eV
Photon energy matters
A compound can be photoionized when the lamp energy meets or exceeds its ionization potential. LuxIon offers 10.0 eV and 10.6 eV options for different detection requirements.
Technology
Photoionization detection starts with a stable VUV source.
PID instruments use high-energy ultraviolet photons to ionize target compounds. Lamp selection influences which compounds can be ionized, instrument performance, integration design, and maintenance planning.
RF
RF excitation
RF excitation is the operating principle used by LuxIon PID lamps. It provides a compact approach suitable for integration into gas detection instruments.
VUV
Vacuum ultraviolet output
VUV radiation provides the photon energy needed for photoionization. The lamp is only one part of a complete PID system; chamber design, electrodes, electronics and calibration also matter.
Engineering support
Choose the lamp with the complete instrument in mind.
Our team can discuss energy selection, dimensions, electrical conditions, expected operating environment and relevant technical documentation before you commit to an integration path.