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This application note describes a rapid and sensitive LC/MS/MS method for the detection and analysis of four aflatoxins (B1, B2, G1, and G2) that provides detection down to 1 ppb. The 500 Ion Trap MS/MS capabilities result in the collection of clear, baseline resolved chromatographic peaks for target compound quantitation.
This document describes a method for the rapid, sensitive and reproducible detection of seven common drugs of abuse using the Agilent 500 Ion Trap LC/MS.
This datasheet provides detailed information on the ASI AVF100 NPN silicon RF power transistor, including maximum current, maximum voltage, maximum power, resistance, temperature range, etc.
This note describes the analysis of albumin proteins using Agilent ProSEC 300S columns. Size exclusion chromatography (SEC) is used to investigate the aggregation of albumin proteins in solution, including dimers and trimers. This technique is of interest in biomedical applications.
This document introduces the key technology in protein analysis-size exclusion chromatography (SEC), and illustrates the principle, characteristics and application of SEC with Agilent ProSEC 300S column as an example
The AVD400 is a NPN silicon RF power transistor from ASI company, with a maximum current of 28A, a maximum voltage of 55V, a maximum power consumption of 1000W, and a working temperature range of -65℃ to +250℃.
Due to the current global acetonitrile shortage, Agilent Technologies has been investigating a range of alternative solvents that could be used for reversed phase HPLC analysis of peptides, which maintain the efficiency and selectivity that a PLRP-S 100Å 10 µm gives for this application when used with acetonitrile. This report details how a 385-LC ELS detector can be used to prevent the increased background absorbance of the mobile phase eluents when run on a UV detector. The 385-LC ELSD is capable of evaporating a wide range of different solvents, resulting in completely flat baselines and sharp peaks, even during gradient elution.
This document describes the characteristics and features of the AVD350 model by Advanced Semiconductor, Inc. The AVD350 is an NPN silicon RF power transistor designed for input matching networks, featuring the Omnigold™ metallization system.
This document describes in detail the technical specifications of RECTRON SEMICONDUCTOR's P4FMAJ series, including the maximum power, rated voltage, rated current, working temperature range, and packaging size.
This document investigates the structure of clindamycin using mass spectrometry and nuclear magnetic resonance spectroscopy. The data allows for the rapid confirmation of the chemical structure.
The AVD250 is a NPN silicon RF power transistor produced by ASI. Its maximum current is 17.8 A, maximum voltage is 55 V, and maximum power is 600 W. The transistor has input matching network and Omnigold™ metallization system features.
The AVD150 is a NPN Silicon RF Power Transistor from Advanced Semiconductor. This transistor features an input matching network and the Omnigold™ Metalization System. The maximum ratings are IC 11 A, VCC 55 V, PDISS 400 W @ TC = 25 OC, TJ -65 OC to +250 OC and TSTG -65 OC to +200 OC.
