5SUOC-F LED Orange Clear T-1 3/4 Through Hole

Part Overview

The 5SUOC-F is an orange LED indicator designed for discrete indication applications in through-hole mounting configurations. This component features a 5mm T-1 3/4 form factor with clear lens transparency and a rated brightness of 1300mcd at 20mA test current. The product is currently classified as obsolete, necessitating identification of equivalent alternatives for continued application support and design updates.

Substiute Parts

5SUOC-F

Bivar Inc.In Stock: 12085SUOC-F Datasheet

Current PartRFQ

5AD-F

Bivar Inc.In Stock: 7575AD-F Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitute part identification for the 5SUOC-F is based on the following critical parameters that determine functional compatibility:

Mechanical Compatibility:

• Lens size (5mm, T-1 3/4)
• Mounting type (Through Hole)
• Package configuration (Radial)
• Physical height (8.60mm maximum)

Electrical Compatibility:

• Forward voltage (Vf) range
• Test current rating (20mA)
• Wavelength region for indication color
• Millicandela brightness rating

The 5AD-F is identified as a substitute based on matching mechanical form factor, through-hole radial mounting, identical physical height, and electrical operating parameters within compatible ranges. Both components share identical lens size specifications, moisture sensitivity ratings, and compliance certifications.

Parameter Comparison

Engineering Selection Recommendations

The 5AD-F represents an active product alternative to the obsolete 5SUOC-F, offering continued design support and supply chain availability. Both components share identical moisture sensitivity ratings (MSL 1 - Unlimited) and compliance certifications (ECCN EAR99, HTSUS 8541.41.0000).

Key selection considerations for the 5AD-F substitute include differences in peak wavelength (605nm amber versus 625nm orange), millicandela output (25mcd versus 1300mcd), lens transparency (diffused versus clear), and forward voltage specification (2V versus 1.8V). The 5AD-F exhibits a broader viewing angle (40° versus 35°) and amber color classification. These electrical and optical differences must align with application requirements for indicator brightness, color distinction, and optical dispersion characteristics.

Frequently Asked Questions (FAQ)

Q: Can the 5AD-F directly replace the 5SUOC-F in existing designs? A: Both components share identical mechanical specifications (5mm T-1 3/4 through-hole radial package, 8.60mm maximum height) and moisture sensitivity ratings. However, optical and electrical differences exist: the 5AD-F operates at 2V forward voltage versus 1.8V, produces significantly lower brightness (25mcd versus 1300mcd), features amber coloring with diffused lens transparency versus orange with clear transparency, and provides broader viewing angle (40° versus 35°). Design verification is required for applications with specific color, brightness, or voltage tolerance requirements.

Q: What are the key differences between these two parts? A: The primary differences are: color and wavelength (orange 625nm versus amber 605nm), brightness output (1300mcd versus 25mcd), lens transparency (clear versus diffused), forward voltage (1.8V versus 2V), and viewing angle (35° versus 40°). Both maintain identical mechanical compatibility and environmental ratings.

Q: Are both parts RoHS compliant? A: The 5AD-F is specified as ROHS3 compliant. Compliance information for the 5SUOC-F is not provided in the technical specifications.

Q: What mounting compatibility considerations apply? A: Both components are through-hole mounted with radial package configuration, identical 5mm T-1 3/4 lens size, and 8.60mm maximum height. PCB footprint and board mounting design are identical.

Q: How does the brightness difference affect substitution viability? A: The 5SUOC-F operates at 1300mcd at 20mA test current, while the 5AD-F operates at 25mcd under identical test conditions. This 52x brightness differential represents a significant optical difference that must be evaluated against application requirements for indicator visibility and intensity.