![LSQPB322517T4R7M — Power Inductor (SMD), 4.7 µH, 1 A, Wirewound, 1.3 A, LSQPB Series, 1210 [3225 Metric]](/media/3/2/E/82D22656D3E90E23.webp)
Image not available
Illustrative purposes only
LSQPB322517T4R7M
Power Inductor (SMD), 4.7 µH, 1 A, Wirewound, 1.3 A, LSQPB Series, 1210 [3225 Metric]
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: TAIYO YUDEN
- Product type: SMD Power Inductors
- SVHC: No SVHC (25-Jun-2025)
- Inductance: 4.7µH
- Product Range: LSQPB Series
- Product Width: 2.5mm
- Product Height: 1.7mm
- Product Length: 3.2mm
- DC Resistance Max: 0.216ohm
- RMS Current (Irms): 1A
- Inductance Tolerance: ± 20%
- Inductor Construction: Wirewound
- Inductor Case / Package: 1210 [3225 Metric]
- Saturation Current (Isat): 1.3A
| Delivery and price | |
|---|---|
| Units per pack | 2000 |
| Price | 0.059 € |
| Current stock | 500+ |
| Lead time | 30 days |
Datasheet
for General Electronic Equipment ## Wire-wound Ferrite Power Inductors LSQPB series for General Electronic Equipment for Consumer Code in front of Series have been extracted from Part number, which describes the segment of products, such as kinds and characteristics. REFLOW (J ## ■PART NUMBER * Operating Temp.：-40～+105℃（Including self-generated heat） L S Q P B 2 5 1 8 1 2 T 2 R 2 M ~~||| | |||~~ ① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ①Series Code (1)(2)(3)(4) LSQP Wire-wound Ferrite Power Inductor for General Electronic Equipment for Consumer ~~fp~~ (1) Product Group (3) Type Code Code ~~———————~~ L Inductors — ~~———————~~ Q Ferrite Wire-wound (Horizontal type) (2) Category (4) Features, Characteristics Code Recommended equipment Quality Grade Code General Electronic Equipment P High current power choke S 3 for Consumer ~~SSS EES~~ ②Features ⑤Packaging Code Feature Code Packaging ~~—————————~~ B L-shape electrode (Ag-resin×Sn-plate) T Taping ③Dimensions（L×W） ⑥Nominal inductance Dimensions（L×W） Code Code Type（inch） Nominal inductance［ µ H］ ［mm］ （example） 1608 1608（0603） 1.6×0.8 R20 0.2 2012 2012（0805） 2.0×1.25 1R0 1.0 2016 2016（0806） 2.0×1.6 100 10 2518 2518（1007） 2.5×1.8 101 100 3225 3225（1210） 3.2×2.5 ※R＝Decimal point ④Dimensions（T） ⑦Inductance tolerance Code Dimensions（T）［mm］ Code Inductance tolerance 07 0.7 K ±10％ 08 0.8 ~~——<<—~~ M ±20％ 10 1.0 12 1.2 ⑧Internal code 14 1.4 15 1.5 16 1.6 17 1.7 18 1.8 > ▶ This catalog contains the typical specification only due to the limitation of space. When you consider the purchase of our products, please check our specification. For details of each product (characteristics graph, reliability information, precautions for use, and so on), see our Web site (http://www.ty-top.com/) . i_wound_BR_S_e-E10R01 for General Electronic Equipment ## ■STANDARD EXTERNAL DIMENSIONS / STANDARD QUANTITY Recommended Land Patterns **==> picture [511 x 359] intentionally omitted <==** **----- Start of picture text -----**<br> ||||||||| |---|---|---|---|---|---|---|---| |Surface Mounting| |L|W|・Mounting and soldering conditions should be checked beforehand.| |・Applicable soldering process to these products is reflow soldering only.| |Type|A|B|C| |T|1608|0.55|0.70|1.00| |C| |2012|0.60|1.00|1.45| |2016|0.60|1.00|1.80| |e|2518|0.60|1.50|2.00| |A|B|A| |3225|0.85|1.70|2.70| |MS US| |Unit：mm| |Standard quantity［pcs］| |Type|L|W|T|e| |Paper tape|Embossed tape| |es|1.6±0.2|0.8±0.2|ee|0.7 max|ee|0.45±0.15|eee| |160807|－|3000| |（0.063±0.008）|（0.031±0.008）|（0.028 max）|（0.016±0.006）| |1.6±0.2|0.8±0.2|0.8±0.2|0.45±0.15| |160808|－|3000| |ee|（0.063±0.008）|（0.031±0.008）|（0.031±0.008）|（0.016±0.006）| |2.0±0.2|1.25±0.2|1.0 max|0.5±0.2| |201210|－|3000| |（0.079±0.008）|（0.049±0.008）|（0.040 max）|（0.020±0.008）| |2.0±0.2|1.25±0.2|1.4 max|0.5±0.2| |201214|－|2000| |es|（0.079±0.008）|（0.049±0.008）|（0.056 max）|（0.020±0.008）| |2.0±0.2|1.6±0.2|1.6±0.2|0.5±0.2| |201616|－|2000| |（0.079±0.008）|（0.063±0.008）|（0.063±0.008）|（0.020±0.008）| |2.5±0.2|1.8±0.2|1.0 max|0.5±0.2| |251810|－|3000| |es|（0.098±0.008）|（0.071±0.008）|（0.040 max）|（0.020±0.008）| |2.5±0.2|1.8±0.2|1.2 max|0.5±0.2| |251812|－|3000| |（0.098±0.008）|（0.071±0.008）|（0.048 max）|（0.020±0.008）| |ee|2.5±0.2|ee|1.8±0.2|1.5 max|0.5±0.2| |251815|－|2000| |（0.098±0.008）|（0.071±0.008）|（0.060 max）|（0.020±0.008）| |2.5±0.2|1.8±0.2|1.8±0.2|0.5±0.2| |251818|－|2000| |（0.098±0.008）|（0.071±0.008）|（0.071±0.008）|（0.020±0.008）| |3.2±0.2|2.5±0.2|1.7 max|0.75±0.2| |322517|－|2000| |=====|（0.126±0.008）|（0.098±0.008）|（0.068 max）|（0.03±0.008）| |Unit：mm（inch）| **----- End of picture text -----**<br> ▶ This catalog contains the typical specification only due to the limitation of space. When you consider the purchase of our products, please check our specification. For details of each product (characteristics graph, reliability information, precautions for use, and so on), see our Web site (http://www.ty-top.com/) . i_wound_BR_S_e-E10R01 for General Electronic Equipment ■PART NUMBER |●1608（0603）type|||| |---|---|---|---| |LSQPB160807T1R0M<br>LSQPB160807T1R5M<br>New part number|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>BR L1608T1R0M<br>RoHS<br>1.0<br>±20％<br>700<br>0.230<br>510<br>650<br>BR L1608T1R5M<br>RoHS<br>1.5<br>±20％<br>600<br>0.280<br>440<br>590<br>Rated current ※） ［ｍA］<br>EHS<br>Nominal inductance<br>［μH］<br>Inductance tolerance<br>Self-resonant<br>frequency<br>［MHｚ］（min.）<br>DC Resistance<br>［Ω］（±30％）<br>Old part number<br>(for reference)<br>~~eee~~<br>~~eee~~<br>~~a (OO~~<br>~~OO~~<br>~~a SCO~~||1.0<br>1.0<br>Measuring<br>frequency［MHz］| |LSQPB160807T2R2M|BR L1608T2R2M<br>~~a ~~|RoHS<br>2.2<br>±20％<br>400<br>0.400<br>360<br>500<br> ~~SCO~~|1.0| |LSQPB160807T3R3M|BR L1608T3R3M<br>~~a ~~|RoHS<br>3.3<br>±20％<br>300<br>0.650<br>290<br>390<br> ~~SCO~~|1.0| |LSQPB160807T4R7M|BR L1608T4R7M<br>~~a ~~|RoHS<br>4.7<br>±20％<br>150<br>1.00<br>240<br>310<br> ~~SCO~~|1.0| |LSQPB160807T6R8M|BR L1608T6R8M<br>~~a ~~|RoHS<br>6.8<br>±20％<br>100<br>1.64<br>200<br>250<br> ~~SCO~~|1.0| |LSQPB160807T100M|BR L1608T100M<br>~~a ~~|RoHS<br>10<br>±20％<br>45<br>2.00<br>170<br>220<br> ~~SCO~~|1.0| |LSQPB160807T150M|BR L1608T150M<br>~~a ~~|RoHS<br>15<br>±20％<br>32<br>2.56<br>150<br>200<br> ~~OGG~~|1.0| |LSQPB160808TR43M06<br>LSQPB160808TR50M06<br>LSQPB160808TR60M06<br>LSQPB160808TR72M06<br>LSQPB160808TR82M06<br>LSQPB160808T1R0M06<br>New part number|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>BR C1608TR43M 6<br>RoHS<br>0.43<br>±20％<br>740<br>0.082<br>1,400<br>1,100<br>BR C1608TR50M 6<br>RoHS<br>0.50<br>±20％<br>710<br>0.090<br>1,200<br>1,050<br>BR C1608TR60M 6<br>RoHS<br>0.60<br>±20％<br>630<br>0.099<br>1,100<br>940<br>BR C1608TR72M 6<br>RoHS<br>0.72<br>±20％<br>600<br>0.144<br>1,000<br>810<br>BR C1608TR82M 6<br>RoHS<br>0.82<br>±20％<br>560<br>0.176<br>950<br>730<br>BR C1608T1R0M 6<br>RoHS<br>1.0<br>±20％<br>550<br>0.188<br>890<br>680<br>Nominal inductance<br>［μH］<br>Inductance tolerance<br>Rated current ※） ［ｍA］<br>Self-resonant<br>frequency<br>［MHｚ］（min.）<br>DC Resistance<br>［Ω］（±30％）<br>EHS<br>Old part number<br>(for reference)<br>~~ee~~<br>~~ee~~<br>~~a GG~~<br>~~GO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GG~~<br>~~GO~~||6.0<br>6.0<br>6.0<br>6.0<br>6.0<br>6.0<br>Measuring<br>frequency［MHz］| |LSQPB160808TR20M<br>LSQPB160808TR35M<br>New part number|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>BR C1608TR20M<br>RoHS<br>0.20<br>±20％<br>400<br>0.060<br>1,750<br>980<br>BR C1608TR35M<br>RoHS<br>0.35<br>±20％<br>300<br>0.080<br>1,400<br>810<br>EHS<br>Nominal inductance<br>［μH］<br>Inductance tolerance<br>Rated current ※） ［ｍA］<br>Old part number<br>(for reference)<br>Self-resonant<br>frequency<br>［MHｚ］（min.）<br>DC Resistance<br>［Ω］（±30％）<br>~~eee~~<br>~~eee~~<br>~~a (OO~~<br>~~OO~~<br>~~a SCO~~||7.96<br>7.96<br>Measuring<br>frequency［MHz］| |LSQPB160808TR45M|BR C1608TR45M<br>~~a ~~|RoHS<br>0.45<br>±20％<br>200<br>0.090<br>1,250<br>800<br> ~~SCO~~|7.96| |LSQPB160808TR56M|BR C1608TR56M<br>~~a ~~|RoHS<br>0.56<br>±20％<br>170<br>0.095<br>1,150<br>760<br> ~~SCO~~|7.96| |LSQPB160808TR77M|BR C1608TR77M<br>~~a ~~|RoHS<br>0.77<br>±20％<br>150<br>0.110<br>1,000<br>660<br> ~~SCO~~|7.96| |LSQPB160808T1R0M|BR C1608T1R0M<br>~~a ~~|RoHS<br>1.0<br>±20％<br>140<br>0.180<br>850<br>520<br> ~~SCO~~|7.96| |LSQPB160808T1R5M|BR C1608T1R5M<br>~~a ~~|RoHS<br>1.5<br>±20％<br>120<br>0.300<br>700<br>410<br> ~~SCO~~|7.96| |LSQPB160808T2R2M|BR C1608T2R2M<br>~~a ~~|RoHS<br>2.2<br>±20％<br>100<br>0.550<br>550<br>280<br> ~~OGG~~|7.96| |●2012（0805）type|||| |New part number|Old part number<br>(for reference)|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>Self-resonant<br>frequency<br>［MHｚ］（min.）<br>DC Resistance<br>［Ω］（±30％）<br>Rated current ※） ［ｍA］<br>EHS<br>Nominal inductance<br>［μH］<br>Inductance tolerance|Measuring<br>frequency［MHz］| |LSQPB201210TR47M06|BR L2012TR47M 6|RoHS<br>0.47<br>±20％<br>500<br>0.048<br>1,500<br>1,900|6.0| |LSQPB201210T1R0M06|BR L2012T1R0M 6|RoHS<br>1.0<br>±20％<br>400<br>0.108<br>1,050<br>1,230|6.0| |LSQPB201210T2R2MD6|BR L2012T2R2MD6|RoHS<br>2.2<br>±20％<br>250<br>0.184<br>680<br>950|6.0| ||||| |LSQPB201210TR47M<br>LSQPB201210T1R0M<br>LSQPB201210T1R5M<br>LSQPB201210T2R2M<br>LSQPB201210T3R3M<br>LSQPB201210T4R7M<br>LSQPB201210T6R8M<br>LSQPB201210T100M<br>LSQPB201210T150M<br>LSQPB201210T220M<br>LSQPB201210T330M<br>LSQPB201210T470M<br>LSQPB201210T680M<br>LSQPB201210T101M<br>New part number|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>BR L2012TR47M<br>RoHS<br>0.47<br>±20％<br>350<br>0.090<br>1,100<br>1,050<br>BR L2012T1R0M<br>RoHS<br>1.0<br>±20％<br>300<br>0.135<br>850<br>850<br>BR L2012T1R5M<br>RoHS<br>1.5<br>±20％<br>250<br>0.180<br>700<br>750<br>BR L2012T2R2M<br>RoHS<br>2.2<br>±20％<br>200<br>0.300<br>600<br>550<br>BR L2012T3R3M<br>RoHS<br>3.3<br>±20％<br>190<br>0.500<br>490<br>440<br>BR L2012T4R7M<br>RoHS<br>4.7<br>±20％<br>150<br>0.550<br>340<br>400<br>BR L2012T6R8M<br>RoHS<br>6.8<br>±20％<br>60<br>0.750<br>290<br>350<br>BR L2012T100M<br>RoHS<br>10<br>±20％<br>30<br>0.850<br>270<br>330<br>BR L2012T150M<br>RoHS<br>15<br>±20％<br>15<br>1.00<br>220<br>300<br>BR L2012T220M<br>RoHS<br>22<br>±20％<br>13<br>1.30<br>190<br>270<br>BR L2012T330M<br>RoHS<br>33<br>±20％<br>8.0<br>2.00<br>150<br>220<br>BR L2012T470M<br>RoHS<br>47<br>±20％<br>7.0<br>3.50<br>125<br>160<br>BR L2012T680M<br>RoHS<br>68<br>±20％<br>6.5<br>5.80<br>100<br>110<br>BR L2012T101M<br>RoHS<br>100<br>±20％<br>6.0<br>7.70<br>85<br>85<br>Self-resonant<br>frequency<br>［MHｚ］（min.）<br>DC Resistance<br>［Ω］（±30％）<br>Rated current ※） ［ｍA］<br>EHS<br>Nominal inductance<br>［μH］<br>Inductance tolerance<br>Old part number<br>(for reference)<br>~~eee~~<br>~~a GG~~<br>~~GO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GO~~<br>~~GO~~<br>~~CO~~<br>~~a GG~~<br>~~GO~~||7.96<br>7.96<br>7.96<br>7.96<br>7.96<br>7.96<br>7.96<br>2.52<br>2.52<br>2.52<br>2.52<br>2.52<br>2.52<br>0.796<br>Measuring<br>frequency［MHz］| |LSQPB201214T1R0M<br>LSQPB201214T1R5MD<br>New part number|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>BR C2012T1R0M<br>RoHS<br>1.0<br>±20％<br>490<br>0.060<br>1,500<br>1,400<br>BR C2012T1R5MD<br>RoHS<br>1.5<br>±20％<br>390<br>0.090<br>1,200<br>1,100<br>Rated current ※） ［ｍA］<br>Self-resonant<br>frequency<br>［MHｚ］（min.）<br>DC Resistance<br>［Ω］（±30％）<br>EHS<br>Nominal inductance<br>［μH］<br>Inductance tolerance<br>Old part number<br>(for reference)<br>~~eee~~<br>~~eee~~<br>~~a (OO~~<br>~~OO~~<br>~~a SCO~~||1.0<br>1.0<br>Measuring<br>frequency［MHz］| |LSQPB201214T2R2MD|BR C2012T2R2MD<br>~~a ~~|RoHS<br>2.2<br>±20％<br>350<br>0.110<br>1,100<br>1,000<br> ~~SCO~~|1.0| |LSQPB201214T3R3MD|BR C2012T3R3MD<br>~~a ~~|RoHS<br>3.3<br>±20％<br>300<br>0.170<br>800<br>870<br> ~~SCO~~|1.0| |LSQPB201214T4R7MD|BR C2012T4R7MD<br>~~a~~|RoHS<br>4.7<br>±20％<br>250<br>0.265<br>700<br>600<br>~~OGG~~|1.0| ※）The saturation current value (Idc1) is the DC current value having inductance decrease down to 30%. (at 20℃) - ※）The temperature rise current value (Idc2) is the DC current value having temperature increase by 40℃. (at 20℃) - ※）The rated current value is following either Idc1 or Idc2, which is the lower one. ▶ This catalog contains the typical specification only due to the limitation of space. When you consider the purchase of our products, please check our specification. For details of each product (characteristics graph, reliability information, precautions for use, and so on), see our Web site (http://www.ty-top.com/) . i_wound_BR_S_e-E10R01 for General Electronic Equipment ■PART NUMBER ●2016（0806） type **==> picture [536 x 183] intentionally omitted <==** **----- Start of picture text -----**<br> |||||||||||||| |---|---|---|---|---|---|---|---|---|---|---|---|---| |Self-resonant|Rated current ※）|［ｍA］| |New part number|Old part number(for reference)|EHS|Nominal inductance［μH］|Inductance tolerance|frequency|DC Resistance［Ω］（±30％）|Saturation current|Temperature rise current|frequency［MHz］Measuring| |eee|［MHｚ］（min.）|Idc1|Idc2| |LSQPB201616T1R0M|a|BR C2016T1R0M|(OO|RoHS|1.0|±20％|450|0.085|1,350|eee|1,100|0.10| |LSQPB201616T1R5M|a|BR C2016T1R5M|SCO|RoHS|1.5|±20％|370|0.150|1,100|OO|820|0.10| |LSQPB201616T2R2M|a|BR C2016T2R2M|SCO|RoHS|2.2|±20％|250|0.180|910|760|0.10| |LSQPB201616T3R3M|a|BR C2016T3R3M|SCO|RoHS|3.3|±20％|140|0.220|740|680|0.10| |LSQPB201616T4R7M|a|BR C2016T4R7M|SCO|RoHS|4.7|±20％|78|0.270|660|610|0.10| |LSQPB201616T6R8M|a|BR C2016T6R8M|SCO|RoHS|6.8|±20％|39|0.330|550|560|0.10| |LSQPB201616T100K|a|BR C2016T100K|SCO|RoHS|10|±10％|35|0.400|450|520|0.10| |LSQPB201616T100M|a|BR C2016T100M|SCO|RoHS|10|±20％|35|0.400|450|520|0.10| |LSQPB201616T150K|a|BR C2016T150K|SCO|RoHS|15|±10％|28|0.600|400|410|0.10| |LSQPB201616T150M|a|BR C2016T150M|SCO|RoHS|15|±20％|28|0.600|400|410|0.10| |LSQPB201616T220K|a|BR C2016T220K|SCO|RoHS|22|±10％|24|1.00|310|310|0.10| |LSQPB201616T220M|a|BR C2016T220M|SCO|RoHS|22|±20％|24|1.00|310|310|0.10| |LSQPB201616T330K|a|BR C2016T330K|SCO|RoHS|33|±10％|13|1.70|270|240|0.10| |LSQPB201616T330M|a|BR C2016T330M|SCO|RoHS|33|±20％|13|1.70|270|240|0.10| |LSQPB201616T470K|a|BR C2016T470K|SCO|RoHS|47|±10％|11|2.20|210|210|0.10| |LSQPB201616T470M|a|BR C2016T470M|SCO|RoHS|47|±20％|11|2.20|210|210|0.10| |LSQPB201616T680K|a|BR C2016T680K|SCO|RoHS|68|±10％|8|2.80|200|190|0.10| |LSQPB201616T680M|a|BR C2016T680M|SCO|RoHS|68|±20％|8|2.80|200|190|0.10| |LSQPB201616T101K|a|BR C2016T101K|SCO|RoHS|100|±10％|7|3.40|140|170|0.10| |LSQPB201616T101M|a|BR C2016T101M|OGG|RoHS|100|±20％|7|3.40|140|170|0.10| **----- End of picture text -----**<br> ## ●2518（1007） type **==> picture [536 x 398] intentionally omitted <==** **----- Start of picture text -----**<br> ||||||||||||||| |---|---|---|---|---|---|---|---|---|---|---|---|---|---| |Self-resonant|Rated current ※）|［ｍA］| |New part number|Old part number(for reference)|EHS|Nominal inductance［μH］|Inductance tolerance|frequency|DC Resistance［Ω］（±30％）|Saturation current|Temperature rise current|frequency［MHz］Measuring| |ee|［MHｚ］（min.）|Idc1|Idc2| |LSQPB251810T1R0M|a|BRFL2518T1R0M|GG|RoHS|1.0|±20％|130|0.090|1,200|ee|1,200|1.0| |LSQPB251810T1R5M|a|BRFL2518T1R5M|GO|RoHS|1.5|±20％|100|0.110|1,100|GO|1,000|1.0| |LSQPB251810T2R2M|a|BRFL2518T2R2M|GO|RoHS|2.2|±20％|80|0.130|GO|850|CO|950|1.0| |LSQPB251810T3R3M|a|BRFL2518T3R3M|GO|RoHS|3.3|±20％|70|0.220|GO|700|CO|700|1.0| |LSQPB251810T4R7M|a|BRFL2518T4R7M|GG|RoHS|4.7|±20％|60|0.330|GO|650|COGO|650|1.0| |Self-resonant|Rated current ※）|［ｍA］| |New part number|Old part number(for reference)|EHS|Nominal inductance［μH］|Inductance tolerance|frequency|DC Resistance［Ω］（±30％）|Saturation current|Temperature rise current|frequency［MHz］Measuring| |eee|［MHｚ］（min.）|Idc1|Idc2| |LSQPB251812T1R0M|a|BR L2518T1R0M|(OO|RoHS|1.0|±20％|130|0.080|1,600|eee|1,000|7.96| |LSQPB251812T1R5M|a|BR L2518T1R5M|(OCOD|RoHS|1.5|±20％|100|0.100|1,200|OO|920|7.96| |LSQPB251812T2R2M|a|BR L2518T2R2M|(GOD|RoHS|2.2|±20％|80|0.135|1,000|850|7.96| |LSQPB251812T3R3M|a|BR L2518T3R3M|(OCOD|RoHS|3.3|±20％|70|0.300|800|580|7.96| |LSQPB251812T4R7M|a|BR L2518T4R7M|(GOGO|RoHS|4.7|±20％|60|0.400|700|470|7.96| |Self-resonant|Rated current ※）|［ｍA］| |New part number|Old part number(for reference)|EHS|Nominal inductance［μH］|Inductance tolerance|frequency|DC Resistance［Ω］（±30％）|Saturation current|Temperature rise current|frequency［MHz］Measuring| |ee|［MHｚ］（min.）|Idc1|Idc2| |LSQPB251815T1R0M|a|BRHL2518T1R0M|GG|RoHS|1.0|±20％|400|0.055|2,000|ee|1,400|1.0| |LSQPB251815T1R5M|a|BRHL2518T1R5M|GO|RoHS|1.5|±20％|350|0.085|1,700|GO|1,100|1.0| |LSQPB251815T2R2M|a|BRHL2518T2R2M|GO|RoHS|2.2|±20％|300|0.115|GO|1,500|CO|1,000|1.0| |LSQPB251815T3R3MD|a|BRHL2518T3R3MD|GO|RoHS|3.3|±20％|200|0.165|GO|1,200|CO|800|1.0| |LSQPB251815T4R7MD|a|BRHL2518T4R7MD|GG|RoHS|4.7|±20％|150|0.245|GO|1,100|COGO|750|1.0| |Self-resonant|Rated current ※）|［ｍA］| |New part number|Old part number(for reference)|EHS|Nominal inductance［μH］|Inductance tolerance|frequency|DC Resistance［Ω］（±30％）|Saturation current|Temperature rise current|frequency［MHz］Measuring| |eee|［MHｚ］（min.）|Idc1|Idc2| |LSQPB251818T1R0M|a|BR C2518T1R0M|(OO|RoHS|1.0|±20％|280|0.050|2,550|eee|1,650|1.0| |LSQPB251818T1R5M|a|BR C2518T1R5M|SCO|RoHS|1.5|±20％|230|0.080|2,100|OO|1,300|1.0| |LSQPB251818T2R2M|a|BR C2518T2R2M|SCO|RoHS|2.2|±20％|200|0.120|1,800|1,000|1.0| |LSQPB251818T3R3M|a|BR C2518T3R3M|SCO|RoHS|3.3|±20％|150|0.175|1,450|860|1.0| |LSQPB251818T4R7M|a|BR C2518T4R7M|SCO|RoHS|4.7|±20％|100|0.230|1,250|750|1.0| |LSQPB251818T6R8M|a|BR C2518T6R8M|SCO|RoHS|6.8|±20％|45|0.280|1,050|680|1.0| |LSQPB251818T100K|a|BR C2518T100K|SCO|RoHS|10|±10％|20|0.350|890|610|1.0| |LSQPB251818T100M|a|BR C2518T100M|SCO|RoHS|10|±20％|20|0.350|890|610|1.0| |LSQPB251818T150K|a|BR C2518T150K|SCO|RoHS|15|±10％|13|0.430|760|550|1.0| |LSQPB251818T150M|a|BR C2518T150M|SCO|RoHS|15|±20％|13|0.430|760|550|1.0| |LSQPB251818T220K|a|BR C2518T220K|SCO|RoHS|22|±10％|10|0.560|640|490|1.0| |LSQPB251818T220M|a|BR C2518T220M|SCO|RoHS|22|±20％|10|0.560|640|490|1.0| |LSQPB251818T330K|a|BR C2518T330K|SCO|RoHS|33|±10％|8|0.850|560|390|1.0| |LSQPB251818T330M|a|BR C2518T330M|SCO|RoHS|33|±20％|8|0.850|560|390|1.0| |LSQPB251818T470K|a|BR C2518T470K|SCO|RoHS|47|±10％|6.5|1.45|410|300|1.0| |LSQPB251818T470M|a|BR C2518T470M|SCO|RoHS|47|±20％|6.5|1.45|410|300|1.0| |LSQPB251818T680K|a|BR C2518T680K|SCO|RoHS|68|±10％|5.5|2.40|340|230|1.0| |LSQPB251818T680M|a|BR C2518T680M|SCO|RoHS|68|±20％|5.5|2.40|340|230|1.0| |LSQPB251818T101K|a|BR C2518T101K|SCO|RoHS|100|±10％|4.5|3.60|300|190|1.0| |LSQPB251818T101M|a|BR C2518T101M|OGG|RoHS|100|±20％|4.5|3.60|300|190|1.0| **----- End of picture text -----**<br> ※）The saturation current value (Idc1) is the DC current value having inductance decrease down to 30%. (at 20℃) ※）The temperature rise current value (Idc2) is the DC current value having temperature increase by 40℃. (at 20℃) ※）The rated current value is following either Idc1 or Idc2, which is the lower one. ▶ This catalog contains the typical specification only due to the limitation of space. When you consider the purchase of our products, please check our specification. For details of each product (characteristics graph, reliability information, precautions for use, and so on), see our Web site (http://www.ty-top.com/) . i_wound_BR_S_e-E10R01 for General Electronic Equipment ■PART NUMBER |●3225（1210）type||| |---|---|---| |New part number|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>DC Resistance<br>［Ω］（±30％）<br>Rated current ※） ［ｍA］<br>Old part number<br>(for reference)<br>EHS<br>Nominal inductance<br>［μH］<br>Inductance tolerance<br>Self-resonant<br>frequency<br>［MHｚ］（min.）|Measuring<br>frequency［MHz］| |LSQPB322517TR27M|BR L3225TR27M<br>RoHS<br>0.27<br>±20％<br>390<br>0.022<br>4,500<br>2,850|7.96| |LSQPB322517TR36M|BR L3225TR36M<br>RoHS<br>0.36<br>±20％<br>350<br>0.025<br>4,300<br>2,750|7.96| |LSQPB322517TR51M|BR L3225TR51M<br>RoHS<br>0.51<br>±20％<br>270<br>0.029<br>3,600<br>2,550|7.96| |LSQPB322517T1R0M<br>LSQPB322517T1R5M<br>New part number|Saturation current<br>Idc1<br>Temperature rise current<br>Idc2<br>BR L3225T1R0M<br>RoHS<br>1.0<br>±20％<br>220<br>0.043<br>2,400<br>2,200<br>BR L3225T1R5M<br>RoHS<br>1.5<br>±20％<br>170<br>0.045<br>2,200<br>1,750<br>DC Resistance<br>［Ω］（±20％）<br>Rated current ※） ［ｍA］<br>Old part number<br>(for reference)<br>EHS<br>Nominal inductance<br>［μH］<br>Inductance tolerance<br>Self-resonant<br>frequency<br>［MHｚ］（min.）<br>~~ee~~<br>~~ee~~<br>~~Gf~~<br>~~PT~~|0.1<br>0.1<br>Measuring<br>frequency［MHz］| |LSQPB322517T2R2M|BR L3225T2R2M<br>RoHS<br>2.2<br>±20％<br>150<br>0.065<br>1,850<br>1,600<br>~~PT~~|0.1| |LSQPB322517T3R3M|BR L3225T3R3M<br>RoHS<br>3.3<br>±20％<br>140<br>0.120<br>1,450<br>1,200<br>~~PT~~|0.1| |LSQPB322517T4R7M|BR L3225T4R7M<br>RoHS<br>4.7<br>±20％<br>120<br>0.180<br>1,300<br>1,000<br>~~PT~~|0.1| |LSQPB322517T6R8M|BR L3225T6R8M<br>RoHS<br>6.8<br>±20％<br>90<br>0.270<br>1,050<br>770<br>~~PT~~|0.1| |LSQPB322517T100K|BR L3225T100K<br>RoHS<br>10<br>±10％<br>70<br>0.350<br>900<br>700<br>~~PT~~|0.1| |LSQPB322517T100M|BR L3225T100M<br>RoHS<br>10<br>±20％<br>70<br>0.350<br>900<br>700<br>~~PT~~|0.1| |LSQPB322517T150K|BR L3225T150K<br>RoHS<br>15<br>±10％<br>20<br>0.570<br>700<br>530<br>~~PT~~|0.1| |LSQPB322517T150M|BR L3225T150M<br>RoHS<br>15<br>±20％<br>20<br>0.570<br>700<br>530<br>~~PT~~|0.1| |LSQPB322517T220K|BR L3225T220K<br>RoHS<br>22<br>±10％<br>13<br>0.690<br>550<br>470<br>~~PT~~|0.1| |LSQPB322517T220M|BR L3225T220M<br>RoHS<br>22<br>±20％<br>13<br>0.690<br>550<br>470<br>~~PT~~|0.1| |LSQPB322517T330K|BR L3225T330K<br>RoHS<br>33<br>±10％<br>9<br>0.840<br>470<br>420<br>~~PT~~|0.1| |LSQPB322517T330M|BR L3225T330M<br>RoHS<br>33<br>±20％<br>9<br>0.840<br>470<br>420<br>~~PT~~|0.1| |LSQPB322517T470K|BR L3225T470K<br>RoHS<br>47<br>±10％<br>7<br>1.00<br>420<br>390<br>~~PT~~|0.1| |LSQPB322517T470M|BR L3225T470M<br>RoHS<br>47<br>±20％<br>7<br>1.00<br>420<br>390<br>~~PT~~|0.1| |LSQPB322517T680K|BR L3225T680K<br>RoHS<br>68<br>±10％<br>6<br>1.40<br>330<br>300<br>~~PT~~|0.1| |LSQPB322517T680M|BR L3225T680M<br>RoHS<br>68<br>±20％<br>6<br>1.40<br>330<br>300<br>~~PT~~|0.1| |LSQPB322517T101K|BR L3225T101K<br>RoHS<br>100<br>±10％<br>5<br>2.50<br>270<br>250<br>~~PT~~|0.1| |LSQPB322517T101M|BR L3225T101M<br>RoHS<br>100<br>±20％<br>5<br>2.50<br>270<br>250<br>~~PT~~|0.1| - ※）The saturation current value (Idc1) is the DC current value having inductance decrease down to 30%. (at 20℃) - ※）The temperature rise current value (Idc2) is the DC current value having temperature increase by 40℃. (at 20℃) - ※）The rated current value is following either Idc1 or Idc2, which is the lower one. ▶ This catalog contains the typical specification only due to the limitation of space. When you consider the purchase of our products, please check our specification. For details of each product (characteristics graph, reliability information, precautions for use, and so on), see our Web site (http://www.ty-top.com/) . i_wound_BR_S_e-E10R01
Updated at June 8, 2026
Founded in 1950, Taiyo Yuden is a globally recognized manufacturer of electronic components, renowned for a foundational approach to product creation that begins with raw material development. This dedication to advanced material science has positioned the company as a trusted leader in providing highly reliable components for modern smartphones, automotive systems, information infrastructure, and industrial equipment. The core of our Taiyo Yuden portfolio is built around their industry-leading inductive solutions. We feature a comprehensive selection of high-performance power inductors and RF inductors, engineered to deliver exceptional efficiency and precision in demanding power management and high-frequency communication circuits. Complementing this robust inductor offering, our range includes specialized Taiyo Yuden components designed for diverse engineering needs. This encompasses common mode chokes and filters for effective EMC and RFI suppression, compact Bluetooth modules for advanced wireless networking, single-band chip and RF antennas, as well as high-capacity supercapacitors for innovative energy storage.
About Novapart
Novapart is a B2B electronic component broker specialising in stock shortages and cost reduction. We source hard-to-find parts and identify compliant alternatives across a catalogue of 410,000+ components from 500+ manufacturers.
Learn more →Stock Shortage Specialist
When a component is unavailable, discontinued or has an unacceptable lead time, we tap into our network of vetted European and Asian distributors to source what you need — without compromising on quality or traceability.
Request a quote →Compliant Alternatives
We identify pin-to-pin, electrically equivalent substitutes that meet the same certifications (RoHS, AEC-Q100, REACH) as your original specification — validated against datasheets, not just part numbers. Often at a lower cost.
BOM Analysis service →