Questions include: What is a fuse? How do you make a switch? What is an indicator? How do you use a transistor? How do you use an oscillator?
You can find all six quizzes at the study guide website at a link at the bottom of the page. The quizzes have been designed by professional engineers, and the topics have been thoroughly discussed. The questions are written in a very clear and straightforward manner. When you finish reading the study guide, you will not only understand some of the concepts, but will also know how to apply them in a practical situation.
Question one of the exam will require you to select the right power supply. You will need to choose between three different types of power supplies, each having a different characteristic, and each providing a different output. The type of power supply chosen will depend on whether you need a regulated or unregulated output, which will help to determine the power supply’s efficiency and cost efficiency.
The second question will give you a range of possible electrical configurations and power supplies that can be implemented. You will be asked to enter a number between one and eight. This number will be used as the basis for calculating the voltage, current, amperage, and other quantities. These are the same calculations that are used to calculate the electrical energy output from the power supply. The results that you obtain will affect the efficiency of the electrical energy output.
The third question will have you select between two and five resistors. The purpose for choosing between two and five resistors will depend on the overall efficiency of the power supply, the power rating of the power supply, and the overall cost efficiency. The total number of resistors required will determine the total cost efficiency of the power supply.
The fourth question will ask you to select between two and three capacitors. The total cost efficiency of the power supply depends on the value of the capacitance that is required. to operate the power supply. In the case of AC and DC power supplies, the value of capacitance will also affect the output power.
The fifth question requires you to select between two and four switches. There are four types of switches, and each of these uses a variety of components. For example, a switching system is based on the two-terminal configuration, while a bi-terminal configuration is based on the three-terminal configuration. Once again, the results of the calculations will directly affect the efficiency of the power supply and its output.
The final question will have you select between two and four power supplies. As discussed earlier, there are two types of power supplies, and each of them will have a different cost efficiency. You will be required to determine the number of output terminals that each power supply will use in order to calculate the amount of power that will be produced. The number of terminals that are required is determined by the power rating and the power requirement of the power supply.
After determining the number of output terminals that the power supply will use, the next question will require you to select between one and five components. that the power supply will use to provide the electricity. A common component that is often used in many power supplies is the terminal block that connects the components together.
The Electronics Engineering exam will have you answer a final question that requires you to select between one and four components. for an amplifier. The power rating, voltage rating, and current rating of the amplifier is determined by using the equations that were previously discussed. and by using the information obtained from the previous questions.
This is a very involved set of questions. In order to get through them successfully, you need to review the information that you learned in the last section, and you need to follow a proper preparation routine.