question below 3. You wish to build a second order high pass filter using a series RLC circuit. Recall thatthe output voltage is taken across the terminals of the inductor in this circuit.(a)of 100 kHz and a Q of 20. Choose appropriate values for the capacitor and resistorto achieve the specifications.You have a 1 mH available and want your filter to have a cutoff frequency(b)of 3 N due to the non-perfect wire used to make it. That is, the real inductor lookslike a 1 mH inductor in series with a 3 N resistor. What is the Q of the real circuit?You discover that the inductor actually has an equivalent series resistanceExtension: Find a transfer function for the filter incorporating the presence(c)of the inductor's resistance. For simplicity you don't need to use real values, justcall the inductors resistance RL.

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Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Photoelectric

The photoelectric effect occurs when light (or similar incident radiation, including X-rays) falls on material together with a metal plate and causes it to emit electrons. The discovery of the photoelectric effect led to important new theories (and to a Nobel Prize for Albert Einstein). Photoelectric cells, or photocells, are utilized in burglar-alarm light detectors and garage-door openers (each employs a through-beam of light this is broken when something movements throughout it), and also to play soundtracks on film movies (in which a light beam shines through the soundtrack encoded at the film and is "read" with the aid of the photocells).

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3. You wish to build a second order high pass filter using a series RLC circuit. Recall that
the output voltage is taken across the terminals of the inductor in this circuit.
(a)
of 100 kHz and a Q of 20. Choose appropriate values for the capacitor and resistor
to achieve the specifications.
You have a 1 mH available and want your filter to have a cutoff frequency
(b)
of 3 N due to the non-perfect wire used to make it. That is, the real inductor looks
like a 1 mH inductor in series with a 3 N resistor. What is the Q of the real circuit?
You discover that the inductor actually has an equivalent series resistance
Extension: Find a transfer function for the filter incorporating the presence
(c)
of the inductor's resistance. For simplicity you don't need to use real values, just
call the inductors resistance RL.

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