One body, one footprint
Every value in the WHYTP0320 series shares the 3.4 × 3.2 × 1.8 mm body, so one land pattern covers the 0.33–10 µH span while you tune the converter.
Inductor products
WHYTP uses the smallest footprint in the range at 3.4 by 3.2 by 1.8 millimetres, covering 0.33 to 10 microhenries with RMS currents to 8 amps. It suits point-of-load rails and modules where board area rather than height is the limit.
Part number search & selector
Filter WHYTP compact molded inductors by series, dimensions, inductance range, DCR, IRMS and ISAT.
* Frozen Image and Part Number columns · drag horizontally to review all specifications
| Image | Part number | Datasheet | Compare | Downloads | Package Size | Dimensions (L×W×H) | Inductance Value | DCR(mΩ) | IRMS | ISAT | Sample |
|---|---|---|---|---|---|---|---|---|---|---|---|
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WHYTP0320 series | SPEC | WHYTP Series | 3.4*3.2*1.8mm | 0.33-10uH | 21-422mΩ | 1.4-8A | 1.6-10A |
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By series
Series split by footprint and height, which together set current capability and loss.
Series overview
The WHYTP compact molded power inductor is a 3.4 × 3.2 × 1.8 mm shielded SMD power inductor for small DC-DC rails. It is also searched as a small molded power inductor or compact molded inductor. The WHYTP0320 series covers 0.33–10 µH. For more current, compare the WHYTA low profile parts or the WHYT range.
Every value in the WHYTP0320 series shares the 3.4 × 3.2 × 1.8 mm body, so one land pattern covers the 0.33–10 µH span while you tune the converter.
IRMS runs 1.4–8 A and ISAT 1.6–10 A across the WHYTP0320 series, with the higher currents at low values. Check the datasheet for your value.
DCR spans 21–422 mΩ in the WHYTP0320 series. Toward the high-inductance end, conduction loss climbs quickly with load, so check I²R loss against your efficiency target.
At 1.8 mm, WHYTP0320 matches the height of the WHYTA0420 series on the WHYTA page, in a smaller footprint; WHYTA0412 there is thinner, at 1.0 mm.
Applications
Board area, not height, is the usual limit here.
I/O, memory and PHY supplies often need only a few amps. The WHYTP0320 series, at 1.4–8 A IRMS, fits right beside the load.
Compute modules, camera boards and sensor hubs carry several small regulators. A 3.4 × 3.2 mm molded inductor per rail keeps the power section compact.
Handheld and battery-powered devices run small bucks where every square millimetre counts. Check DCR at your load current, since it sets conduction loss and runtime.
Documents
Open the WHYTP0320 datasheet to confirm the outline and your value’s ratings before layout.
Showing representative available file sets. Search to find a specific SKU.
VOOHU’s published product content is reviewed by its engineering team. Specifications, downloads and technical support information are tied to specific part numbers, so you can verify them before requesting samples or a quotation.
Sourcing
VOOHU is a power inductor manufacturer with its own magnetics factory in Mianyang. The WHYTP0320 series has a datasheet in the downloads, but no 3D model or footprint file.
Discuss a new design
Contact FAE for a replacement assessment.
Already have a part number? Request samples or a quote.
Samples are available for evaluation, and selected parts are free of charge. Our FAE team will be glad to confirm the options for your project. For a quote, give the inductance value and quantity; typical lead time is 7–10 days.
Send the part number and datasheet of your current small molded inductor. Our FAE team compares footprint, inductance, DCR, IRMS and ISAT, then suggests WHYTP0320 values to validate with samples before production.
VOOHU is ISO 9001 and ISO 14001 certified. Since 2018 VOOHU has supplied more than 1,500 customers, including 150+ listed companies. WHYTP parts are built in the Mianyang factory.
FAQ
Supply, choosing a value and layout files.
The body is 3.4 by 3.2 millimetres with a height of 1.8 millimetres, the smallest footprint in the molded range. Inductance covers 0.33 to 10 microhenries, DC resistance runs from about 21 to 422 milliohms, RMS current to 8 amps and saturation to about 10 amps.
Point-of-load rails and compact modules where board area is the limiting factor rather than height. The current capability suits secondary rails and local regulation rather than main power stages. For higher current in a similar height, compare the larger footprints in the WHYTA range.
Less winding volume means thinner wire or fewer turns in a smaller window, and resistance rises accordingly. At 21 to 422 milliohms depending on inductance value, conduction loss matters more than on larger parts, so calculate it against your actual RMS current before committing.
When the RMS current exceeds what 8 amps allows with margin, when the DC resistance loss is too high for the efficiency target, or when you need inductance above 10 microhenries. If board area is truly fixed, send the conditions to our engineers to assess alternatives.
With a complete part number, send the part number, quantity, delivery region and the date you need it. If you are still selecting, send the output current, switching frequency, ripple budget and the board area available, and a sales engineer will shortlist candidates.
Yes. VOOHU manufactures the WHYTP0320 series in its own magnetics factory in Mianyang, China, alongside the WHYTA and WHYT ranges, so one supplier can cover every molded inductor size on a board.
Work out the inductance from your switching frequency and ripple target, then check that the value’s IRMS and ISAT cover the load with margin. Across the series, IRMS spans 1.4–8 A and ISAT 1.6–10 A.
Not as a download. The selector lists a datasheet for the WHYTP0320 series only, so build the land pattern from its drawing; our FAE team can review it on request.
Engineer support
Send the candidate part number and the condition you need reviewed. Sample support can be added after the selection is clear; commercial questions may be discussed in the same engineering conversation.
Include the document revision
Temperature, isolation voltage and PoE current basis
Pin count, pitch and spacing between pin rows
To help prioritize samples and evaluation
When you need candidates and a comparison of differences
Engineering review identifies candidate parts and explains the differences.
From the selector or engineering review
Prototyping / pilot build / production
Specify sample and production timing separately
Compliance documents, material declarations or third-party reports
Samples are free of charge. Sample quantity and lead time depend on the part number and project stage. Sales will respond on business days.