Lab 1 - Portal UniMAP
... when your circuit doesn’t work. Here are some tips: Keep your wires short, do not loop wires over the chip, use the bus lines for Ground or a DC supply voltage (e.g. VCC) and sometimes to get cleaner signals, short the metal base of the breadboard to the circuit’s ground. MULTIMETER Multimeter is a ...
... when your circuit doesn’t work. Here are some tips: Keep your wires short, do not loop wires over the chip, use the bus lines for Ground or a DC supply voltage (e.g. VCC) and sometimes to get cleaner signals, short the metal base of the breadboard to the circuit’s ground. MULTIMETER Multimeter is a ...
Field-Circuit Coupling Applied to Inductive Fault Current
... current peak, since it causes large mechanical stress to all parts of the power system. The inductive FCL based on the core saturation effect are particulary interesting due to the fact that they do not have any reaction delay. They inherently react on the fault, requiring no control circuit; hence, ...
... current peak, since it causes large mechanical stress to all parts of the power system. The inductive FCL based on the core saturation effect are particulary interesting due to the fact that they do not have any reaction delay. They inherently react on the fault, requiring no control circuit; hence, ...
DTC P1351 Ignition Coil Control Circuit High Voltage
... Improperly formed or damaged terminals A poor terminal to wire connection and Damage to the harness. Intermittent test - If the connections and the harness check OK, monitor a digital voltmeter connected between VCM connector C3 pin 9 and C4 pin 18 while moving related connectors and wiring ...
... Improperly formed or damaged terminals A poor terminal to wire connection and Damage to the harness. Intermittent test - If the connections and the harness check OK, monitor a digital voltmeter connected between VCM connector C3 pin 9 and C4 pin 18 while moving related connectors and wiring ...
Combined Series and Parallel Circuits
... labeled “-” at the top. This will be used as a common ground connection, or “ground bus”, for this lab. Also notice the red horizontal row labeled “+”, below the blue horizontal row. The red-labeled row will be used as a common source of positive potential (voltage), or “power bus”, throughout this ...
... labeled “-” at the top. This will be used as a common ground connection, or “ground bus”, for this lab. Also notice the red horizontal row labeled “+”, below the blue horizontal row. The red-labeled row will be used as a common source of positive potential (voltage), or “power bus”, throughout this ...
ELEMENTS OF ELECTRO- MECHANICAL ENERGY CONVERSION
... (c) Reluctance variation: Surface of Rotor near the air-gap can be suitably shaped to Stator and Rotor have a particular pattern of Reluctancevariation so as to control the machine behaviour as per requirements. Basic conditions which must be satisfied by such devices are: (a) Equal number of poles ...
... (c) Reluctance variation: Surface of Rotor near the air-gap can be suitably shaped to Stator and Rotor have a particular pattern of Reluctancevariation so as to control the machine behaviour as per requirements. Basic conditions which must be satisfied by such devices are: (a) Equal number of poles ...
Video Transcript - Rose
... In this problem a resistor circuit is given, and we want to determine the z parameters of this two-port circuit. Firstly, let’s label the terminal variables. For port 1, we have voltage variable V1 and current variable I1. For port 2, we have V2 and I2. We can use two equations to relate the four va ...
... In this problem a resistor circuit is given, and we want to determine the z parameters of this two-port circuit. Firstly, let’s label the terminal variables. For port 1, we have voltage variable V1 and current variable I1. For port 2, we have V2 and I2. We can use two equations to relate the four va ...
EE 201 Lab 1 Meters, DC sources, and DC circuits with resistors
... resistors. These are rated for ¼-watt of power dissipation (as are most of the resistors in our lab kit). Read the nominal values from the color codes, and measure the value with the ohm-meter. Connect the resistor directly to the 25-V supply using your circuit board. Start with the supply at zero v ...
... resistors. These are rated for ¼-watt of power dissipation (as are most of the resistors in our lab kit). Read the nominal values from the color codes, and measure the value with the ohm-meter. Connect the resistor directly to the 25-V supply using your circuit board. Start with the supply at zero v ...
basic electronic components
... RESISTORS RESISTORS, What do they do? Electrons flow through materials when a pressure (called voltage in electronics) is placed on one end of the material forcing the electrons to “react” with each other until the ones on the other end of the material move out. Some materials hold on to their elec ...
... RESISTORS RESISTORS, What do they do? Electrons flow through materials when a pressure (called voltage in electronics) is placed on one end of the material forcing the electrons to “react” with each other until the ones on the other end of the material move out. Some materials hold on to their elec ...
ConcepTest 19.1a Series Resistors I 9 V Assume that the voltage of
... connected in series to a constant voltage source. When a wire is connected across B, bulb A will: ...
... connected in series to a constant voltage source. When a wire is connected across B, bulb A will: ...
AP Physics Review Sheet 2 (Still Under Construction)
... By definition, the direction of the current I in a circuit is the direction in which positive charges would move. The actual charge carriers, however, are generally electrons, which move opposite in direction to I . Drift velocity—net velocity of charge carriers (drift speed is relatively small; 68 ...
... By definition, the direction of the current I in a circuit is the direction in which positive charges would move. The actual charge carriers, however, are generally electrons, which move opposite in direction to I . Drift velocity—net velocity of charge carriers (drift speed is relatively small; 68 ...
Notes 8.3: Series and Parallel Circuits
... connected to an outlet, the overall resistance of the circuit is lowered This increases the current traveling through the circuit, possibly more than a safe level of current. ...
... connected to an outlet, the overall resistance of the circuit is lowered This increases the current traveling through the circuit, possibly more than a safe level of current. ...
Galvanometer
A galvanometer is a type of sensitive ammeter: an instrument for detecting electric current. It is an analog electromechanical actuator that produces a rotary deflection of some type of pointer in response to electric current through its coil in a magnetic field.Galvanometers were the first instruments used to detect and measure electric currents. Sensitive galvanometers were used to detect signals from long submarine cables, and to discover the electrical activity of the heart and brain. Some galvanometers use a solid pointer on a scale to show measurements; other very sensitive types use a miniature mirror and a beam of light to provide mechanical amplification of low-level signals. Initially a laboratory instrument relying on the Earth's own magnetic field to provide restoring force for the pointer, galvanometers were developed into compact, rugged, sensitive portable instruments essential to the development of electrotechnology. A type of galvanometer that records measurements permanently is the chart recorder. The term has expanded to include use of the same mechanism in recording, positioning, and servomechanism equipment.