3BCC LED GREEN/RED CLEAR 3MM T/H

Part Overview

The 3BCC is a bidirectional LED indicator featuring discrete green and red light emission in a 3mm through-hole configuration. This component is classified as obsolete, necessitating identification of active substitute options for ongoing design requirements and procurement purposes. The 3BCC-F represents the current-generation equivalent with improved availability and active product status.

Substiute Parts

3BCC

Bivar Inc.In Stock: 11673BCC Datasheet

Current PartRFQ

3BCC-F

Bivar Inc.In Stock: 28233BCC-F Datasheet

DirectRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution from the 3BCC to the 3BCC-F is determined by the following critical parameters:

• Configuration: Both parts maintain identical bidirectional design
• Color and Wavelength: Matching green (568nm) and red (625nm) wavelength characteristics across both parts
• Mounting Type and Lens Size: Identical through-hole configuration with 3mm T-1 lens geometry
• Lens Style and Height: Matching round domed-top lens design with 5.30mm maximum height
• Forward Voltage (Vf): Identical forward voltage ratings (2.1V Green, 2V Red)
• Viewing Angle: Matching 40° viewing angle specification
• Mechanical Package: Radial through-hole package compatibility
• Moisture Sensitivity Level: Identical MSL classification

The 3BCC-F operates at reduced test current levels (20mA Green, 20mA Red versus 30mA Green, 30mA Red) and lower millicandela ratings (8mcd versus 10mcd). These differences do not preclude substitution when the circuit design accommodates the reduced brightness and current characteristics.

Parameter Comparison

Engineering Selection Recommendations

The 3BCC-F is the qualified substitute for the obsolete 3BCC part number. The 3BCC-F offers active product status with Bivar Inc. manufacturing continuity, ensuring ongoing availability and supply chain stability.

The 3BCC-F carries RoHS3 Compliant and REACH Unaffected certifications, providing regulatory compliance advantages over the obsolete 3BCC. Both parts maintain identical trade classifications (EAR99 export control and 8541.41.0000 HTSUS) and electrical characteristics except for test current specifications.

Design integration of the 3BCC-F requires circuit accommodation of 20mA test current (versus 30mA for the original part) and reduced luminous intensity (8mcd versus 10mcd). Mounting geometry and package footprint remain identical between both options, permitting direct board-level substitution.

Frequently Asked Questions (FAQ)

Q: Can the 3BCC-F be used as a direct replacement for the 3BCC?

A: Yes. Both parts share identical electrical specifications (forward voltage, wavelength), mechanical dimensions (3mm T-1 lens, 5.30mm height), and mounting configuration (through-hole radial package). The 3BCC-F operates at reduced test current (20mA vs. 30mA) and brightness (8mcd vs. 10mcd), which does not prevent substitution when circuit design parameters accommodate these differences.

Q: What are the differences in electrical performance?

A: The forward voltage and wavelength characteristics are identical. The 3BCC-F operates at 20mA test current compared to 30mA for the 3BCC, with a corresponding reduction in millicandela rating from 10mcd to 8mcd. Both parts maintain 2.1V green and 2V red forward voltage specifications.

Q: Are there packaging or inventory differences?

A: The 3BCC is supplied in standard packaging with 1083 pieces currently in stock. The 3BCC-F is supplied in bulk packaging with 2767 pieces in stock. Both use identical radial through-hole package geometry.

Q: Does the 3BCC-F meet compliance requirements?

A: The 3BCC-F carries RoHS3 Compliant status and REACH Unaffected classification. Both parts share identical export control (EAR99) and customs classification (8541.41.0000 HTSUS) designations.

Q: Are there any dimensional differences that affect PCB layout?

A: No. Both parts maintain identical maximum height (5.30mm), lens size (3mm T-1), and radial package configuration. PCB footprints are mechanically compatible without modification.