The HSMG-C670 is a subminiature ChipLED from Avago Technologies (formerly Hewlett-Packard/Agilent). It's designed for applications requiring a compact, high-brightness light source with a wide viewing angle. These LEDs are often used as indicator lights, backlights, and in various display applications. Its small size allows for dense placement on circuit boards.

Applications

• Indicator lights
• Backlighting for LCDs, keypads, and displays
• Automotive lighting
• Consumer electronics
• Medical devices

Features

• Small size and low profile
• High brightness
• Wide viewing angle
• Industry-standard footprint
• Available in various colors
• Compatible with automated placement equipment

Benefits

• Space-saving design: Small size allows for dense packing on circuit boards.
• High visibility: High brightness ensures clear indication even in bright ambient light.
• Easy to see: Wide viewing angle ensures that the light is visible from a variety of angles.
• Easy to integrate: Industry-standard footprint simplifies the design and manufacturing process.
• Versatile application: Available in various colors to suit different application needs.

Additional Details

The HSMG-C670 is available in different colors (e.g., red, green, blue, yellow, amber). The luminous intensity typically ranges from a few millicandelas to tens of millicandelas depending on the color and drive current. The forward voltage is typically around 2V, but this varies slightly with the LED color. These LEDs are designed for surface mounting and are compatible with standard reflow soldering processes. They can withstand a reverse voltage of around 5V. The operating temperature range usually spans from -40°C to +85°C. For precise specifications including luminous intensity, forward voltage, wavelength, and viewing angle, refer to the official Avago Technologies (or Broadcom, as Avago acquired Broadcom) datasheet for the HSMG-C670. Proper current limiting is crucial when using LEDs to prevent damage from excessive current flow; a series resistor is generally used to limit the current to the specified forward current value. The power dissipation capability of the LED should also be observed to prevent overheating.