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74437349033 Compatible Inductor Review with Gujing GSHM0605MT3R3

Oct 19, 2026Views: 1

Gujing GSHM0605MT3R3 is a 3.3 µH candidate for projects reviewing Würth Elektronik 74437349033, particularly where engineering can assess package space and current requirements together. This pairing has a larger listed Gujing package, a higher saturation-current figure and a lower thermal-current figure. It needs an application review rather than a selection based on nominal inductance alone.

We can help purchasing and engineering compare the standard candidate against the board and load conditions, and discuss customization if those conditions call for a different specification. Send the reference datasheet, PCB limits and current requirements to begin that review.

Gujing GSHM0605MT3R3 3.3 µH inductor, product view 1 Gujing GSHM0605MT3R3 3.3 µH inductor, product view 2 Gujing GSHM0605MT3R3 3.3 µH inductor, product view 3

Gujing GSHM0605MT3R3 product views

GSHM0605MT3R3 vs. 74437349033: 3.3 µH Specification Comparison

Parameter

Gujing GSHM0605MT3R3

Würth Elektronik 74437349033

Inductance

3.3 µH ±20%

3.3 µH ±20%

Dimensions

7.9 × 7.0 × 5 mm

7.3 × 6.6 × 4.8 mm

DCR as listed

14–20 mΩ

19.9–20.9 mΩ

Isat at stated 30% criterion

7 A

6 A

Irms at stated 40°C rise

9 A

12 A

Comparison figures are from Gujing’s technical proposal. Confirm the current approved specifications and test conditions when agreeing sample acceptance.

Discuss this pairing with our team and request the proposed specification, sample arrangements and a quotation.

Evaluating Package Size, Saturation Current and Thermal Current

The Gujing part is listed at 7.9 × 7.0 × 5 mm, compared with 7.3 × 6.6 × 4.8 mm for the reference. That difference should be reviewed before purchasing commits to samples for an existing board. An available component envelope is only part of the question; the land pattern and terminal dimensions also need to fit.

The listed saturation-current figures are 7 A for Gujing and 6 A for the reference, while thermal-current figures are 9 A and 12 A. A design needing the reference’s continuous-current capability cannot rely on the higher saturation figure as compensation. The DCR ranges add another point for review, with measurement conditions to be agreed. This information helps decide whether to test the standard model or discuss a different design first.

GSHM0605MT3R3 Application Records: Power Supplies and Medical Instruments

Our project record identifies a Beijing switching-power-supply manufacturer that began cooperation with Gujing in July 2020 and used GSHM0605MT3R3 as an option for a Würth-brand inductor. It also records a Shanghai medical-instrument developer and manufacturer beginning cooperation in November 2019 using this Gujing model.

These records identify the Gujing model and the application sectors. They do not publish the customers’ board drawings, measured results or complete reference ordering codes in the case text. For a buyer investigating 74437349033, the useful next step is a direct review of this pairing’s dimensions and electrical limits, followed by a test plan for the actual circuit. We can discuss how our selection and application support would apply to that review.

Specification Review, Sample Testing and Production Approval

Selection and specification review

Start this review with board area, component height and required RMS current. If either the package or thermal-current requirement rules out the standard part, discuss the target specification before proceeding to sample testing.

Samples and application feedback

Discuss sample quantities and the tests needed for your circuit. Share measured temperature rise, electrical results or application issues with our technical team so we can review the candidate and, where appropriate, discuss material or design adjustments.

Trial production and order confirmation

Before production release, agree the specification, drawing and approved sample with your team. Confirm packaging, inspection requirements, order quantity and delivery schedule in the commercial discussion. A second-source evaluation can then progress through your own approval process.

74437349033 Candidate Evaluation: Frequently Asked Questions

Is GSHM0605MT3R3 a direct fit for the reference footprint?

The listed body dimensions differ. Compare the full terminal drawings and PCB clearances; do not approve an unchanged footprint from the inductance value or case record alone.

Does the higher saturation figure make it better for every high-current design?

No. The thermal-current figure is lower in this comparison. Peak-current behavior and sustained heating are separate checks, and both must satisfy your circuit requirements.

Can you review a different size or thermal specification?

Yes, we can discuss standard and customized options against the project requirements. Provide the space, current, temperature and cost targets so feasibility can be reviewed before a revised design or sample plan is agreed.

How are sample cost, MOQ and delivery confirmed?

They are confirmed for the agreed specification, sample or order quantity and packaging requirements. Include your target delivery date when requesting a quotation; historical case schedules are not current order commitments.

Request a GSHM0605MT3R3 Technical Review and Quotation

For a 74437349033 review, send the reference drawing, maximum permitted body dimensions and height, land pattern, RMS and peak current and allowable temperature rise. Include the quantity and performance priorities. We can discuss the standard candidate, the need for customization and the corresponding sample and quotation plan.

Request GSHM0605MT3R3 Review & Quote

Würth Elektronik and its reference number identify the product being compared. No affiliation or endorsement is implied.

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