### This mathematical problem has been solved by Alexander Bondarenko

### https://www.slideshare.net/AlexanderBondarenko17/03-rate-of-temperature-change-heating

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**THE COMPLETE, VERIFIED VERSION OF THIS ARTICLE HAS BEEN PUBLISHED AS A BOOK "MATHEMATICAL MODELING OF A PYROELECTRIC DETECTOR" FREE AVAILABLE ON**

**I HAVE DEVELOPED THE SIMULATOR OF A PYROELECTRIC DETECTOR**

**VIDEOS OF WHICH ARE FREE AVAILABLE ON**

**lIKE THE VIDEOS. SUBSCRIBE THE CHANNEL. SHARE IT WITH YOUR FRIENDS.**

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**MY PERSONAL SITE IS**

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being the amount of energy going out of the sensitive element to the environment. Taking
into account the parameters determined in equations
Equation
We
replace
the Laplace variable
being
the denominator for equations We define the amplitude-frequency response
We
multiply
the numerator
and
denominator of equation
and
We define the phase response
We
apply the
Inverse Laplace Transform to equations
Once
equation
| THIS ARTICLE HAS BEEN VERIFIED BY the world's first team of students at the Department of Design Automation at Kharkiv National University of Radioelectronics, May, 2017 EGOROV DENIS ALEKSANDROVICH email: denthejoker()gmail.com ORLIK VALENTIN VIKTOROVICH email: vin4eester()gmail.com TENDITNYK KATERYNA email: katetenditnyk() gmail.com BUBLYK OLEKSANDRA email: sashkabublik95() gmail.com OLIINYK OLEKSANDR email: sasha.oleinik96() gmail.com MAKSYM ZALOZNYI email: maksim.zaloznuy() gmail.com TEAM LEAD |