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Books by Eric Bogatin

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22 books found
Signal and Power Integrity - Simplified
Signal and Power Integrity - Simplified
By: Eric Bogatin
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Signal and Power Integrity - Simplified (Prentice Hall Modern Semiconductor Design Series)
Signal and Power Integrity - Simplified (Prentice Hall Mode…
By: Eric Bogatin
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Signal Integrity - Simplified (Prentice Hall Modern Semiconductor Design Series)
Signal Integrity - Simplified (Prentice Hall Modern Semicon…
By: Eric Bogatin
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Shadow Engineer
Shadow Engineer
By: Eric Bogatin
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Signal Integrity - Simplified
Signal Integrity - Simplified
By: Eric Bogatin
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Microstrip or stripline? That is the question.(NO MYTHS ALLOWED): An article from: Printed Circuit Design & Manufacture
Microstrip or stripline? That is the question.(NO MYTHS ALL…
By: Eric Bogatin
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Echoes of bits past: reflection noise is the most common source of jitter in high-speed digital signals.(SIGNAL INTEGRITY INSIGHTS): An article from: Printed Circuit Design & Fab
Echoes of bits past: reflection noise is the most common so…
By: Eric Bogatin
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A Designer's Survival Guide to High Speed Signal Integrity Design - Appendix A: Design for Speed
A Designer's Survival Guide to High Speed Signal Integ…
By: Eric Bogatin
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5 tips for reducing EMI: even the best high-speed design plans can fail FCC certification.(No Myths Allowed): An article from: Printed Circuit Design & Manufacture
5 tips for reducing EMI: even the best high-speed design pl…
By: Eric Bogatin
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Welcome to the nanotechnology era: get small with carbon nanotubes that help fight ESD.(NO MYTHS ALLOWED): An article from: Printed Circuit Design & Manufacture
Welcome to the nanotechnology era: get small with carbon na…
By: Eric Bogatin
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Shadow Engineer
Shadow Engineer
By: Eric Bogatin
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Rules of thumb I have known and loved: while no substitute for good design practices, in certain situations they can be useful.(No Myths Allowed): An article from: Printed Circuit Design & Manufacture
Rules of thumb I have known and loved: while no substitute …
By: Eric Bogatin
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The inductance of a transmission line: understanding the relationship between total loop inductance of a line, time delay and its characteristic ... from: Printed Circuit Design & Manufacture
The inductance of a transmission line: understanding the re…
By: Eric Bogatin
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Tricks of the trade: a little known trick for reducing crosstalk.(NO MYTHS ALLOWED): An article from: Printed Circuit Design & Manufacture
Tricks of the trade: a little known trick for reducing cros…
By: Eric Bogatin
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PCB directions: don't lose your way. Use these guidelines and stay on course.(No Myths Allowed): An article from: Printed Circuit Design & Manufacture
PCB directions: don't lose your way. Use these guideli…
By: Eric Bogatin
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A high-bandwidth probing plan: TDR measurements are useful for characterizing signal channels. But bandwidth limits are determined in the first ... from: Printed Circuit Design & Manufacture
A high-bandwidth probing plan: TDR measurements are useful …
By: Eric Bogatin
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Battling ferrite superstition: the right way to use these inductors doesn't involve blindly following the apps notes.(SIGNAL INTEGRITY INSIGHTS): An article from: Printed Circuit Design & Fab
Battling ferrite superstition: the right way to use these i…
By: Eric Bogatin
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Deterministic jitter: by understanding the relationship between 'aggressor' line and 'victim' line bit switching, designers can keep crosstalk-induced ... from: Printed Circuit Design & Manufacture
Deterministic jitter: by understanding the relationship bet…
By: Eric Bogatin
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The inductance bible redux; Fredrick Grover's invaluable tome is essential for partial inductance calculations.(EMC FOR THE REAL WORLD): An article from: Printed Circuit Design & Fab
The inductance bible redux; Fredrick Grover's invaluab…
By: Eric Bogatin
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Rise times and bandwidths: as rise times keep dropping, bandwidths will keep heading through the roof.(No Myths Allowed): An article from: Printed Circuit Design & Manufacture
Rise times and bandwidths: as rise times keep dropping, ban…
By: Eric Bogatin
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Board stackup's important tool: for a target differential impedance, a 2D field solver, used accurately, can be a time-saver.(No Myths Allowed): An article from: Printed Circuit Design & Manufacture
Board stackup's important tool: for a target different…
By: Eric Bogatin
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Simulating a TDR: as long as you have access to any version of SPICE, you too can simulate a TDR.(NO MYTHS ALLOWED): An article from: Printed Circuit Design & Manufacture
Simulating a TDR: as long as you have access to any version…
By: Eric Bogatin
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