Product category:
Analogue and Mixed Signal ICs
News Release from: Texas Instruments (April 2001-March 2006)
Edited by the Electronicstalk Editorial
Team on 05 October 2005
Webcast covers complete analogue signal
chain
Analogue design engineers can register now on the TI website for a live Analog eLab webcast entitled "Elements of the analogue signal chain".
Analogue design engineers can register now on the TI website for a live Analog eLab webcast entitled "Elements of the analogue signal chain" Presented by Texas Instruments with Newark InOne and Farnell InOne, subsidiaries of global distributor Premier Farnell, the webcast will air at 1700 BST Wednesday 12th October 2005
This article was originally published on Electronicstalk on 8 Nov 2004 at 8.00am (UK)
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TI analogue expert Bill Klein, PE and eLab guests, Lijoy Philipose of TI and Gavin Kirk of Newark InOne, will provide designers with an online discussion of the analogue signal chain and a lab demonstration of some of the devices used in signal processing functions.
The hour-long session will feature a discussion on connecting analogue sensors to data convertors.
Seldom do sensors have output signals that can be directly connected to the data convertor in the system.
The panel will discuss requirements for amplifying, filtering and shift offset as well as other processing functions.
They will talk about the unique strengths and applications of various families of data convertors and the special consideration required in input signal conditioning for analogue signal processing functions.
Gaining an understanding of these abilities and requirements will help the design engineer properly condition the signal and produce the optimum system.
During the lab segment, Klein and Philipose will demonstrate these principles using evaluation modules to build up the signal chain.
The process will show an analogue signal through an amplifier, data convertor and to a DSP.
The complete analogue signal chain will be displayed on the PC screen and the processing function will be explained.
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