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200-BR is listed in the LED Indication - Discrete range at ChipApex. The manufacturer field lists Visual Communications Company - VCC. Its product description is LED RED DIFFUSED 5MM T/H. Review the specifications below when checking this part for your BOM.
The VCC 200-BR is a through-hole axial leaded LED component manufactured by Visual Communications Company. It features a standard 5mm diameter diffused lens designed for high visibility in indicator applications. The device emits red light with a peak wavelength typically centered around 630nm to 635nm, providing clear visual signaling. Standard forward voltage drop is approximately 2.1V at rated current, ensuring compatibility with common logic levels and resistor networks. The unit is housed in a durable plastic package suitable for wave soldering processes.
Verify the specific binning code or suffix on the ordering information sheet to confirm exact wavelength and intensity grades. Ensure that the selected variant matches the required forward voltage characteristics for the target circuit design. Cross-reference the datasheet revision date to guarantee alignment with current manufacturing specifications and RoHS compliance status.
Choose this component when a standard red indicator is required for general purpose signaling. Consider the forward voltage requirements of the driving circuit to select appropriate current-limiting resistors. Evaluate the ambient lighting conditions to determine if the diffused lens provides sufficient contrast for the intended application environment.
This part belongs to VCC's standard discrete LED portfolio, widely used in industrial and consumer electronics. It represents a legacy through-hole technology option, often preferred for prototyping and high-reliability manual assembly processes where surface-mount alternatives may not be feasible due to space or thermal constraints.
Direct replacements include other manufacturers' 5mm red diffused LEDs such as those from Kingbright or Everlight. Verify pin spacing and lens diameter tolerances to ensure mechanical fit. Electrical parameters like forward voltage must be compared to maintain consistent brightness and power dissipation in the existing circuit.
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