Photron 37 mm Multi Element Hallow Cathode Super Lamp, 3V, 4 Pin Uncoded for Multiple Instruments, Chromium / Cobalt / Copper / Iron / Manganese / Nickel (Cr/Co/Cu/Fe/Mn/Ni) - P873S

Photron 37 mm Multi Element Hallow Cathode Super Lamp, 3V, 4 Pin Uncoded for Multiple Instruments, Chromium / Cobalt / Copper / Iron / Manganese / Nickel (Cr/Co/Cu/Fe/Mn/Ni)

P873S - 6 Multi Super Lamp - Chromium / Cobalt / Copper / Iron / Manganese / Nickel

Product Number: P873S

Super Lamp - 3V Uncoded, 37mm (Boosted Discharge HCL)

Specifications: 

• Instrument:: To suit all AAS (Atomic Absorption Spectroscopy Instruments)
• Pin Type / Connectivity: 4 Pin / Octal Base / Uncoded (Non-coded)
• Improvement in Detection Limit: 15x times the improvement over standard Hollow Cathode Lamps
• Window material: Quartz
• Wavelengths:

Super Lamps

High Intensity Sharp Line Source for AAS and AFS Spectroscopy The Super Lamp is particularly recommended for the following determinations in Atomic Absorption Spectroscopy:

• Elements with resonance spectra in the far UV where instrumental efficiency is reduced. e.g. Arsenic & Selenium.
• Elements with complex spectra where the enhanced resonances line reduces the interference of background radiation, allowing the use of wide slit widths further reducing signal to noise. e.g. Nickel & Iron
• For determinations at or near the detection limit, in some cases a 10 fold improvement in detection limited can be achieved.
• Super Lamps produce intense spectra with narrow line widths.
• Super Lamps are also used in Atomic Fluorescence Spectroscopy.

Photron Super Lamps provide high intensity gains over standard Hollow Cathode Lamps, additionally they produce a significant improvement in sensitivity due to the narrow and the non-self absorbed line Photron's Super Lamps produce. It is worth noting that for elements that are easily self-absorbed in Photron Standard Hollow Cathode Lamps (As, Sb, Cd, Pb, Tl, Zn) are not so self-absorbed in a Photron Super Lamp. A further improvement advantage is the suppression of ion lines close to the resonance line in a Ni Super Lamps resulting in a much improved sensitivity line and linearity.