MetalLions-ACM9070F-601T50

ACM

9070

F

Series  

SMD Common Mode Filters  

FEATURES  

■

Winding type realizes small size and low profile  

■

Prevention of common mode noise at high frequency  

Excellent solderability  

Operating temperature -40~+125

℃

(Including self – temperature rise)  

RoHS Compliant  

■

■

■

FEATURES  

■

Power line noise countermeasure for electronic equipment (Notebook, server applications, Battery , etc.)  

Best for high current circuit such as car  

■

■

Wireless charging and power device design  

Explanation of Part Number  

ACM 9070 F

–

301

T

60  

1

2 3 4 5

 

6  

1:Product Series:

Wire Wound Common Mode Filters  

♦

♦

2

:

Dimensions:  

♦

3:

Material Code:Ferrite  

♦

4:

Common Mode Impedance

(Ω)  

5

:

Packing(Tape & Reel

）

 

♦

♦

5:

Rated Current

：

60

=

60

00mA  

Shapes and Dimensions

 

[Dimensions in mm]  

A: 9.0±0.5  

A1: 9.5±0.5  

B: 7.0±0.5  

C: 4.8Max.  

D: 5.6Typ.  

E: 1.5±0.2  

F: 2.0±0.2  

G: 1.7±0.2  

mm  

mm  

mm  

mm  

mm  

mm  

mm  

mm  

1

2

4

3

4

3

1

701  

2

Equivalent circuit  

Land Pattern: [mm]  

Electrical Characterisitics:  

Impedance(Ω)  

at 100MHz  

Rated  

Current  

(A) Max.  

6.0  

Insulation  

Rated  

Voltage  

(V)Max.  

Resistance  

RDC(Ω) Max.  

(1 line)  

PT/NO.  

Resistance  

Min.  

Typ.  

300  

(MΩ) Min.  

ACM

9070

F

-301

T60  

225  

450  

6m  

8m  

10  

10  

10  

10  

10  

10  

80  

80  

80  

80  

80  

80  

ACM9070F

-501

T55  

ACM9070F

-701

T50  

ACM9070F

-102

T40  

ACM9070F

-222

T30  

ACM9070F

-272

T20  

600  

5.5  

500  

700  

10m  

13m  

5

0m  

8

0

m  

5.0  

750  

1000  

2200  

2700  

4.0  

1700  

2000  

3.0  

2.0  

ACM9070F

–

302

T20  

2

5

00  

30

00  

8

0

m  

2.0  

10  

80  

Rated Current

 

：

Based on temperature rise

 

(

△

T

：

40

℃

TYP.)  

TYPICAL ELECTRICAL CHARACTERISTICS  

Impedance VS. Frequency  

Common Mode  

Common Mode  

ACM

9070

F

–

5

01

T55  

ACM

9070

F

-301

T60  

Differential Mode  

Differential Mode  

10000  

1000  

100  

10000  

1000  

100  

10  

10  

1

1

1

10  

100  

1000  

1

10  

100  

1000  

Frequency(MHz)  

Frequency(MHz)  

ACM

9070

F

-701

T50  

Common Mode  

ACM

9070

F

-102

T40  

Common Mode  

Differential Mode  

Differential Mode  

10000  

1000  

100  

10  

10000  

1000  

100  

10  

1

1

1

10  

100  

1000  

1

10  

100  

1000  

Frequency(MHz)  

Frequency(MHz)  

Common Mode  

Differential Mode  

Common Mode  

ACM

9070

F

-272

T20  

ACM

9070

F

-222

T30  

Differential Mode  

10000  

1000  

100  

10  

10000  

1000  

100  

10  

1

1

1

10  

100  

Frequency(MHz)  

1000  

1

10  

100  

Frequency(MHz)  

1000  

ACM9070F

-302

T20  

10000  

1000  

100  

10  

Common mode  

Differential mode  

1

1

10  

100  

1000  

Frequency(MHz)  

TEST EQUIPMENT  

Impedance  

Measured by using HP4291B RF Impedance Analyzer.  

Measurement terminal  

④

①

②

③

DC Resistance  

Measured by using Chroma 16502 milliohm meter.  

Measurement terminal  

④

①

②

③

Insulation Resistance  

Measured by using Chroma 19073  

Measurement voltage : 50v ,Measurement time : 60 sec.  

Measurement terminal  

④

①

②

③

Reliability Test  

MECHANICAL  

TEST ITEM  

SPECIFICATION  

The product shall be connected to the test  

TEST DETAILS  

Solder ability  

Apply cream solder to the printed circuit board .  

circuit board by the fillet (the height is 0.2mm).

 

Refer to clause 8 for Reflow profile.  

Resistance to  

There shall be no damage or problems.  

Temperature profile of reflow soldering  

soldering  

300  

Soldering heat  

(reflow soldering)  

(Peak temperature 260

±

3

℃

10 sec)  

250  

200  

150  

100  

50  

30 sec Min  

(230

+0

℃

)  

Pre-heating  

Slow cooling  

(Stored at room  

temperature)  

150 ~ 180

℃  

10  

sec

.  

2 min  

2 min. or more  

The specimen shall be passed through the reflow oven  

with the condition shown in the above profile for 1 time.  

The specimen shall be stored at standard atmospheric  

eric conditions for 1 hour, after which the measurement  

shall be made.  

Terminal strength  

The terminal electrode and the ferrite must  

not damaged.  

Solder a chip to test substrate , and then laterally apply  

a load 9.8N in the arrow direction.  

Strength on PC board

 

The terminal electrode and the ferrite must  

Solder a chip to test substrate and then apply a load.  

bending  

not damaged.  

Impedance:Within±20% of the initial value.  

After the samples shall be soldered onto the test circuit  

High  

Insulation resistance and DC resistance on the

 

board,the test shall be done.  

temperature  

resistance  

specification(refer to clause 2-1) shall be met.  

The terminal electrode and the ferrite must not  

damaged.  

Measurement : After placing for 24 hours min.  

Temperature : +125±2

℃  

Applied voltage : Rated voltage  

Applied current : Rated current  

Testing time : 500±12 hours  

MECHANICAL  

TEST ITEM  

SPECIFICATION  

TEST DETAILS  

Humidity  

Impedance:Within±20% of the initial value.  

After the samples shall be soldered onto the test circuit  

resistance  

Insulation resistance and DC resistance on the

 

board,the test shall be done.  

specification(refer to clause 2-1) shall be met.  

The terminal electrode and the ferrite must not  

damaged.  

Measurement : After placing for 24 hours min.  

Temperature : +60±2

℃

, Humidity : 90 to 95 %RH  

Applied voltage : Rated voltage  

Applied current : Rated current  

Testing time : 500±12 hours  

Thermal shock  

Impedance:Within±20% of the initial value.  

Insulation resistance and DC resistance on the  

specification(refer to clause 2-1) shall be met.  

The terminal electrode and the ferrite must  

not damaged.  

1 cycle  

30 min.  

30 sec  

+125

℃  

-40

℃  

30 min.  

Impedance:Within±20% of the initial value.  

After the samples shall be soldered onto the test  

Low  

Insulation resistance and DC resistance on the

 

circuit board,the test shall be done.  

temperature  

storage  

specification(refer to clause 2-1) shall be met.  

The terminal electrode and the ferrite must  

not damaged.  

Measurement : After placing for 24 hours min.  

Temperature : -40±2

℃  

Testing time : 500±12 hours  

Vibration  

Impedance:Within±20% of the initial value.  

Insulation resistance and DC resistance on  

the specification(refer to clause 2-1)  

shall be met.  

After the samples shall be soldered onto the test circuit  

board,the test shall be done.  

Frequency : 10 to 55 Hz  

Amplitude : 1.52 mm  

The terminal electrode and the ferrite must  

not damaged.  

Dimension and times : X ,Y and Z directions  

for 2 hours each.  

New solder More than 75%  

Flux (rosin, isopropyl alcohol{JIS-K-1522}) shall be coated  

over the whole of the sample before hard, the sample shall  

then be preheated for about 2 minutes in a temperature  

of 130

～

150

℃

and after it has been immersed to a depth  

0.5mm below for 3±0.2 seconds fully in molten solder  

M705 with a temperature of 245±2

℃

. More than 75% of the  

electrode sections shall be couered  

Solderability  

with new solder smoothly when the sample is taken out  

of the solder bath.  

Packaging  

CARRIER TAPE DIMENSIONS (mm)  

TAPING DIMENSIONS (mm)  

Unreeling  

Direction  

Packing Quantity  

7

00 pcs./reel