Industrial

The document describes the features and characteristics of the ASI AJT015 model, including input matching network and Omnigold™ metallization system.

This document describes the use of the quartz fiber optic dip probe on the Cary 50/60 UV-Vis spectrophotometer to analyze the nitrate content in water.

AJT006 is a NPN silicon RF power transistor produced by Advanced Semiconductor Inc., with a maximum current of 0.9A, a maximum operating voltage of 32V, and a maximum power of 25W.

This document describes the analysis of epoxy resins using Agilent PLgel MIXED-E with Gel Permeation Chromatography. Epoxy resins are thermosetting copolymers that are widely used as general-purpose adhesives, coatings, and composites due to their durability. The analysis is straightforward with Agilent PLgel 3 µm MIXED-E columns, which can analyze low molecular weight samples as well as polymers up to 30,000 MW.

ASI4003 is a NPN silicon RF power transistor designed for general purpose Class C power amplifier applications up to 4200MHz.

This data sheet provides ASI4001 characteristics parameters such as BVCBO, BVCER, RBE, BVEBO, ICBO, hFE, COB, PG, ηηC etc.

ASI4000 is a NPN silicon RF power transistor designed by Advanced Semiconductor Inc. (ASI) for general purpose Class C power amplifier applications up to 4200MHz.

ASI10540 is a NPN silicon RF power transistor produced by Advanced Semiconductor, Inc. This transistor is designed for general purpose Class C power amplifier applications up to 3500 MHz. Its features include PG = 4.5 dB min. at 5 W / 3,000 MHz, Hermetic Microstrip Package and Omnigold™ Metalization System.

The ASI 3003 is a NPN silicon RF power transistor designed for general purpose Class C power amplifier applications up to 3500 MHz.

The document describes the features and characteristics of the ASI3001 model NPN silicon RF power transistor, suitable for general purpose Class C power amplifier applications up to 3500 MHz.

This document describes the features and characteristics of the ASI AVD0.5P NPN Silicon RF Power Transistor, including minimum current gain, maximum voltage, and power.

This is a product usage manual for analyzing polyester polyols with gel permeation chromatography using the Agilent PLgel MIXED-E column.

This document introduces the application of Agilent PLgel MIXED-E gel permeation chromatography technology in the analysis of phenolic resins. Gel permeation chromatography of phenolic resins can be easily performed using Agilent PLgel 3µm MIXED-E columns, which are suitable for both low molecular weight samples and high molecular weight samples. In addition, for more difficult polar resins, Agilent PolarGel columns are preferred for analysis.

This document describes the structure of a Titin/Obscurin-like 1 complex solved using an Agilent Xcalibur Nova X-ray Diffractometer, providing structural insights into muscle M-band assembly and mechanics.