Integrated LED Modules for Precision Illumination

Dual Wavelength LED Source

Dual Wavelength LED Source

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Sold by: OZ Optics Ships from: Canada
Specifications
LED Color Category: Infrared (IR)
Wavelength: 1550 nm
Output Power (typical): 0.02 mW
Operation Mode: Continuous Wave (CW), Modulated
Device Type: Dual Wavelength LED Source

Did You Know?

The LED lamp holds great a promise for increasing the quality of life for over 1.5 billion people around the world who lack access to electricity grids: due to low power requirements it can be powered by cheap local solar power. LED lamps are long-lasting and energy-efficient and are getting constantly improved with most recent record being just over 300 lm/W. As about one fourth of world electricity consumption is used for lighting purposes, the LEDs contribute to saving the Earth's resources.
Read more in our Blog

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Frequently Asked Questions

An integrated LED module is a pre-engineered assembly that typically combines one or more LED dies or packages with a thermal substrate (MCPCB or ceramic), current-regulated driver electronics, and often optical elements such as lenses or reflectors on a single platform. Unlike a bare LED package, the module is designed as a functional building block that can be directly incorporated into luminaires or instruments, eliminating the need for separate driver design and complex thermal and optical integration.

What Are Integrated LED Modules?

Integrated LED Modules are compact assemblies that combine one or more LED emitters with thermal management, electrical interfaces, and often primary optics on a single board or substrate. They are designed as ready-to-use light sources for OEM systems, laboratory setups, and instrumentation, reducing the need for discrete LED, driver, and heatsink design.

On FindLight, Integrated LED Modules span single-channel and multi-channel configurations, from visible to NIR and sometimes UV bands. Many modules incorporate constant-current drivers, onboard temperature sensing, and mechanical features for straightforward mounting into housings, optical benches, or test fixtures.

Typical Specifications of Integrated LED Modules

When evaluating Integrated LED Modules, engineers typically consider:

  • Emission wavelength / spectrum: Single-color (e.g., 365 nm, 450 nm, 525 nm, 630 nm), white, or multi-wavelength arrays for tunable output.
  • Optical power / radiant flux: From a few milliwatts for analytical instruments up to multi-watt outputs for machine vision and curing.
  • Beam characteristics: Bare-chip Lambertian emission or integrated collimating lenses, diffusers, or secondary optics.
  • Electrical parameters: Forward voltage, drive current range, power consumption, and driver compatibility (constant-current, PWM dimming, modulation bandwidth).
  • Thermal design: Metal-core PCB, ceramic substrate, or integrated heatsink; specified thermal resistance and maximum junction temperature.
  • Form factor and interface: Board dimensions, mounting holes, connector type, and compatibility with common optics or fixtures.

Use Cases for Integrated LED Modules

Integrated LED Modules are used in machine vision illumination, fluorescence excitation, biomedical instruments, endoscopy, fiber coupling, microscopy, curing systems, signaling, and general OEM lighting subsystems where stable, repeatable output is required with minimal integration effort.

Buyer Guidance on FindLight

To select suitable Integrated LED Modules, compare emission wavelength, output power, thermal design, and driving method against your system requirements such as numerical aperture, working distance, and modulation needs. Review datasheets for spectral plots, lifetime data, and recommended drive conditions. On FindLight you can filter and compare multiple Integrated LED Modules, then request quotes or technical details from suppliers directly. No registration is required to send inquiries, enabling rapid sourcing and design evaluation for your next optical or photonic system.