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ECET 365 In order to succeed, you must read/Uophelpdotcom

For more course tutorials visit<br>www.uophelp.com<br><br><br><br>ECET 365 Lab 1 Using the Serial Communication Interface in a Microcontroller<br>ECET 365 Lab 2 Temperature Measuring System using a Microcontroller<br>ECET 365 Lab 3 Traffic Light Control Using Finite State Machines (FSM)<br>ECET 365 Lab 4 Servo Control Using Pulse Width Modulation (PWM)<br>ECET 365 Lab 5 Servo Motor Interfaces-Closed-Loop Motor Speed Control<br>ECET 365 Lab 6 Servo Motor Interfaces-Closed-Loop Motor Speed Control<br>

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ECET 365 In order to succeed, you must read/Uophelpdotcom

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  1. ECET 365 In order to succeed, you must read/Uophelpdotcom For more course tutorials visit www.uophelp.com

  2. ECET 365 Entire Course (All Labs and Quizzes) (Devry) For more course tutorials visit www.uophelp.com • ECET 365 Lab 1 Using the Serial Communication Interface in a Microcontroller • ECET 365 Lab 2 Temperature Measuring System using a Microcontroller • ECET 365 Lab 3 Traffic Light Control Using Finite State Machines (FSM) • ECET 365 Lab 4 Servo Control Using Pulse Width Modulation (PWM) • ECET 365 Lab 5 Servo Motor Interfaces-Closed-Loop Motor Speed Control • ECET 365 Lab 6 Servo Motor Interfaces-Closed-Loop Motor Speed Control • ECET 365 Weeks 2-6 Quizzes 

  3. ECET 365 Lab 1 Using the Serial Communication Interface in a Microcontroller (Devry) For more course tutorials visit www.uophelp.com • ECET 365 Lab 1 Using the Serial Communication Interface in a Microcontroller • ECET 365 Lab 2 Temperature Measuring System using a Microcontroller • ECET 365 Lab 3 Traffic Light Control Using Finite State Machines (FSM) • ECET 365 Lab 4 Servo Control Using Pulse Width Modulation (PWM) • ECET 365 Lab 5 Servo Motor Interfaces-Closed-Loop Motor Speed Control • ECET 365 Lab 6 Servo Motor Interfaces-Closed-Loop Motor Speed Control • ECET 365 Weeks 2-6 Quizzes 

  4. ECET 365 Lab 2 Temperature Measuring System using a Microcontroller (Devry) For more course tutorials visit www.uophelp.com • Lab 2 of 6: Temperature Measuring System using a Microcontroller  • Submit your assignment to the Dropbox located under the silver tab at the top of this page.  • (See Syllabus section Due Dates for Assignments & Exams for due dates.)  • L A B O V E R V I E W • Scenario/Summary • 1. To know how to design and use signal conditioners to interface analog sensors or transducers to the HC12 • 2. To learn how to use A-to-D Converters to input and digitize signals coming to the microprocessor from analog input devices • 3. To learn how to write a C language program to sample, process, and output the data from an analog device on an LCD • Deliverables

  5. ECET 365 Lab 3 Traffic Light Control Using Finite State Machines (FSM) (Devry) For more course tutorials visit www.uophelp.com • Lab 2 of 6: Temperature Measuring System using a Microcontroller  • Submit your assignment to the Dropbox located under the silver tab at the top of this page.  • (See Syllabus section Due Dates for Assignments & Exams for due dates.)  • L A B O V E R V I E W • Scenario/Summary • 1. To know how to design and use signal conditioners to interface analog sensors or transducers to the HC12 • 2. To learn how to use A-to-D Converters to input and digitize signals coming to the microprocessor from analog input devices

  6. ECET 365 Lab 4 Servo Control Using Pulse Width Modulation (PWM) (Devry) For more course tutorials visit www.uophelp.com • Lab 2 of 6: Temperature Measuring System using a Microcontroller  • Submit your assignment to the Dropbox located under the silver tab at the top of this page.  • (See Syllabus section Due Dates for Assignments & Exams for due dates.)  • L A B O V E R V I E W • Scenario/Summary • 1. To know how to design and use signal conditioners to interface analog sensors or transducers to the HC12 • 2. To learn how to use A-to-D Converters to input and digitize signals coming to the microprocessor from analog input devices • 3. To learn how to write a C language program to sample, process, and output the data from an analog device on an LCD • Deliverables

  7. ECET 365 Lab 5 Servo Motor Interfaces-Closed-Loop Motor Speed Control (Devry) For more course tutorials visit www.uophelp.com • Lab 2 of 6: Temperature Measuring System using a Microcontroller  • Submit your assignment to the Dropbox located under the silver tab at the top of this page.  • (See Syllabus section Due Dates for Assignments & Exams for due dates.)  • L A B O V E R V I E W • Scenario/Summary • 1. To know how to design and use signal conditioners to interface analog sensors or transducers to the HC12 • 2. To learn how to use A-to-D Converters to input and digitize signals coming to the microprocessor from analog input devices • 3. To learn how to write a C language program to sample, process, and output the data from an analog device on an LCD • Deliverables

  8. ECET 365 Lab 6 Servo Motor Interfaces-Closed-Loop Motor Speed Control (Devry) For more course tutorials visit www.uophelp.com • Lab 6 of 6: Servo Motor Interfaces-Closed-Loop Motor Speed Control  • Submit your assignment to the Dropbox located under the silver tab at the top of this page.  • See Syllabus section Due Dates for Assignments & Exams for due dates.  • L A B O V E R V I E W • Scenario/Summary • The course project involves the design, debugging, and building of hardware and software for a wireless servo driven robot.  • Deliverables

  9. ECET 365 Week 2 Quiz (Devry) For more course tutorials visit www.uophelp.com • 1.  Question :  (TCO #5) Identify the step size for an 8-bit analog-to-digital converter with Vref= 2.5 VDC?  • Student Answer:  10 millivolts • 25 millivolts • 4.9 millivolts • 5 volts • Comments:  • 2.  Question :  (TCO # 5) How many steps are available with a 10-bit ADC?  • Student Answer:  10  • 1024 

  10. ECET 365 Week 3 Quiz (Devry) For more course tutorials visit www.uophelp.com • 1.  Question :  (TCO #3) Which interrupt is non-maskable?  • Student Answer:  Software interrupt (SWI)  • Interrupt from a device connected to IRQ pin of HCS12 microcontroller  • Both A and B  • Interrupt by multiple devices connected to IRQ pin of HCS12 microcontroller  • Comments:  • 2.  Question :  (TCO #3) Which of the following interrupts has the highest priority?  • Student Answer:  TCNT timer overflow  • SCI0  • ATD0  • ATD1 

  11. ECET 365 Week 4 Quiz (Devry) For more course tutorials visit www.uophelp.com • 1.  Question :  (TCO #1, 2, and 7) Select the header file in CodeWarrior for the Freescale MC9s12DG256.  • Student Answer:  mc9s12dg256.h  • mc9s12dg256.header  • mc9s12dg256.asm  • mc9s12dg256  • Comments:  • 2.  Question :  (TCO #1, 2, and 7) _____ is part of the UNIX OS user layer.  • Student Answer:  API  • Device driver  • Shell  • Core 

  12. ECET 365 Week 5 Quiz (Devry) For more course tutorials visit www.uophelp.com • 1.  Question :  (TCO #5) In an asynchronous data transfer _____.  • Student Answer:  the transmitter and receiver clock must be exactly the same all the time  • the receiver clock must be exactly the same or multiple times the transmitter clock  • it is not necessary to have a clock in the receiver  • None of the above  • Comments:  • 2.  Question :  (TCO #5) Synchronization between data transmitter and receiver _____ data transfer.  • Student Answer:  is necessary in asynchronous  • is necessary in synchronous  • is necessary in both asynchronous and synchronous data transfer  • is not necessary in both an asynchronous and synchronous 

  13. ECET 365 Week 6 Quiz (Devry) For more course tutorials visit www.uophelp.com • 1.  Question :  (TCO #6) How many 16-bit PWM channels are available in the Freescale 9S12DG256 microcontroller?  • Student Answer:  Two  • Four  • Seven  • Eight  • Comments:  • 2.  Question :  (TCO #6) When concatenating the two 8-bit PWM Channels 3 and 2 to get a 16-bit PWM channel, _____ becomes the low-order byte.  • Student Answer:  Channel 7  • Channel 2  • Channel 5  • Channel 3 

  14. ECET 365 In order to succeed, you must read/Uophelpdotcom For more course tutorials visit www.uophelp.com

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