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IN-S63ATR is listed in the LED Indication - Discrete range at ChipApex. The manufacturer field lists Inolux. Its product description is LED RED CLEAR 0603 SMD. Review the specifications below when checking this part for your BOM.
The IN-S63ATR is a red discrete surface-mount LED from Inolux, designed for PCB-type applications. It features a standard 0603 (1608 metric) package with dimensions of 1.60mm length, 0.80mm width, and a maximum height of 0.40mm. The component emits light at a wavelength of 622nm with a typical forward voltage of 2.2V when tested at 5mA. It offers a viewing angle of 120 degrees and is available in tape-and-reel packaging configurations.
Verify the specific datasheet version corresponding to the ordered suffix to confirm exact optical and electrical characteristics. Ensure compatibility with standard reflow soldering profiles defined in the manufacturer's documentation. Confirm that the selected packaging format aligns with existing pick-and-place equipment capabilities for 0603 components.
Select this component for designs requiring a compact red indicator with standard SMD footprint constraints. Consider the 2.2V forward voltage drop when calculating series resistor values or driver circuit requirements. Verify that the 120-degree beam width meets the spatial illumination needs of the target application environment without requiring additional optics.
This part belongs to the IN-S63AT series of top-mount SMD LEDs manufactured by Inolux Corporation. The series provides various color options within the standardized 0603 package size, allowing designers to maintain consistent board layouts while differentiating functions through color coding. The ATR suffix typically denotes the specific red variant within this product family.
Direct substitutes include other 0603 red SMD LEDs from manufacturers such as Kingbright or Vishay, provided they match the 1.6x0.8x0.4mm mechanical envelope and similar electrical parameters. Cross-reference pin polarity and spectral peak wavelengths to ensure functional equivalence in the specific circuit design.
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