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AL1411C-BWR-060MA is listed in the LED Indication - Discrete range at ChipApex. The manufacturer field lists Solidlite. Its product description is LED WARM WHITE 4PLCC SMD. Review the specifications below when checking this part for your BOM.
The AL1411C-BWR-060MA is a warm white LED indicator from Solidlite, designed for surface mount applications. It utilizes a 4-PLCC package configuration to provide discrete light indication. The component operates with a forward voltage of 3.15V and emits warm white light. This specific part number represents an active product within the manufacturer's discrete LED lineup, intended for integration into electronic assemblies requiring compact visual signaling.
Verify the exact datasheet provided by Solidlite or authorized distributors to confirm current electrical characteristics and mechanical dimensions. Ensure compatibility with standard SMT reflow processes for the 4-PLCC package. Cross-reference the suffix BWR to confirm warm white color binning requirements against project specifications before finalizing procurement orders.
Select this component when a warm white discrete LED is required in a low-profile 4-PLCC form factor. Consider the 3.15V forward voltage drop during circuit design to ensure appropriate current limiting resistor values are calculated. Verify that the thermal management capabilities of the target application support the power dissipation inherent to this specific LED package type.
This part belongs to Solidlite’s range of discrete LED indicators. The AL1411C series typically encompasses various colors and configurations within the same physical footprint. The BWR suffix specifically denotes the warm white variant, distinguishing it from other spectral outputs available in the broader product family while maintaining identical mechanical constraints.
Direct substitutes may include other manufacturers offering 4-PLCC warm white LEDs with similar forward voltage ratings. Verify pinout compatibility and luminous intensity specifications to ensure functional equivalence without redesigning the host PCB layout.
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