NRS6010T6R8MMGF Equivalent & Substitute Parts

Part Overview

The Taiyo Yuden NRS6010T6R8MMGF is a 6.8 µH shielded drum core wirewound inductor rated for 1.2 A with a maximum DC resistance of 264mOhm. This surface mount component is packaged in 2304 (6010 Metric) format and is classified as Not For New Designs. Due to this product status designation, equivalent substitute parts with active manufacturing status are available to support ongoing production requirements and new design initiatives.

Substiute Parts

NRS6010T6R8MMGF

Taiyo YudenIn Stock: 2196NRS6010T6R8MMGF Datasheet

Current PartRFQ

BWVH005956106R8M00

Pulse ElectronicsIn Stock: 742BWVH005956106R8M00 Datasheet

SimilarRFQ

BWVH005956106R8T00

Pulse ElectronicsIn Stock: 973BWVH005956106R8T00 Datasheet

SimilarRFQ

LMLP0606N6R8CTAR

KYOCERA AVXIn Stock: 1138LMLP0606N6R8CTAR Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the NRS6010T6R8MMGF is determined by the following critical parameters:

Primary Matching Criteria:

• Inductance value: 6.8 µH
• Current rating: 1.2 A minimum
• Shielding: Shielded configuration required
• Mounting type: Surface mount
• DC resistance: Within acceptable operating limits for the application

Secondary Compatibility Factors:

• Inductance tolerance: ±20% or tighter
• Operating temperature range: Must encompass -25°C to 125°C minimum
• RoHS3 compliance and MSL rating
• Physical dimensions: Footprint compatibility for 6.00mm x 6.00mm mounting area

All substitute parts listed meet the primary matching criteria and maintain electrical equivalence within the specified parameter ranges.

Parameter Comparison

Engineering Selection Recommendations

BWVH005956106R8M00 (Pulse Electronics)

This substitute provides direct electrical equivalence with ±20% inductance tolerance matching the original specification. The 210 mOhm DC resistance is lower than the 264 mOhm maximum of the NRS6010T6R8MMGF, resulting in reduced power dissipation. The extended operating temperature range (-55°C to 125°C) provides additional thermal margin. Active product status ensures long-term availability. Footprint dimensions (5.90mm x 5.60mm) are slightly smaller than the original, requiring PCB layout verification for mechanical fit.

BWVH005956106R8T00 (Pulse Electronics)

This variant maintains the same electrical performance as BWVH005956106R8M00 with relaxed ±30% inductance tolerance. DC resistance and thermal characteristics are identical. Active product status supports production continuity. Footprint considerations are equivalent to the M00 variant.

LMLP0606N6R8CTAR (KYOCERA AVX)

This substitute matches the original footprint dimensions (6.00mm x 6.00mm) and inductance frequency test point (100 kHz), providing direct mechanical compatibility. Ferrite core material matches the original specification. The 1.0 A current rating is lower than the 1.2 A requirement, limiting this substitute to applications with reduced current demands. The 372 mOhm DC resistance exceeds the original maximum, increasing power dissipation. Active product status ensures availability. Height dimension (1.10mm) is slightly elevated compared to the original 1.00mm maximum.

Frequently Asked Questions (FAQ)

Q: Can BWVH005956106R8M00 or BWVH005956106R8T00 be used as direct replacements for NRS6010T6R8MMGF?

A: Both Pulse Electronics parts meet the electrical specifications (6.8 µH, 1.2 A, shielded). However, the footprint dimensions (5.90mm x 5.60mm) differ from the original (6.00mm x 6.00mm). PCB layout verification is required to confirm mechanical compatibility with existing pad patterns.

Q: What is the difference between BWVH005956106R8M00 and BWVH005956106R8T00?

A: Both parts are electrically identical with 6.8 µH inductance, 1.2 A rating, and 210 mOhm DC resistance. The primary difference is inductance tolerance: M00 specifies ±20% while T00 specifies ±30%. Selection depends on circuit tolerance requirements.

Q: Is LMLP0606N6R8CTAR suitable for all applications using NRS6010T6R8MMGF?

A: LMLP0606N6R8CTAR provides mechanical compatibility with matching footprint dimensions. However, the 1.0 A current rating is lower than the original 1.2 A specification, and DC resistance is higher at 372 mOhm. This substitute is suitable only for applications with current demands at or below 1.0 A and where increased power dissipation is acceptable.

Q: Why is the NRS6010T6R8MMGF marked as Not For New Designs?

A: This designation indicates the part is in mature or end-of-life status. Substitute parts with Active product status (BWVH series and LMLP series) are recommended for new design initiatives to ensure long-term supply chain continuity.

Q: Are all substitute parts RoHS3 compliant?

A: Yes. All substitute parts listed (BWVH005956106R8M00, BWVH005956106R8T00, and LMLP0606N6R8CTAR) are ROHS3 compliant with MSL rating of 1 (Unlimited), matching the original part's environmental compliance profile.

Q: What is the impact of different DC resistance values on circuit performance?

A: DC resistance affects power dissipation and voltage drop across the inductor. BWVH parts (210 mOhm) dissipate less power than the original (264 mOhm max), while LMLP (372 mOhm) dissipates more. Circuit thermal analysis is required if substituting with higher DC resistance values.

Q: Do the substitute parts have different inductance frequency test points?

A: Yes. NRS6010T6R8MMGF and LMLP0606N6R8CTAR are tested at 100 kHz, while BWVH parts are tested at 1 MHz. This difference may affect measured inductance values depending on circuit operating frequency. Frequency-dependent performance should be evaluated for critical applications.