VOOHU 4532E Non-PoE Chip LAN Transformer products

Transformer products

4532E Non-PoE Chip LAN Transformer

WHLT-4532E-201MGN is a non-PoE transformer option for 100/1000BASE-T Ethernet interfaces. Its datasheet specifies a minimum OCL of 200 µH with an 8 mA DC bias condition. Review electrical data, winding connections and the PCB footprint before sample evaluation, or request pricing directly for the known part.

Part number search & selector

Find 4532E Non-PoE Chip LAN Transformer part numbers

The table uses the current English-site product records, published selection fields and part-specific technical-file links.

* Frozen Image and Part Number columns · drag horizontally to review all specifications

4532E Non-PoE Chip LAN Transformer product selection results
Image Part number Datasheet Compare Downloads SizeClassificationData RateL(μH)Impedance(Ω)PoE Sample
VOOHU WHLT-4532E-201MGN 4532E Non-PoE Chip LAN Transformer WHLT-4532E-201MGN SPEC 4532EX‘fmr+CMC100/1000 BASE-T200 @8mA DC BIAS-Non-PoE

How to select

A practical selection sequence

Narrow the published fields in sequence, compare the remaining candidates and verify the part-specific files before design-in.

  1. 01

    Identify the component function

    Distinguish a transformer, a common mode choke and a complete coupling network. The CHIP LAN label alone is not a selection criterion.

  2. 02

    Check the data rate, PHY and power architecture

    Record the PHY model, port count, target data rate and PoE or non-PoE requirement. One chip-format component is not necessarily a complete set of port magnetics.

  3. 03

    Compare parameters with their test conditions

    Compare OCL together with test frequency, voltage and DC bias. Compare common mode impedance at the stated frequency. Common mode impedance is not the Ethernet differential impedance, and OCL bias current is not a PoE current rating.

  4. 04

    Complete layout review and sample validation

    Check pin assignments, winding connections, recommended land pattern, isolation paths and reflow requirements for the exact part, then validate signal and EMC performance in the target circuit.

Key selection parameters

What each filter helps you decide

01

Size

Use this published field to confirm package and board-level mechanical fit.

02

Classification

Use this published parameter to narrow the candidate part numbers before datasheet review.

03

Data Rate

Use this field to align the part family with the required interface or connection.

04

L(μH)

Use this published parameter to narrow the candidate part numbers before datasheet review.

05

Impedance(Ω)

Compare the published values with the electrical limits required by the design.

06

PoE

Compare the published values with the electrical limits required by the design.

Product family comparison

Compare the published Size

Use this summary as a routing step, then verify every required value in the exact part-number row and linked technical files.

Return to the selector ↑
SizePartsClassificationData RateL(μH)Impedance(Ω)PoEAction
2012(0805)8Cap+CMC100/1000 BASE-T-90, 180, 260, 360, 380, 800, 1000, 1200Non-PoEFilter →
3216(1206)2Cap+CMC100/1000 BASE-T, 2.5G/5G Base-T55, 60-Non-PoEFilter →
3532A3X‘fmr+CMC100/1000 BASE-T, 2.5G/5G Base-T, 10G Base-T120 @10.5mA DC BIAS, 200 @8mA DC BIAS, 150 @8mA DC BIAS-Non-PoE, PoE afFilter →
4532B7X‘fmr+CMC100/1000 BASE-T, 2.5G/5G Base-T, 10G Base-T120 @10.8mA DC BIAS, 120 @15mA DC BIAS, 150 @10.5mA DC BIAS, 180 @10.5mA DC BIAS, 200 @8mA DC BIAS, 350 @8mA DC BIAS-Non-PoE, PoE af, PoE atFilter →
4532E1X‘fmr+CMC100/1000 BASE-T200 @8mA DC BIAS-Non-PoEFilter →
5335A2X‘fmr+CMC2.5G/5G Base-T, 10G Base-T120 @15.75mA DC BIAS, 150 @21mA DC BIAS-PoE at, PoE btFilter →

Technical performance & application fit

Validate the complete design context

Application suitability is part-number specific. Treat the catalog fields as a shortlist, then confirm the design against the linked technical files.

Application review

Switches and industrial gateways

  • Start with the PHY, speed and power architecture of each port. Review the required component count, isolation requirements and board space; do not treat one chip component as a complete multiport module.
Application review

IP cameras, wireless access points and access-control devices

  • Review both the Ethernet signal path and the equipment power architecture. Power conversion after PoE extraction is a separate function: a CHIP LAN signal transformer is not a substitute for a PoE power transformer.
Get technical support →

Downloads & technical resources

Find files by part number

Search a full or partial SKU, then open its datasheet, 3D model or PCB footprint without returning to the product table.

1
PDF datasheets listed
1
3D file sets listed
1
PCB footprints listed

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.

Category overview

Chip LAN transformers and companion chokes

Surface mount magnetics for Ethernet come in two related forms, and knowing which one a part number is saves a lot of confusion.

01

Transformer or choke

A chip LAN transformer provides the isolation and signal coupling the Ethernet port needs. A companion common mode choke is a separate part that improves common mode rejection alongside it. Some designs use both. Read what the part actually is first, because the two are specified differently.

02

Package size is a first filter only

Codes such as 2012, 3216 and 4532 describe the footprint, and they make a useful first cut when board area is constrained. They say nothing about speed rating, PoE capability or insertion loss. Two parts in the same package can be specified for very different links, so always read the electrical data.

03

Speed and PoE still govern

As with any Ethernet magnetics, the link speed sets the signal integrity requirement and the PoE class sets the bias current the part has to tolerate. A compact package does not relax either constraint. Filter on speed and PoE first, then use package size to narrow what remains.

FAQ & related guides

Questions before design-in

These answers guide the page workflow. Part-specific engineering limits still come from the linked technical files.

Is WHLT-4532E-201MGN a common mode choke?

Its datasheet identifies a Pulse Transformer, used here as a LAN signal transformer. Do not rely on a legacy page title that calls it a common mode choke; confirm its function from the part documentation and schematic.

Can 4532E be used as a PoE port option?

The current WHLT-4532E-201MGN datasheet explicitly lists Non-PoE. This draft does not recommend it as a PoE part. Share the power requirements to review candidates with applicable PoE documentation.

What does 200 µH at 8 mA mean?

It is the OCL condition under the specified DC bias, not a PoE current rating. Also retain the 100 kHz, 0.1 V and minimum-value conditions when comparing it—not just the 200 µH number.

Can 4532E and 4532B be swapped without changing the PCB?

The family names do not establish that. Compare the full parts’ dimensions, pads, winding pins and power conditions. Send the existing part and board drawing so FAE can review candidates and any required changes.

Can I request samples directly for the current part in this family?

Yes. Send WHLT-4532E-201MGN, the quantity and requested timing. If the project has not yet settled its PoE or speed requirements, share those first for engineering selection support.

Engineer support

Continue after product selection

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.

  1. 1Selected part numbers
  2. 2Engineering review
  3. 3Sample request
  4. 4Commercial discussion

For a replacement review

  • Original part and datasheet

    Include the document revision

  • Operating conditions

    Temperature, isolation voltage and PoE current basis

  • Package constraints

    Pin count, pitch and spacing between pin rows

  • Project stage and annual volume

    To help prioritize samples and evaluation

  • Target review date

    When you need candidates and a comparison of differences

Engineering review identifies candidate parts and explains the differences.

For samples and a quotation

  • Candidate part numbers

    From the selector or engineering review

  • Quantity and project stage

    Prototyping / pilot build / production

  • Required delivery date

    Specify sample and production timing separately

  • Required documentation

    Compliance documents, material declarations or third-party reports

Sample quantity, lead time and cost depend on the project stage and part number. Sales will respond on business days.

Your information will be used only to respond to this support request.

Parameter comparison

Compare selected part numbers

Differences are presented for review; confirm final values and file revisions in each part-specific datasheet.