Campbell-scientific TGA100A Overview Manual de usuario

Busca en linea o descarga Manual de usuario para Instrumentos de medición Campbell-scientific TGA100A Overview. Campbell Scientific TGA100A Overview User Manual Manual de usuario

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TGA100A Trace Gas Analyzer Overview
The TGA100A Trace Gas Analyzer measures trace gas concentration in an air
sample using tunable diode laser absorption spectroscopy (TDLAS). This
technique provides high sensitivity, speed, and selectivity. The TGA100A is a
rugged, portable instrument designed for use in the field. Common applications
include gradient or eddy covariance flux measurements of methane or nitrous
oxide and isotope ratio measurements of carbon dioxide or water vapor. The
TGA100A concentration measurements can be recorded with a Campbell
Scientific datalogger, output as analog voltages, or sent to a computer through
an Ethernet connection.
OV-1
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Indice de contenidos

Pagina 1

TGA100A Trace Gas Analyzer Overview The TGA100A Trace Gas Analyzer measures trace gas concentration in an air sample using tunable diode laser absorp

Pagina 2 - OV1. System Components

TGA100A Trace Gas Analyzer Overview OV6.3 Site Means Sampling Mode The TGA100A’s site means mode is similar to the flux gradient mode in that it cont

Pagina 3 - OV2. Theory of Operation

TGA100A Trace Gas Analyzer Overview OV6.4 Absolute Concentration / Isotope Ratio Measurements The TGA100A can be configured for highly accurate measu

Pagina 4 - OV2.2 Laser Scan Sequence

TGA100A Trace Gas Analyzer Overview OV7. Specifications OV7.1 Measurement Specifications The preliminary frequency response and noise specifications

Pagina 5

TGA100A Trace Gas Analyzer Overview The TGA100A multiple-scan mode can be used to measure suitable pairs of gases. Typical performance for some exampl

Pagina 6 - OV4. Multiple Scan Mode

TGA100A Trace Gas Analyzer Overview OV-14 OV7.2 Physical Specifications Analyzer Length: 211 cm (83 in) Width: 47 cm (18.5 in) Height: 55 cm (2

Pagina 7

TGA100A Trace Gas Analyzer Overview OV1. System Components Figure OV1-1 illustrates the main system components needed to operate the TGA100A. These s

Pagina 8 - OV6.1 Eddy Covariance

TGA100A Trace Gas Analyzer Overview OV2. Theory of Operation OV2.1 Optical System The TGA100A optical system is shown schematically in Figure OV2.1-

Pagina 9 - OV6.2 Flux Gradient

TGA100A Trace Gas Analyzer Overview OV2.2 Laser Scan Sequence The laser is operated using a scan sequence that includes three phases: the zero curren

Pagina 10 - Sample Dryer

TGA100A Trace Gas Analyzer Overview OV2.3 Concentration Calculation The reference and sample detector signals are digitized at 50 kHz (100 samples pe

Pagina 11

TGA100A Trace Gas Analyzer Overview OV4. Multiple Scan Mode The TGA100A can be configured to measure two or three gases simultaneously by alternating

Pagina 12 - Frequency Response

TGA100A Trace Gas Analyzer Overview FIGURE OV5-1. Real Time Graphics Screen In the middle of the screen are graph 1 and graph 2, used to display use

Pagina 13

TGA100A Trace Gas Analyzer Overview OV6. Micrometeorological Applications The TGA100A is ideally suited to measure fluxes of trace gases using microm

Pagina 14

TGA100A Trace Gas Analyzer Overview OV6.2 Flux Gradient The TGA100A also supports the measurement of trace gas fluxes by the gradient method. A gradi

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