min.
ACM1210T200W2 20 150 500 20 50 10
ACM1210T350W2 35 180 430 20 50 10
ACM1210T450W2 45 180 420 20 50 10
ACM1210T600W2 60 300 400 20 50 10
ACM1210T900W2 90 300 400 20 50 10
ACM1210T161W2 160 400 260 20 50 10
ACM1210T201W2 200 400 250 20 50 10
ACM1210T301W2 300 500 200 20 50 10
ACM1608T250W2 25 100 500 20 50 10
ACM1608T600W2 60 200 350 20 50 10
ACM1608T900W2 90 250 300 20 50 10
ACM1608T141W2 140 250 300 20 50 10
ACM1608T221W2 220 250 300 20 50 10
ACM2012T300W2 30 200 450 50 125 10
ACM2012T500W2 50 250 550 50 125 10
ACM2012T750W2 75 250 400 50 125 10
ACM2012T900W2 90 300 400 50 125 10
ACM2012T101W2 100 300 400 50 125 10
ACM2012T121W2 120 300 400 50 125 10
ACM2012T161W2 160 350 350 50 125 10
ACM2012T181W2 180 350 350 50 125 10
ACM2012T201W2 200 350 300 50 125 10
ACM2012T221W2 220 350 300 50 125 10
ACM2012T251W2 250 400 300 50 125 10
ACM2012T261W2 260 400 300 50 125 10
ACM2012T301W2 300 400 290 50 125 10
ACM2012T361W2 360 400 300 50 125 10
ACM2012T371W2 370 450 280 50 125 10
ACM2012T481W2 480 550 200 50 125 10
ACM2012T501W2 500 550 200 50 125 10
ACM2012T601W2 600 550 300 50 125 10
ACM2012T671W2 670 600 180 50 125 10
ACM2012T681W2 680 700 180 50 125 10
ACM2012T751W2 750 800 150 50 125 10
ACM2012T801W2 800 880 150 50 125 10
ACM2012T901W2 900 1000 100 50 125 10
ACM2012T102W2 1000 1000 100 50 125 10
ACM2520T301W2 300 250 400 50 125 10
ACM2520T451W2 450 300 350 50 125 10
ACM2520T601W2 600 380 330 50 125 10
ACM2520T801W2 800 420 300 50 125 10
ACM2520T102W2 1000 500 240 50 125 10
ACM3216T500W2 50 250 400 50 125 10
ACM3216T900W2 90 300 370 50 125 10
ACM3216T161W2 160 400 340 50 125 10
ACM3216T261W2 260 500 310 50 125 10
ACM3216T601W2 600 800 260 50 125 10
ACM3216T102W2 1000 1000 230 50 125 10
ACM3216T222W2 2200 1200 200 50 125 10
ACM3225T900W2 90 60 1000 50 125 10
ACM3225T101W2 100 60 1000 50 125 10
ACM3225T121W2 120 60 1000 50 125 10
ACM3225T201W2 200 80 1000 50 125 10
ACM3225T501W2 500 100 1000 50 125 10
ACM3225T601W2 600 100 1000 50 125 10
ACM3225T102W2 1000 100 1000 50 125 10
ACM3225T122W2 1200 300 400 50 125 10
ACM3225T142W2 1400 300 400 50 125 10
ACM3225T242W2 2400 300 640 50 125 10
ACM4532T800W2 80 50 2500 50 125 10
ACM4532T900W2 90 50 2500 50 125 10
ACM4532T121W2 120 50 2000 50 125 10
ACM4532T201W2 200 50 2000 50 125 10
ACM4532T231W2 230 60 1600 50 125 10
ACM4532T361W2 360 60 1600 50 125 10
ACM4532T421W2 420 70 1600 50 125 10
ACM4532T501W2 500 80 1500 50 125 10
ACM4532T601W2 600 80 1500 50 125 10
ACM4532T701W2 700 80 1200 50 125 10
ACM4532T801W2 800 90 1200 50 125 10
ACM4532T901W2 900 100 1200 50 125 10
ACM4532T102W2 1000 100 1000 50 125 10
ACM4532T122W2 1200 100 1000 50 125 10
ACM4532T142W2 1400 100 1000 50 125 10

Note: All test data is referenced to 25 ambient. The part temperature (ambient + temp rise) should not exceed 125 under worst-case operating conditions. Circuit design, component placement, PCB trace size and thickness, airflow, and other cooling provisions all affect the part temperature; part temperature should be verified in the end application.


2506061750_Coilank-ACM2012T101W2_C49073838.pdf


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