EIT – LED Instruments
The spectral output from an UV LED source is narrow or monochromatic when compared to broadband (mercury) source. Each of EIT 2.0 LLC’s L-Bands (L-365, L-385, L-395 and L-405) has an optic response and dynamic range optimized for LEDs. Our patented Total Measured Optic Response in which ALL optics in the instrument are included in the instrument response result in better performance and repeatability; unit-to-unit, run-to-run and source-to-source.
Radiometers provided calibrated irradiance (W/cm2) and energy density values (J/cm2) in one to four bands. Profiling Radiometers also provide the irradiance profile (W/cm2 as a function of time) which is useful to further understand the UV conditions and compare UV systems.
Available Models
Key Features
- Optimized Spectral Response: Each instrument is tailored for specific UV LED wavelengths—L-365, L-385, L-395, and L-405—ensuring precise measurements aligned with the narrow spectral output of UV LED sources.
- Total Measured Optic Response: The patented design incorporates all optical components in the instrument’s response, enhancing performance and repeatability across different units and production runs.
- Comprehensive Data Acquisition: Profiling radiometers, such as the LEDMAP™, provide UV and temperature profiles, along with irradiance (W/cm²) and energy density (J/cm²) values, facilitating a thorough understanding of UV conditions.
- High Dynamic Range: Instruments support measurements up to 40 W/cm², accommodating high-intensity UV LED systems and ensuring accurate readings across various applications.
- User-Friendly Features: Models like the LEDMAP™ offer user-adjustable sample rates (128-2048 Hz), large memory capacity, rechargeable batteries, and a ‘Pause’ feature that allows the creation of multiple files during production, enhancing operational efficiency.
Key Industries
- Semiconductor, Solar & Electronics
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Founded in 1977, EIT 2.0 evolved its mission in 2021 to focus on our core strengths: to provide creative engineering…