where are all the controls on most circuits?..line voltage, 24 volt side, one side or both...
where are all the controls on most circuits?..line voltage, 24 volt side, one side or both sides of tue loads
Homework Answers
A control circuit is a special type of circuit used to control the operation of a completely separate power circuit.
Where are all the controls on most circuits?
Power Supply
Explanation : Consider a 1000 horsepower, large industrial motor driving a water pump. The motor is connected to a high voltage electrical supply of 2400 volts. When switches are wired in a series with load.
If any switch opens, then the circuit will be open and the load de-energized.
This is especially important with safety controls.
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where are all the controls on most circuits?..line
voltage, 24 volt side, one side or both...
Compare a 24-volt battery that is connected to four 25-watt light bulbs in parallel vs one...
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24) For the three circuits (a), (b) and (c) shown below, the waveform of input voltage...
24) For the three circuits (a), (b) and (c) shown below, the waveform of input voltage vy is given as shown below. For each circuit, sketch the waveform of output voltage vo for the given input voltage . Label the most positive and most negative output levels. Assume all diodes are ideal (vp- 0) and CR>> T. (10 points) +10 V-- -10 V TI ms (3 points) (b) o- (3 points) 3V (4 points) DH
Name: Period: Rules of Circuits from + side of battery around in a 1. Amps flow...
Name: Period: Rules of Circuits from + side of battery around in a 1. Amps flow in ONE direction loop to the side of battery. Parallel resistors Series resistors R = R + R. R 2. Current ADDS up to the current in the downstream line when you split. I=11 + 12 3. All current SUMS to the Main Line Current. I = 1 + 12 4. V = IR for all resistors. Use this for total current, and Requivalent...
6. (10 pts) Polarized water. Water is a polar molecule; one side has a slight positive charge and one side has a slight negative charge. You wish to do an experiment where all the water molecules...
6. (10 pts) Polarized water. Water is a polar molecule; one side has a slight positive charge and one side has a slight negative charge. You wish to do an experiment where all the water molecules are lined up in the same direction (say, positively-charged sides are all 'up" and negatively charged sides are all "down")... but water is in random thermal motion, so on average the orientations of the molecules are all random. The mean thermal energy of a...
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Abortion is one of the most difficult and controversial moral issues we will consider. Listen to...
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please answer both 4 and 5 if possible thank you Multi-loop complex circuits: In All the...
please answer both 4 and 5 if possible thank you
Multi-loop complex circuits: In All the circuit problems below, use Kirchhoffs Law. The use of Kirchhoff's law greatly simplifies the circuit problem especially with multi loop cireuits. 4. (a) Calculate the currents I, Iz and the emf of the battery e in the circuit below (0.71 A. 2.3 A and 19 Vrespectively) ) Calculate the voltage and power dissipated across the 4.5 resistor (10 V and 24 W) 3.00 4.5Q...
please choose one of the answer choices above. Must show all work, thank you Question 2...
please choose one of the answer choices above.
Must show all work, thank you
Question 2 CIRCUIT A2 (2.5 Marks) + Ver Rc Ic с IR Fig. 2: CIRCUIT A.2 Statement: Sketching relevant output (Vc-Ic) characteristics decide on Q-point coordinates and DC load-line details: That is, determine DC operating conditions of the NPN-BJT/Si circuit of Fig.2 (denoting the type Circuit A2). Assume the following: Vcc= 24 volt; Rc = 5.0 k; RB = 1500 k and B = 125. Required...
24) For the three circuits (a), (b) and (c) shown below, the waveform of input voltage vy is given as shown below. For each circuit, sketch the waveform of output voltage vo for the given input voltage . Label the most positive and most negative output levels. Assume all diodes are ideal (vp- 0) and CR>> T. (10 points) +10 V-- -10 V TI ms (3 points) (b) o- (3 points) 3V (4 points) DH
Name: Period: Rules of Circuits from + side of battery around in a 1. Amps flow in ONE direction loop to the side of battery. Parallel resistors Series resistors R = R + R. R 2. Current ADDS up to the current in the downstream line when you split. I=11 + 12 3. All current SUMS to the Main Line Current. I = 1 + 12 4. V = IR for all resistors. Use this for total current, and Requivalent...
6. (10 pts) Polarized water. Water is a polar molecule; one side has a slight positive charge and one side has a slight negative charge. You wish to do an experiment where all the water molecules are lined up in the same direction (say, positively-charged sides are all 'up" and negatively charged sides are all "down")... but water is in random thermal motion, so on average the orientations of the molecules are all random. The mean thermal energy of a...
Abortion is one of the most difficult and controversial moral issues we will consider. Listen to both sides, even if it is difficult to do. Both sides have important moral insights, even if ultimately these insights are outweighed by the insights of the other side. The goal of this discussion is not to convince you to accept one position over the other, but to help you to understand both sides. As you consider this difficult issue, it is important to...
please answer both 4 and 5 if possible thank you
Multi-loop complex circuits: In All the circuit problems below, use Kirchhoffs Law. The use of Kirchhoff's law greatly simplifies the circuit problem especially with multi loop cireuits. 4. (a) Calculate the currents I, Iz and the emf of the battery e in the circuit below (0.71 A. 2.3 A and 19 Vrespectively) ) Calculate the voltage and power dissipated across the 4.5 resistor (10 V and 24 W) 3.00 4.5Q...
please choose one of the answer choices above.
Must show all work, thank you
Question 2 CIRCUIT A2 (2.5 Marks) + Ver Rc Ic с IR Fig. 2: CIRCUIT A.2 Statement: Sketching relevant output (Vc-Ic) characteristics decide on Q-point coordinates and DC load-line details: That is, determine DC operating conditions of the NPN-BJT/Si circuit of Fig.2 (denoting the type Circuit A2). Assume the following: Vcc= 24 volt; Rc = 5.0 k; RB = 1500 k and B = 125. Required...
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