MV5364MP4B LED Circuit Board Indicator - Equivalent & Substitute Parts

Part Overview

The MV5364MP4B is a 3mm LED circuit board indicator manufactured by onsemi, featuring a yellow diffused lens with right-angle through-hole mounting. This component is classified as obsolete, making substitute parts necessary for new designs and ongoing production requirements. The part delivers 2mcd brightness at 10mA forward current with a 60° viewing angle, suitable for standard indicator applications in electronic equipment.

Substiute Parts

MV5364MP4B

onsemiIn Stock: 847MV5364MP4B Datasheet

Current PartRFQ

5510307F

DialightIn Stock: 9075510307F Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution for the MV5364MP4B is determined by the following critical parameters that must remain constant or compatible:

• Color: Yellow (required match)
• Configuration: Single LED (required match)
• Forward Current: 10mA (required match)
• Forward Voltage: 2.1V (required match)
• Lens Size: 3mm, T-1 (required match for mechanical fit)
• Mounting Type: Through Hole, Right Angle (required match for PCB compatibility)
• Lens Style: Round with Domed Top (required match for form factor)

Substitute parts may vary in millicandela rating and viewing angle within acceptable ranges for indicator applications, provided all mandatory parameters align with the original specification.

Parameter Comparison

Engineering Selection Recommendations

The 5510307F from Dialight qualifies as a direct substitute for the MV5364MP4B based on matching electrical and mechanical parameters. Both components share identical forward current (10mA), forward voltage (2.1V), lens size (3mm T-1), mounting configuration (through-hole right angle), and lens characteristics (diffused, tinted, round domed top).

The 5510307F offers enhanced product status as an active component, eliminating obsolescence concerns associated with the MV5364MP4B. The substitute provides ROHS3 compliance, strengthening regulatory alignment for new designs. The increased millicandela rating (6.3mcd versus 2mcd) and narrower viewing angle (45° versus 60°) represent performance enhancements suitable for indicator applications where higher brightness or more focused illumination is acceptable.

Both components maintain identical moisture sensitivity levels and REACH/ECCN compliance, ensuring no additional supply chain or regulatory complications during substitution.

Frequently Asked Questions (FAQ)

Q: Can the 5510307F replace the MV5364MP4B in existing designs?

A: Yes. The 5510307F matches all critical electrical parameters (10mA current, 2.1V voltage) and mechanical specifications (3mm T-1 through-hole right-angle mounting). Direct PCB substitution is possible without circuit modification.

Q: How do the brightness differences affect compatibility?

A: The 5510307F delivers 6.3mcd compared to the MV5364MP4B's 2mcd. This higher brightness is suitable for indicator applications and does not create incompatibility. Circuit current limiting remains unchanged at 10mA.

Q: Does the narrower viewing angle (45° versus 60°) impact performance?

A: The 45° viewing angle of the 5510307F is narrower but remains within acceptable ranges for standard circuit board indicator applications. Design review is necessary only if the original 60° angle was critical to the application's visibility requirements.

Q: Are there packaging or inventory considerations?

A: The MV5364MP4B is available in 793 pieces (obsolete status). The 5510307F is available in 889 pieces with active product status and bulk packaging, providing better long-term supply security.

Q: What compliance advantages does the 5510307F offer?

A: The 5510307F carries ROHS3 compliance certification, whereas the MV5364MP4B does not specify RoHS status. Both maintain REACH Unaffected and EAR99 ECCN classifications. The enhanced compliance of the substitute supports regulatory requirements for new product designs.

Q: Are there any electrical circuit modifications required?

A: No. Both components operate at identical forward current (10mA) and forward voltage (2.1V). Existing current-limiting resistor values and circuit topology require no adjustment.