Introduction: AMD10 (GC / MSD) builds on the principles of the classic single quadrupole mass spectrometry technology, combining new advances in electronics and new materials to achieve better performance and high efficiency characteristics. Features: 1. Instrument detection limit and signal to noise ratio are among the best 2. Industry's advanced linear dynamic range 3. Isothermal ion source made of inert ceramic designed for high matrix extracts of biological samples and plant extracts! 4. Long life electron multiplier 5. Ergonomically designed, easy to access ion source and electron multiplier 6. Built-in UPS, a self-protection module that protects the instrument from power supply instability, interruptions, surges and spikes 7. Single window user interface software with method setup wizard Technical parameter: Ion source Ionization mode: EI Ionization voltage: 5 eV ~ 100 eV Ion source temperature: 150–350 °C Filament: double filament structure Inert isothermal ceramic ion source Simple maintenance, cleaning the ion source, only need to be extracted from the front of the vacuum chamber, and the number of wires on the ion source is small (3). The filament can be replaced directly without disassembling the ion source. 2. Mass spectrum Mass Analyzer: The S-type pre-filter completely eliminates photons and neutrons and directs ions into the quadrupole without loss. Advancedly designed high precision quadrupole mass filters effectively separate ions based on their mass/charge ratio. m/z range: 2-1200 amu Sensitivity: EI full scan, enter 1-μL 1 pg/μL OFN, scan range is 50-300, mass-to-charge ratio is 272. 80 L/sec turbomolecular pump S/N signal to noise ratio: 1500:1 or higher 300 L/sec turbomolecular pump S/N signal to noise ratio: 1500:1 or higher Instrument Detection Limit (IDL): Instrument detection limit (IDL): EI selected ion scan, mass-to-charge ratio of 272, into 1-μL 100fg/μL OFN 80 L/sec turbomolecular pump: 10 fg 300 L/sec turbomolecular pump: 10 fg Mass shaft stability: better than 0.10 amu /48h Maximum scanning speed: up to 20,000 amu/s Transmission line temperature: maximum temperature 350 ° C RF power supply: 1.0MHz The interchangeability of circuit board modules. 3. Detector A three-axis detector with a high-energy dynode and a long-life electron multiplier operating at low voltages. Linear dynamic range >5*10^6 4. Vacuum system Molecular turbo pump: turbomolecular pump, pumping speed 85L / s, 300L / s optional Front stage mechanical pump: Edwards mechanical pump, pumping speed 1.5 m3 / h 5. Data system Software: PANNA Maestro operational analysis software, available in Chinese/English. Mode: SCAN, SIM. Application tuning: One-button auto tuning (BFB, DFTPP). Library: NIST, Wiley/NIST, Maurer/Pfleger/Weber, Rosner. Deconvolution: A proprietary integrated deconvolution algorithm for the qualitative and quantitative determination of trace compounds in complex matrices. Data Resource Management Tool: A quick tour of a set of measurement data, manual extraction of spectra and ion chromatograms. Batch processing of measurement data: batch processing of multiple experimental data, user-defined batch processing. Auto-integration tool - Deconvolution tool: Extracts a list of compound spectra from the mass spectrum. Export tool: Data is converted to AMDIS readable format ("full scan" mode spectrum). iDwell Time Tool: Automatically assigns dwell time in SIM mode, providing a better balance between SIM ion measurement rate and sensitivity, regardless of the amount of ion mass per time period. SIM library: Built-in library for SIM ion quality with reference intensity and chemical compound IDs (CAS number). This library can be edited by the user. For a given target compound, you can search for data from the library with a few mouse clicks. Intelligent detection measurement method: Some parameter check helps prevent users from setting incorrect or incompatible parameters during the creation of the method. SIM Wizard: A powerful tool for automatically creating SIM methods step by step from data measured in standard sample "full scan" mode.
Introduction: AMD10 (GC / MSD) builds on the principles of the classic single quadrupole mass spectrometry technology, combining new advances in electronics and new materials to achieve better performance and high efficiency characteristics.
