By Bonnie Baker
This publication has been written to aid electronic engineers who want a few uncomplicated analog instruments of their toolbox. For practising electronic engineers, scholars, educators and hands-on managers who're trying to find the analog beginning they should deal with their day-by-day engineering difficulties, it will function a priceless connection with the nuts-and-bolts of method analog layout in a electronic world.This ebook is a hands-on designer's consultant to crucial issues in analog electronicssuch as Analog-to-Digital and Digital-to-Analog conversion, operational amplifiers, filters, and integrating analog and electronic platforms. The presentation is adapted for engineers who're basically skilled and/or informed in electronic circuit layout. This ebook will train such readers find out how to "think analog" while it's the top method to their challenge. distinctive realization is usually given to basic themes, resembling noise and the way to exploit analog try out and size gear, which are usually neglected in different analog titles aimed toward expert engineers.* large use of case-histories and actual layout examples.* bargains electronic designers the ideal analog "tool" for the task at hand.* Conversational, annecdotal "tone" is especially simply available via scholars and practitioners alike.
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Additional info for A Baker's dozen: real analog solutions for digital designers
This discussion puts a new light on the conclusions reached at the beginning of this section. 997 bits. The good news is that a microprocessor or microcontroller can remove this offset and gain error with a simple calibration algorithm. Differential nonlinearity (DNL) is the maximum deviation in code width from the ideal 1 LSB (FS/2n) code width. The difference is calculated for each transition. This converter characteristic is very difﬁcult to calibrate out. Even if you take the time to measure one converter for this error, the next converter from the same product family will have a slightly different DNL error from code to code.
The ﬁrst, and most easy way of thinking about a resistor is that it inﬂuences voltage and current in your design. This is deﬁned through the infamous Thevenin equation: 16 Bridging the Gap Between Analog and Digital V / RI = 1 Where V is voltage R is resistance in ohms I is current in amperes I always remember this formula from my elementary school geography lessons. Vermont is always over Rhode Island. But this is the part of resistors in your circuit. For practical purposes, this is a DC equation, not AC.
13. 13: This illustrates a typical resistor model. The parasitic elements of a standard resistor are parallel capacitance (CP) and series inductance (LS). 00 MΩ ± 1% LS ≈ 5 nH CP ≈ 0. 5 pF CP The fact is, I never worry about the parasitic capacitance until I started designing transimpedance, optical, photodiode-sensing circuits. 14. If blindly built (without concern for the parasitic capacitance), this photosensing circuit can mysteriously sing like a bird (oscillate) without too much effort. This oscillation is usually caused by an inappropriate choice of CF, but it can also be caused by that phantom capacitor, CP.