Atomfair-HDL-6392 Hydrogen-Deuterium Lamp
Product Introduction
Atomfair-HDL-6392 is a high-performance gas discharge light source integrated with a power supply and a focusing system. Manufactured in strict compliance with international standards, it boasts stable and reliable performance, enabling precise wavelength calibration. As an essential experimental accessory for university physics laboratories worldwide, this product provides professional light source support for a wide range of physics experiments.
Key Specifications
| Parameters | Details |
| Product Category | Experimental Accessory |
| Main Spectral Lines | Hydrogen: 656.28nm, 486.13nm, 434.05nm, 410.18nm Deuterium: 656.11nm, 486.01nm, 433.93nm, 410.07nm |
| Core Configuration | Equipped with power supply and focusing system |
Product Applications
Tailor-made for wavelength calibration scenarios in university physics laboratories, Atomfair-HDL-6392 delivers accurate and stable spectral references. It is widely applicable to various scenarios such as optical instrument calibration, spectral analysis experiments, and physics teaching demonstrations. Whether for academic research projects or daily laboratory teaching, Atomfair-HDL-6392 consistently outputs stable performance, accurately meeting the professional needs of researchers and educators, and facilitating the efficient conduct of experimental work.
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
What are the exact hydrogen and deuterium spectral lines emitted by the Atomfair-HDL-6392 lamp?
The Atomfair-HDL-6392 emits hydrogen lines at 656.28 nm, 486.13 nm, 434.05 nm, and 410.18 nm, and deuterium lines at 656.11 nm, 486.01 nm, 433.93 nm, and 410.07 nm. These precise wavelengths provide a reliable reference for calibrating spectrometers and monochromators in university physics laboratories.
Can the Atomfair-HDL-6392 be used for wavelength calibration of optical instruments in teaching environments?
Yes, the Atomfair-HDL-6392 is tailor-made for wavelength calibration in university physics laboratories. Its integrated power supply and focusing system make it a self-contained source for optical instrument calibration, spectral analysis experiments, and physics teaching demonstrations.
What operational setup does the Atomfair-HDL-6392 require in a laboratory?
The Atomfair-HDL-6392 is a gas discharge light source with a built-in power supply and focusing system, so no external driver or focusing optics are needed. It is manufactured to international standards and operates under standard laboratory electrical conditions, simplifying installation and use in experimental setups.
The Atomfair-HDL-6392 integrates a hydrogen-deuterium gas discharge lamp with a power supply and focusing system, delivering the principal spectral lines required for wavelength calibration in physics laboratories. Its dual-element design provides a compact, ready-to-use reference source for optical instrument calibration and spectral analysis experiments.
Positive
- Dual-element spectral reference: Provides both hydrogen and deuterium principal lines (e.g., H-alpha 656.28 nm, D-alpha 656.11 nm) in a single unit, enabling multi-line wavelength calibration without additional sources.
- Integrated power and focusing: The built-in power supply and focusing system reduce external component requirements, simplifying setup and ensuring consistent optical alignment for reproducible measurements.
Trade-offs
- Limited to specific spectral lines: The lamp emits only the listed hydrogen and deuterium lines, which may not cover all calibration needs for instruments requiring broader or denser spectral references.
- Requires stable operating conditions: Accurate wavelength calibration depends on stable gas discharge and temperature control; environmental fluctuations may affect spectral output and require recalibration.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
