Source for process measurement and control. Everything from thermocouples to chart recorders. Temperature, flow and level, data acquisition.
Established in 1962, Omega started as a manufacturer of thermocouples. Now it is a Technical Supported Marketplace for Industrial and Engineering; components and equipment. It is also a Engineering Service with custom product and system solutions for your Automation or Laboratory needs.
Omega’s Technical Reference Section. Find technical articles and reference material about their products and technologies. Omega’s Temperature Handbook Technical Reference Section.
Whether you are an Industrial Control Engineer, Equipment Manufacturer or doing Research in a Laboratory; these Catalogs and Books are a Valuable Reference, from one of the Oldest and Reliable Source of Technical Information and Products. – delabs
8/16-Channel Thermocouple/Voltage Input USB Data Acquisition Module
The OM-DAQ-USB-2401 is a portable USB 2.0 full speed thermocouple/voltage input data acquisition module that can be used with either desktop or laptop PCs.
OMEGA Engineering, Inc.
One Omega Drive P.O. Box 4047 Stamford, Connecticut 06907-0047, USA
The interactive and animated applets are part of the Introductory Course on Power Electronics taught by Prof. Kolar at the ETH Zurich.
Interactive Power Electronics Seminar
Applets to See – are the simple Buck-converter and the Rotating Three-Dimensional Field
More pages of Compulsory Reading for Students
- Part I – An Overview of AC/AC-Converter Topologies
- iPES-Circuits – DC/DC converters, thyristor converter, AC/DC inverter.
- iPES-Circuits+ – Power electronic systems of higher complexity in industry.
- iPES-Thermal – Dimensioning and operation of power electronic converters
- iPES-EMFields – Electrostatic, magnetic fields, permeability, inductor design.
- iPES-AET – Operational Amplifier – Applications.
Power Electronics Simulation -Specialized Software to meet demands of Power Electronics Engineers. Gecko-Research is engaged in numerical simulations of circuits, control, 3D-thermal, electromagnetics, reliability issues and system optimization.
What is the use of a Robot, which cannot perceive its environment in detail. Where can a Control system be effective, if it does not get a “feedback” about its actions. How could one do Analysis and Research or Verify, when he cannot Measure a parameter with good accuracy and resolution.
ADC are the Eyes and Ears for a uC, this brings the Real world as Numbers within the CPU. Without ADC a uC is like a Frog in the Well and has to create an Imaginary World for himself. That is beyond the scope of Engineering.
Bring your favorite PIC Microcontroller to his senses. Give him an ability to Perceive the Reality around him. Get him an Analog to Digital Converter and don’t forget to code.
MAX1169 ADC is better than 4 1/2 Digit Value. For me the Intersil chip is a Benchmark. Beyond 5 1/2 Resolution may be needed only for Scientific Research.
I would add, 2 1/2 is like Analog Meters/Bar Graphs, 3 1/2 for Control systems, 4 1/2 for T&M and beyond 5 1/2 is for R&D. – delabs Notes
Abstract: This application note describes how to interface a MAX1169 analog-to-digital converter (ADC) to a PIC microcontroller. It includes an example circuit and software for a PIC18F442. The software contains function calls to interface the ADC to the PIC microcontroller using the internal MSSP I²C port at 400kHz.
Designs, develops, manufactures and markets microcomputer components of desktop and server systems. Since 1968, Intel has been dedicated to transforming the world through technology.
See Above is the DQ965WC in the PicoBTX form factor delivers valuable new capabilities for large and small businesses. With support for dual-core processors…
This small form factor desktop board merges the energy-efficient power of the Core 2 Duo processor with enhanced manageability, data protection and security capabilities.