Joe also informs you that he has to leave immediately for a trip to Joshua Tree. You remind Joe that he has been the main contact with the clients for this project and you need to know the date that you'll have to program into the circuit. He tells you that it's July 10th, 2016, but he's not sure if it's a birthday or anniversary. So, you should make two timer circuits for two different songs just in case. Joe offers a last bit of assistance before he heads out the door. Since, he wasn't sure if the device would be for a birthday or anniversary, he designed a few versions of the part of the apparatus that provides music playback. Below is a list of songs (4 for birthdays and three for anniversaries) with their BPMs (Beats per Minute). He's left it up to you to pick one from each category for your timed counter design. Joe's Birthday Songs Happy Birthday (Traditional) 84 bpm Happy Birthday (Stevie Wonder) 116 bpm In Da Club (50 Cent) 90 bpm Las Mañanitas (Traditional) 88 bpm Joe's Anniversary Songs It's Our Anniversary (Tony! Toni! Toné!) 89 bpm White Wedding (Billy Idol) You're Still the Qne (Shania Twain) 147 bpm 67 bpm 3.) With all of this in mind, please design the following: a) Using Falstad or CircuitVerse, two sequential logic circuits that will act as counters for the combination logic circuit for the date provided by the client. One logic circuit should correspond with your selected birthday song of your choice while the other corresponds with your selected anniversary song. Please show math based on the components included in the circuit that would indicate the period and frequency of the counter. (NOTE: For the timer/counter to be "on beat" it's frequency has to be 2" of that of the frequency associated with the BPM of the song.)
Joe also informs you that he has to leave immediately for a trip to Joshua Tree. You remind Joe that he has been the main contact with the clients for this project and you need to know the date that you'll have to program into the circuit. He tells you that it's July 10th, 2016, but he's not sure if it's a birthday or anniversary. So, you should make two timer circuits for two different songs just in case. Joe offers a last bit of assistance before he heads out the door. Since, he wasn't sure if the device would be for a birthday or anniversary, he designed a few versions of the part of the apparatus that provides music playback. Below is a list of songs (4 for birthdays and three for anniversaries) with their BPMs (Beats per Minute). He's left it up to you to pick one from each category for your timed counter design. Joe's Birthday Songs Happy Birthday (Traditional) 84 bpm Happy Birthday (Stevie Wonder) 116 bpm In Da Club (50 Cent) 90 bpm Las Mañanitas (Traditional) 88 bpm Joe's Anniversary Songs It's Our Anniversary (Tony! Toni! Toné!) 89 bpm White Wedding (Billy Idol) You're Still the Qne (Shania Twain) 147 bpm 67 bpm 3.) With all of this in mind, please design the following: a) Using Falstad or CircuitVerse, two sequential logic circuits that will act as counters for the combination logic circuit for the date provided by the client. One logic circuit should correspond with your selected birthday song of your choice while the other corresponds with your selected anniversary song. Please show math based on the components included in the circuit that would indicate the period and frequency of the counter. (NOTE: For the timer/counter to be "on beat" it's frequency has to be 2" of that of the frequency associated with the BPM of the song.)
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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Question
Need help on problem “a” . If possible can you show me how to do it step by step . Thanks in advance .
The songs choices don’t really matter , whichever two you picked is fine by me.
Transcribed Image Text:Joe also informs you that he has to leave immediately for a trip to Joshua Tree. You remind Joe
that he has been the main contact with the clients for this project and you need to know the date
that you'll have to program into the circuit. He tells you that it's July 10th, 2016, but he's not sure
if it's a birthday or anniversary. So, you should make two timer circuits for two different songs
just in case.
Joe offers a last bit of assistance before he heads out the door. Since, he wasn't sure if the device
would be for a birthday or anniversary, he designed a few versions of the part of the apparatus
that provides music playback. Below is a list of songs (4 for birthdays and three for anniversaries)
with their BPMs (Beats per Minute). He's left it up to you to pick one from each category for your
timed counter design.
Joe's Birthday Songs
Happy Birthday (Traditional)
84 bpm
Happy Birthday (Stevie Wonder)
116 bpm
In Da Club (50 Cent)
90 bpm
Las Mañanitas (Traditional)
88 bpm
Joe's Anniversary Songs
It's Our Anniversary (Tony! Toni! Toné!)
89 bpm
White Wedding (Billy Idol)
You're Still the Qne (Shania Twain)
147 bpm
67 bpm
3.) With all of this in mind, please design the following:
a) Using Falstad or CircuitVerse, two sequential logic circuits that will act as counters for
the combination logic circuit for the date provided by the client. One logic circuit
should correspond with your selected birthday song of your choice while the other
corresponds with your selected anniversary song. Please show math based on the
components included in the circuit that would indicate the period and frequency of
the counter. (NOTE: For the timer/counter to be "on beat" it's frequency has to be 2"
of that of the frequency associated with the BPM of the song.)
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