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EE344 Lab Assignment - External Internal Interrupt Experiment
Description: The PC13 pin on the STM32L475 IoT node demo kit is connected to a button, which the user can press to generate an interrupt to the MCU. Write a main program to perform the following operations:
An interrupt will be generated whenever the user press the button connected to the PB13 pin.
Write an interrupt service routine for EXTI13 to perform the following operations:
The complete expression for the lowest-order TEMo.o mode can be obtained by solving the paraxial wave equation.
Construct the series L/R and RC circuits from this week's assignment in MultiSIM and perform Transient Analysis on each circuit to confirm your calculations. Use a 5% tolerance for all of the components.
Outline at least ten factors to be considered when assessing the health risks from exposure to solvents in a factory producing home furniture with a range of painted and varnished finishes
List four pros and cons of incorporating some of the latest technology into the development of a new complex system. Give a specific example of each.
Knowing that the drill exerts a 12 N m · couple on the piece of plywood, determine the magnitude of the resulting forces applied to the nails if the are located
What is the total delay and the maximum queue length - the parking lot opens and processes vehicles at a rate of 12 per minute.
Set of 3 LEDs - one red, one yellow and one green. So turning an LED on represents the corresponding motor being turned on-Our task is to control the 3 motors
Calculate required output by a single excavator appropriate to this production and select an appropriate machine - calculate cycle times for trucks.
An RC circuit used to produce time delay is shown in Figure. For a step input voltage vi(t) = 2u(t) and C = 10 mF, determine Tdelay for the following cases: (a) R = 100 kΩ; and (b) R = 1 MW. Sketch the output vo(t) versus time for cases (a) and (b..
Assuming that the inverter is in the logic-1 state 50% of the time and in the logic-0 state 50% of the time, find the average power dissipation in a typical circuit. The power supply is 5 V.
Calculate the maximum pressure and temperature and the thermal efficiency of this cycle. Compare the results with those of a conventional Otto cycle having the same given variables.
Instrumentation amplifiers are extensively used in a wide range of industrial applications. Identify and discuss an industrial application of instrumentation amplifiers.
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