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5988G10302F is listed in the LED Indication - Discrete range at ChipApex. The manufacturer field lists Dialight. Its product description is LED RED CLEAR 1204 SMD. Review the specifications below when checking this part for your BOM.
The Dialight 5988G10302F is a surface-mount LED indicator component designed for electronic circuit applications. It features a rectangular package with dimensions of 1204 (3210 Metric). The device utilizes a clear lens transparency to optimize light output visibility. This specific part number corresponds to a red LED configuration, operating at a wavelength of 635nm. The component is classified as an active discrete LED indication product suitable for standard surface mount technology processes.
Verify the exact color and wavelength specifications against the manufacturer's current datasheet before procurement, as distributor listings may contain conflicting data regarding RGB versus single-color configurations. Confirm RoHS compliance status and ensure the ordering suffix matches the required packaging format. Cross-reference the package dimensions to guarantee compatibility with existing PCB footprints.
Select this component when a red SMD LED with a 635nm wavelength is required for panel or board-level indication. Ensure the 1204 package size fits the available space constraints. Consider the clear lens option if maximum brightness visibility is prioritized over diffusion. Validate electrical parameters against the target circuit design requirements.
This component belongs to the Dialight 5988 series of surface-mount LEDs. The series offers various color options and package styles for industrial and commercial applications. The 5988G10302F specifically addresses the need for red indication in compact electronic devices requiring reliable surface-mount integration.
Consult official substitution guides for compatible red SMD LEDs with matching 1204 package dimensions and 635nm wavelength characteristics. Verify forward voltage and current ratings to ensure direct replacement feasibility without circuit modification.
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