ELF15N007A.

INDUCTOR, 10MH

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Manufacturer: PANASONIC
Product type: Fixed Value Inductors
Inductance:10mH; Inductance Tolerance:± 20%; DC Current Rating:700mA; Lead Spacing:10mm; DC Current Max:700mA; External Depth:15mm; External Length / Height:21.5mm; External Width:22.7mm; Inductance Min:1

Delivery and price
Units per pack	1000
Price	0.639 €
Current stock	10+
Lead time	30 days

Datasheet

Line Filters 

**==> picture [271 x 365] intentionally omitted <==**

**----- Start of picture text -----**<br>
Japan<br>Singapore<br>Indonesia<br>                       Series V<br>'<br>ly<br>Type 290 Type 450 Type 650 Type 850<br>a»<br>Cy | Gon<br>Type 21V Type 24V<br>Series H<br>* id<br>* iq ="<br>Type 270 Type 200 Type 400 Type 600<br>Series F Series M<br>=<br>Type 23F Type 25F Type 11M Type 14M Type 16M<br>Series N, High N<br>**----- End of picture text -----**<br>


## Line Filters 

Series:V (Type 290, 450, 650, 850, 21V, 24V) Series:H (Type 200, 270, 400, 600) Series:F (Type 23F, 25F) Series:M (Type 11M, 14M, 16M) 

Series:N (Type 15N, 18N, 20N) Series:High N (Type 17N, 19N, 21N) 

Line filters suppressing conductive noise ranging from low to high frequencies generated at power supply circuits of various electronic equipment 

Industrial Property: Patents 22 (incl.pending) 

Type 15N Type 17N 

Type 18N Type 20N Type 19N Type 21N 

## I Features 

|I FeaturesFeatures||Type 15N<br>Type 17N<br>Type 18N<br>Type 19N<br>Type 20N<br>Type 21N|Type 15N<br>Type 17N<br>Type 18N<br>Type 19N<br>Type 20N<br>Type 21N|
|---|---|---|---|
|Series|Types|Features||
|V|290, 450, 650, 850,<br>21V∗, 24∗|Vertical<br>Structure|GExcellent attenuations in high frequency characteristics|
|H|200, 270, 400, 600|Horizontal<br>Structure|GDecreasing greatly leakage flux|
|F|23F, 25F|Thin<br>Structure|G15 mm height max.|
|M|11M, 14M, 16M|Small<br>Structure|GSmall size and lightweight|
|N|15N, 18N, 20N|Vertical<br>Structure|GSuitable for high-density automatic insertion|
|High N|17N, 19N, 21N|High L<br>Structure|GHigh inductance (same size with series N)|



8 Type 21V is developed product of Type 650.  Type 24V is Type 850. 

## I Recommended Applications 

G CTV, VTR, Audios, PC, Facsimiles 

Line Filters 

## I Explanation of Part Numbers 

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**----- Start of picture text -----**<br>
G V, H Series<br>1 2 3 4 5 6 7 8 9 10 11 12<br>E L F 1 8 D 2 9 0 A<br>Product code Series Type (Style, Design No.) Option 1 Option 2<br>G F, M Series<br>1 2 3 4 5 6 7 8 9 10 11 12<br>E L F 1 6 M 0 2 0 A<br>Product code Style Series Design No. Option 1 Option 2 Option 3<br>(Current)<br>G N, High N Series<br>1 2 3 4 5 6 7 8 9 10 11 12<br>E L F 1 5 N 0 0 5 A<br>Product code Type Series Current Option 1 Option 2 Option 3<br>**----- End of picture text -----**<br>


## I   Performance Characteristics 

|IPerformance Cha|racteristics|racteristics|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|290 <br>Series<br>Type<br>Item|V Serise||H Serise||||F Series||M Serie|s<br>N Serise|||High N Series|||Notes|
||450 650/21V|850/24V|270|200|400|600|23F|25F<br>|11M/14M 16|M 15N|18N|20N|17N|19N|21N||
|OperatingTemperature|Ð20 ¡C to 105 ¡C(115 ¡C)||||||Ð20 ¡C to 115 ¡C||||||||||
|voltage|AC 250 Vrms  max.||||||||||||||||
|Current|Refer to ÒExamplesÓ||||||||||||||||
|Inductance|Refer to ÒExamplesÓ||||||||||||||||
|Dielectric WithstandingVoltage|AC 2 kV  1min||||||||||||||||
|Temperature Rise|45 K  max.|||||||||||||||Resistance<br>method|
|Applicable SafetyStandards|**  Denki Yohin*,UL,CSA,IEC||||||||||||||||



8 The Electrical Appliance and Material Law of Japan 

88 Line filter does not acquire, only, the safety standards recognition 

## I Connection Shematics 

**==> picture [57 x 42] intentionally omitted <==**

I Impedance and Attenuation Characteristics (Typical) 

G Impedance Characteristics 

G Test Circuit Diagram 

I Circuit Example 

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I Current-Inductance (min.) Characteristics (Reference only) 

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Line Filters 

## I Examples 

|IExa|mples|mples|mples|mples|||||
|---|---|---|---|---|---|---|---|---|
||Series V||||||||
|Type|Part No.|Inductance<br>(mH) min.|Current max.<br>(A rms.)|Type|Part No.|Marking|Inductance <br>(mH)<br>min.|Current<br>max.<br>(A rms.)|
|290|ELF18D290B|0.82|2.0|21V|ELF21V006A|683  06A|68.0|0.6|
||ELF18D290D|1.20|1.6||ELF21V007A|563  07A|56.0|0.7|
||ELF18D290V|1.80|1.5||ELF21V008A|333  08A|33.0|0.8|
||ELF18D290T|2.20|1.3||ELF21V010A|273  10A|27.0|1.0|
||ELF18D290E|2.70|1.1||ELF21V012A|183  12A|18.0|1.2|
||ELF18D290S|3.30|1.1||ELF21V013A|153  13A|15.0|1.3|
||ELF18D290R|3.90|1.0||ELF21V016A|123  16A|12.0|1.6|
||ELF18D290M|5.60|0.8||ELF21V018A|822 18A|8.20|1.8|
||ELF18D290P|6.80|0.7||ELF21V020A|682  20A|6.80|2.0|
||ELF18D290L|8.20|0.6||ELF21V022A|562  22A|5.60|2.2|
||ELF18D290G|10.0|0.6||ELF21V025A|452  25A|4.50|2.5|
||ELF18D290A|18.0|0.5||ELF21V027A|272  27A|2.70|2.7|
||ELF18D290C|22.0|0.4||ELF21V030A|222  30A|2.20|3.0|
||ELF18D290H|33.0|0.3|24V|ELF24V008A|823  08A|82.0|0.8|
|450|ELF18D450M|1.20|3.0||ELF24V010A|563  10A|56.0|1.0|
||ELF18D450C|2.20|2.2||ELF24V012A|473  12A|47.0|1.2|
||ELF18D450A|2.70|2.0||ELF24V014A|333  14A|33.0|1.4|
||ELF18D450K|3.90|1.8||ELF24V015A|273  15A|27.0|1.5|
||ELF18D450D|5.60|1.4||ELF24V018A|223  18A|22.0|1.8|
||ELF18D450L|6.80|1.2||ELF24V019A|183  19A|18.0|1.9|
||ELF18D450G|8.20|1.1||ELF24V020A|153  20A|15.0|2.0|
||ELF18D450J|10.0|1.0||ELF24V025A|103  25A|10.0|2.5|
||ELF18D450B|18.0|0.8||ELF24V028A|902  28A|9.00|2.8|
||ELF18D450H|39.0|0.5||ELF24V030A|822  30A|8.20|3.0|
||ELF18D450Q|56.0|0.4||ELF24V034A|562  34A|5.60|3.4|
|650|ELF18D650M|1.50|3.1||ELF24V035A|472  35A|4.70|3.5|
||ELF18D650G|1.80|2.8||ELF24V037A|392  37A|3.90|3.7|
||ELF18D650B|3.30|2.4||ELF24V042A|332  42A|3.30|4.2|
||ELF18D650C|8.20|1.7||ELF24V045A|272  45A|2.70|4.5|
||ELF18D650W|10.0|1.4||ELF24V050A|152  50A|1.50|5.0|
||ELF18D650J|12.0|1.3||ELF24V070A|801  70A|0.80|7.0|
||ELF18D650D|15.0|1.1||ELF24V080A|401  80A|0.40|8.0|
||ELF18D650H|33.0|0.8||ELF24V090A|261  90A|0.26|9.0|
||ELF18D650U|47.0|0.7||ELF24V100A|151 100A|0.15|10.0|
||ELF18D666A|2.20|2.8||||||
||ELF18D656Z|2.70|2.7||||||
||ELF18D656Y|4.70|2.5||||||
||ELF18D656X|5.60|2.2||||||
||ELF18D656K|6.80|2.0||||||
||ELF18D656J|12.0|1.6||||||
||ELF18D656V|27.0|1.0||||||
||ELF18D656S|68.0|0.6||||||
|850|ELF18D850M|1.50|5.0||||||
||ELF18D860B|2.20|4.5||||||
||ELF18D850B|3.30|4.2||||||
||ELF18D850P|3.90|3.7||||||
||ELF18D850Y|4.70|3.5||||||
||ELF18D850X|5.60|3.4||||||
||ELF18D850C|8.20|3.0||||||
||ELF18D850W|10.0|2.5||||||
||ELF18D850D|15.0|2.0||||||
||ELF18D850Q|18.0|1.9||||||
||ELF18D860C|22.0|1.8||||||
||ELF18D850Z|27.0|1.5||||||
||ELF18D850H|33.0|1.4||||||
||ELF18D850U|47.0|1.2||||||
||ELF18D850T|56.0|1.1||||||
||ELF18D850R|82.0|0.8||||||



Line Filters 

## I Examples 

|IExa|mples|mples|mples|||||
|---|---|---|---|---|---|---|---|
||Series H||||Series F|||
|Type|Part No.|Inductance<br>(mH) min.|Current max.<br>(A rms.)|Type|Part No.|Inductance<br>(mH) min.|Current max.<br>(A rms.)|
|200|ELF18D217|1.50|1.60|23F|ELF23F003A|50.0|0.3|
||ELF18D219|2.70|1.30||ELF23F004A|30.0|0.4|
||ELF18D216|3.90|1.00||ELF23F005A|20.0|0.5|
||ELF18D225|6.80|0.80||ELF23F906A|14.0|0.6|
||ELF18D214|8.20|0.70||ELF23F007A|10.0|0.7|
||ELF18D210|18.0|0.50||ELF23F008A|8.0|0.8|
||ELF18D218|22.0|0.40||ELF23F009A|6.0|0.9|
||ELF18D212F|1.00|2.10||ELF23F010A|5.0|1.0|
||ELF18D230F|1.20|2.00||ELF23F012A|3.5|1.2|
||ELF18D228F|2.20|1.50||ELF23F014A|2.5|1.4|
||ELF18D227F|4.70|1.00||ELF23F016A|2.0|1.6|
||ELF18D221F|33.0|0.40||ELF23F018A|1.5|1.8|
||ELF18D235F|47.0|0.30||ELF23F020A|1.2|2.0|
||ELF18D222F|68.0|0.25||ELF23F022A|1.0|2.2|
|270|ELF18D270C|1.80|1.5|25F|ELF25F004A|50.0|0.4|
||ELF18D270D|2.70|1.1||ELF25F005A|30.0|0.5|
||ELF18D270Q|5.60|0.8||ELF25F006A|20.0|0.6|
||ELF18D270A|6.80|0.7||ELF25F007A|16.0|0.7|
||ELF18D270G|10.0|0.6||ELF25F008A|12.0|0.8|
||ELF18D270H|18.0|0.5||ELF25F009A|10.0|0.9|
||ELF18D270B|22.0|0.4||ELF25F010A|8.0|1.0|
||ELF18D270J|33.0|0.3||ELF25F012A|5.5|1.2|
|400|ELF18D419|1.50|2.4||ELF25F014A|4.0|1.4|
||ELF18D414|3.30|1.8||ELF25F016A|3.0|1.6|
||ELF18D433|3.90|1.5||ELF25F018A|2.5|1.8|
||ELF18D412|6.80|1.2||ELF25F020A|2.0|2.0|
||ELF18D415|8.20|1.0||ELF25F022A|1.6|2.2|
||ELF18D430|12.0|0.9||ELF25F025A|1.3|2.5|
||ELF18D423|27.0|0.6||ELF25F106A|28.0|0.6|
||ELF18D428|33.0|0.5||ELF25F107A|20.0|0.7|
||ELF18D441F|0.56|3.4||ELF25F108A|15.0|0.8|
||ELF18D420F|1.20|3.0||ELF25F109A|12.0|0.9|
||ELF18D435F|2.20|2.2||ELF25F110A|10.0|1.0|
||ELF18D434F|2.70|2.0||ELF25F112A|7.0|1.2|
||ELF18D424F|5.60|1.4||ELF25F114A|5.0|1.4|
||ELF18D431F|10.0|1.0||ELF25F116A|4.0|1.6|
||ELF18D417F|18.0|0.8||ELF25F118A|3.0|1.8|
||ELF18D427F|39.0|0.5|||||
||ELF18D437F|68.0|0.4|||||
|600|ELF18D608|1.0|3.4|||||
||ELF18D610|1.5|3.1|||||
||ELF18D614|1.8|2.8|||||
||ELF18D611|2.7|2.6|||||
||ELF18D605|3.3|2.5|||||
||ELF18D613|3.9|2.2|||||
||ELF18D604|4.7|2.0|||||
||ELF18D603|5.6|1.8|||||
||ELF18D602|8.2|1.7|||||
||ELF18D612|22.0|1.0|||||
||ELF18D618|27.0|0.8|||||
||ELF18D615|39.0|0.7|||||
||ELF18D607|68.0|0.5|||||
||ELF18D617F|2.2|2.8|||||
||ELF18D604F|4.7|2.5|||||
||ELF18D603F|5.6|2.1|||||
||ELF18D601F|10.0|1.6|||||
||ELF18D609F|12.0|1.6|||||
||ELF18D606F|18.0|1.2|||||
||ELF18D624F|33.0|0.8|||||



Line Filters 

## I Examples 

|IExa|mples|mples|mples||||||
|---|---|---|---|---|---|---|---|---|
||Series M||||Series N||||
|Type|Part No.|Inductance<br>(mH) min.|Current max.<br>(A rms.)|Type|Part No.|Marking|Inductance <br>(mH)<br>min.|Current<br>max.<br>(A rms.)|
|11M|ELF11M010E|30.0|0.1|15N|ELF15N002A|104  02|104.0|0.2|
||ELF11M020E|12.0|0.2||ELF15N003A|433  03|43.0|0.3|
||ELF11M030E|6.0|0.3||ELF15N004A|263  04|26.0|0.4|
||ELF11M040E|3.5|0.4||ELF15N005A|193  05|19.0|0.5|
||ELF11M050E|2.5|0.5||ELF15N006A|123  06|12.0|0.6|
||ELF11M060E|1.5|0.6||ELF15N007A|103  07|10.0|0.7|
||ELF11M070E|1.0|0.7||ELF15N008A|682  08|6.8|0.8|
||ELF11M080E|0.8|0.8||ELF15N010A|532  10|5.3|1.0|
||ELF11M090E|0.7|0.9||ELF15N011A|402  11|4.0|1.1|
||ELF11M100E|0.5|1.0||ELF15N013A|272  13|2.7|1.3|
|14M|ELF14M010E|30.0|0.1||ELF15N015A|212  15|2.1|1.5|
||ELF14M020E|12.0|0.2||ELF15N017A|172  17|1.7|1.7|
||ELF14M030E|6.0|0.3||ELF15N022A|102  22|1.0|2.2|
||ELF14M040E|3.5|0.4||ELF15N030A|601  30|0.6|3.0|
||ELF14M050E|2.5|0.5|18N|ELF18N004A|803  04|80.0|0.4|
||ELF14M060E|1.5|0.6||ELF18N005A|503  05|50.0|0.5|
||ELF14M070E|1.0|0.7||ELF18N006A|353  06|35.0|0.6|
||ELF14M080E|0.8|0.8||ELF18N008A|203  08|20.0|0.8|
||ELF14M090E|0.7|0.9||ELF18N010A|153  10|15.0|1.0|
||ELF14M100E|0.5|1.0||ELF18N012A|952  12|9.5|1.2|
|16M|ELF16M020A|28.0|0.2||ELF18N016A|602  16|6.0|1.6|
||ELF16M030A|20.0|0.3||ELF18N020A|422  20|4.2|2.0|
||ELF16M040A|15.0|0.4||ELF18N025A|242  25|2.4|2.5|
||ELF16M050A|8.0|0.5||ELF18N032A|142  32|1.4|3.2|
||ELF16M060A|7.0|0.6|20N|ELF20N006A|693  06|69.0|0.6|
||ELF16M070A|5.0|0.7||ELF20N008A|433  08|43.0|0.8|
||ELF16M080A|3.5|0.8||ELF20N010A|283  10|28.0|1.0|
||ELF16M100A|2.0|1.0||ELF20N013A|183  13|18.0|1.3|
||ELF16M130A|1.0|1.3||ELF20N015A|143  15|14.0|1.5|
||ELF16M150A|0.8|1.5||ELF20N016A|123  16|12.0|1.6|
||ELF16M170A|0.6|1.7||ELF20N018A|752  18|7.5|1.8|
||ELF16M200A|0.5|2.0||ELF20N020A|702  20|7.0|2.0|
||||||ELF20N022A|622  22|6.2|2.2|
||||||ELF20N024A|492  24|4.9|2.4|
||||||ELF20N027A|472  27|4.7|2.7|
||||||ELF20N030A|292  30|2.9|3.0|
||||||ELF20N035A|202  35|2.0|3.5|
||||||ELF20N040A|152  40|1.5|4.0|



Line Filters 

## I Examples 

|IExa|mples|mples|mples|mples|
|---|---|---|---|---|
||Serise High  N||||
|Type|Part No.|Marking|Inductance <br>(mH)<br>min.|Current<br>max.<br>(A rms.)|
|17N|ELF17N002A|144  02|142.0|0.2|
||ELF17N003A|603  03|60.0|0.3|
||ELF17N004A|353  04|35.0|0.4|
||ELF17N005A|263  05|26.0|0.5|
||ELF17N006A|163  06|16.0|0.6|
||ELF17N007A|143  07|14.0|0.7|
||ELF17N008A|922  08|9.2|0.8|
||ELF17N010A|722  10|7.2|1.0|
||ELF17N011A|542  11|5.4|1.1|
||ELF17N013A|372  13|3.7|1.3|
||ELF17N015A|292  15|2.9|1.5|
||ELF17N017A|232  17|2.3|1.7|
||ELF17N022A|132  22|1.3|2.2|
||ELF17N030A|801  30|0.8|3.0|
|19N|ELF19N004A|993  04|99.0|0.4|
||ELF19N005A|623  05|62.0|0.5|
||ELF19N006A|433  06|43.0|0.6|
||ELF19N008A|253  08|25.0|0.8|
||ELF19N010A|193  10|19.0|1.0|
||ELF19N012A|123  12|12.0|1.2|
||ELF19N016A|742  16|7.4|1.6|
||ELF19N020A|512  20|5.1|2.0|
||ELF19N025A|302  25|3.0|2.5|
||ELF19N032A|172  32|1.7|3.2|
|21N|ELF21N006A|873  06|87.0|0.6|
||ELF21N008A|543  08|54.0|0.8|
||ELF21N010A|363  10|36.0|1.0|
||ELF21N013A|223  13|22.0|1.3|
||ELF21N015A|183  15|18.0|1.5|
||ELF21N016A|153  16|15.0|1.6|
||ELF21N018A|942  18|9.4|1.8|
||ELF21N020A|872  20|8.7|2.0|
||ELF21N022A|782  22|7.8|2.2|
||ELF21N024A|612  24|6.1|2.4|
||ELF21N027A|582  27|5.8|2.7|
||ELF21N030A|372  30|3.7|3.0|
||ELF21N035A|252  35|2.5|3.5|
||ELF21N040A|192  40|1.9|4.0|



Line Filters 

I Dimensions in mm (not to scale) Series V G Type 290 G Type 450, 650 G Type 850 G Type 21V G Type 24V 

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Line Filters 

I Dimensions in mm (not to scale) 

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G Type 200, 400, 600 

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|Type<br>A|B|C|D|E|F|G|
|---|---|---|---|---|---|---|
|200<br>20|±1<br>21±1|20 max.|13.0±0.5|10.0±0.5|13.0±0.|1<br>10.0±0.1|
|400<br>24|±1<br>25±1|19.5±1.0|21.0±0.5|15.0±0.5|21.0±0.|1<br>15.0±0.1|
|600<br>28.5|±1.0<br>29±1|22.5±1.0|24.0±0.5|20.0±0.5|24.0±0.1|20.0±0.1|



Series F G Type 23F, 25F 

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|Type||A||B||C|D|E|F|G|
|---|---|---|---|---|---|---|---|---|---|---|
|23F|24|max.|23|max.|14|max.|16.0±0.5|10.0±0.5|16.0±0.1|10.0±0.1|
|25F|28|max.|25|max.|15|max.|21.0±0.5|11.0±0.5|21.0±0.1|11.0±0.1|



Line Filters 

## I Dimensions in mm (not to scale) 

Series M G Type 11M 

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G Type 14M 

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G Type 16M 

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Series N, High N G Type 15N, 17N 

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Line Filters 

I Dimensions in mm (not to scale) G Type 18N, 19N 

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G Type 20N, 21N 

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Line Filters 

## Cautions for use 

For securing upgraded reliability and safety, consider following caution items. 

## 1. General 

- 1 Main part: ferrite core is a sintered body. 

If excessive force or shock is applied directly, the electric and magnetic characteristics change. 

   - ¥ Do not use the dropped products. 

   - ¥ Do not apply the shock over 20N to the core at mounting. 

- 2 If appling overcurrent (2 times rated current, for 2 minutes min.) to the products, a safety defect may occure due to smoking and transformation. 

   - ¥ Do not use them on the over rated current. 

   - ¥ Do not apply DC bias current. 

- 3 No cleaning is good for avoiding disconnections or deterioration of the coils. 

## 2. Mounting 

- 1 The products with large power are heavy. 

   - ¥ Fix the PWB near the mounting place, or add eyelets. 

- 2 The products are magnetically influenced easily by other inductors and on the contrary, influence others. 

   - ¥ Arrange them far from other inductors, lead wires and noise souces, or in the opposite direction each other. 

- 3 By the effect of other heat sources, the temperature of the products rise. 

   - ¥ Part them from the switching circuit parts such as heat-sinks or cement resistors for preventing inrush current. etc. 

## 3. Temperature rise 

- 1 The rated current is specified at the point of the self-temperature rise: 45K max. of the products. 

   - ¥ Measure by a resistance method. 

   - ¥ When measuring by a thermo-couple methods, set the sensor in the depths of the coil. 

- 2 The operation temperature indicates Òsurround temperatureÓ plus Òself-generated heatÓ. 

## 4. Safety standards 

- 1 The core of the products is designed in condition of non earthing. 

- 2 Single applications for safety standards in the world have not done, but the structure is conformable. 

   - ¥ Keep the safety distances between them and other parts on the basis of the applicable standard. 

## 5. Countermeasure for noise 

- 1 This products are not suitable for countermeasure of the noise more than 10 MHz. Using other filters or arranging the PWB pattern and leads position, etc are more effective. 

- 2 The inductance of this products is effective for common-mode noise, and the leakage inductance is effective for normal-mode noise. 

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Updated at April 28, 2026

Panasonic Industry is a global leader in the design and manufacture of high-quality electronic components. Renowned for a commitment to continuous innovation, the company provides the essential building blocks that empower modern engineering. From industrial automation to consumer electronics, Panasonic's components are trusted worldwide for their outstanding reliability, efficiency, and long-term performance. The extensive portfolio is anchored by a massive selection of passive components, featuring an industry-leading range of aluminium electrolytic, film, and polymer capacitors. Alongside these advanced capacitance solutions, engineers rely on Panasonic's robust power inductors and a highly versatile array of electromechanical devices, including solid-state, power, and signal relays engineered to excel in demanding environments. Beyond core passives and switching solutions, the offering encompasses critical circuit protection devices such as TVS varistors and NTC thermistors, as well as sophisticated thermal management materials. Panasonic also delivers precision light and motion sensors, highly reliable batteries, and advanced Bluetooth and WLAN connectivity modules, providing a comprehensive ecosystem of components to support next-generation technological design.

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