A ELEC-353 Analogue electronics
... a) Derive the closed-loop gain, A(s), as a function of s. You may perhaps wish to perform this task by identifying and individually analysing the building blocks (gray dashed boxes) appearing in the circuit, however, this approach is not necessary. b) Write a piece of code in your favourite mathemat ...
... a) Derive the closed-loop gain, A(s), as a function of s. You may perhaps wish to perform this task by identifying and individually analysing the building blocks (gray dashed boxes) appearing in the circuit, however, this approach is not necessary. b) Write a piece of code in your favourite mathemat ...
COURSE MASTER SYLLABUS A. Academic Division: Business
... to a specified array of not more than three point charges at rest. Calculate specified electrostatic or kinematic variables due to a specified electric field or charge distribution useing conservation of energy. Calculate the equivalent capacitance of a specified network of capacitors and the charge ...
... to a specified array of not more than three point charges at rest. Calculate specified electrostatic or kinematic variables due to a specified electric field or charge distribution useing conservation of energy. Calculate the equivalent capacitance of a specified network of capacitors and the charge ...
JANTXV1N5649A I-V Report
... A cross-check at a current of about 100uA thru the diode shows about a 100 mV drop over R1, as expected. The current meter DVM A is connected after DVM B in order to not get a false measurement from the current flowing thru DVM B, the voltage meter. It was confirmed that the voltage drop over the cu ...
... A cross-check at a current of about 100uA thru the diode shows about a 100 mV drop over R1, as expected. The current meter DVM A is connected after DVM B in order to not get a false measurement from the current flowing thru DVM B, the voltage meter. It was confirmed that the voltage drop over the cu ...
Slide 1
... This circuit will light the LED after a pulse to the gate. 1. The SCR acts like a switch. 2. When a positive pulse is applied to the gate, it allows current to flow through the rest of the circuit. 3. An SCR is very sensitive to a lot of electrical energy, we use a 1000 ohm resistor to protect the ...
... This circuit will light the LED after a pulse to the gate. 1. The SCR acts like a switch. 2. When a positive pulse is applied to the gate, it allows current to flow through the rest of the circuit. 3. An SCR is very sensitive to a lot of electrical energy, we use a 1000 ohm resistor to protect the ...
Picture Coming Soon
... by Aimtec; refer to www.aimtec.com for the most current product specifications. 2. Product labels shown, including safety agency certifications on labels, may vary based on the date manufactured. 3. Mechanical drawings and specifications are for reference only. 4. All specifications are measured at ...
... by Aimtec; refer to www.aimtec.com for the most current product specifications. 2. Product labels shown, including safety agency certifications on labels, may vary based on the date manufactured. 3. Mechanical drawings and specifications are for reference only. 4. All specifications are measured at ...
Non-ohmic
... of the V versus I graph) and simply realize the R will vary with I (and so with V). By connecting the data on the plot with a smooth line and measuring the slope at several points, we can plot R as a function of I (or V). Also, you can use the techniques from the first lab to determine the relations ...
... of the V versus I graph) and simply realize the R will vary with I (and so with V). By connecting the data on the plot with a smooth line and measuring the slope at several points, we can plot R as a function of I (or V). Also, you can use the techniques from the first lab to determine the relations ...
ALTAI CB SWR Meter Conversion for HF Bands
... the 50? coax. The bottom of each is soldered to each of the shorter copper lands on the PCB, creating a short metal support, used to solder together the two resistors, the decoupling capacitor and diode. The wires should be long enough to support the 50? coax so that it passes centrally through the ...
... the 50? coax. The bottom of each is soldered to each of the shorter copper lands on the PCB, creating a short metal support, used to solder together the two resistors, the decoupling capacitor and diode. The wires should be long enough to support the 50? coax so that it passes centrally through the ...
Ohms Law Lab – Activity
... measured in Volts, or as Joules/Coulomb. Voltage provides the energy in the circuit needed to do work. Resistance is how much current is slowed by a device measured in Ohms. Electrical resistance is needed in a circuit. It allows the energy to be transformed into heat, light, motion, etc. Without re ...
... measured in Volts, or as Joules/Coulomb. Voltage provides the energy in the circuit needed to do work. Resistance is how much current is slowed by a device measured in Ohms. Electrical resistance is needed in a circuit. It allows the energy to be transformed into heat, light, motion, etc. Without re ...
EE 101 Lab 4 Digital Signals
... typically expressed as a percentage. For example, a pulse waveform with a 20 millisecond (ms) period ...
... typically expressed as a percentage. For example, a pulse waveform with a 20 millisecond (ms) period ...
Subject: Experiment No - Department of Electrical Engineering
... conducted. PSPICE will be used to simulate the half-wave rectifier dc power supply circuit and to determine values for all the voltages and currents measured. The 50 F capacitor was connected in parallel with the 200 F. However, it may be that a better dc power supply results by connecting the 50 ...
... conducted. PSPICE will be used to simulate the half-wave rectifier dc power supply circuit and to determine values for all the voltages and currents measured. The 50 F capacitor was connected in parallel with the 200 F. However, it may be that a better dc power supply results by connecting the 50 ...
Lab 2: Background and Useful Information
... Circuits containing a resistor and capacitor are called RC circuits. They are discussed in lecture and in section 26.5 of the text. RC circuits are time-dependent—that is, they are not static circuits. They asymptotically approach a steady-state limit in which all voltages remain constant and all cu ...
... Circuits containing a resistor and capacitor are called RC circuits. They are discussed in lecture and in section 26.5 of the text. RC circuits are time-dependent—that is, they are not static circuits. They asymptotically approach a steady-state limit in which all voltages remain constant and all cu ...
Ohm`s Law and the Measurement of Resistance
... Ohm’s Law and the Measurement of Resistance Today you will determine the resistance of unknown resistors using Ohm’s Law. Then, you will design an experiment to measure the resistivity of Play-Doh. Remember, your lab report should contain all information someone would need to recreate your experimen ...
... Ohm’s Law and the Measurement of Resistance Today you will determine the resistance of unknown resistors using Ohm’s Law. Then, you will design an experiment to measure the resistivity of Play-Doh. Remember, your lab report should contain all information someone would need to recreate your experimen ...
Current Balance - University of Toronto Physics
... on knife edges. The upper conductor is balanced so that the wires are a small distance apart. The conductors are wired in series to carry the same current but in opposite directions, so that the wires rather repel than attract. The force of repulsion can be measured indirectly by placing weights on ...
... on knife edges. The upper conductor is balanced so that the wires are a small distance apart. The conductors are wired in series to carry the same current but in opposite directions, so that the wires rather repel than attract. The force of repulsion can be measured indirectly by placing weights on ...
GOSSEN METRAWATT
... Discharging Capacitive Devices Under Test Capacitive devices under test such as cables and coils, which may be charged with test voltage, are discharged by the measuring instrument. The falling voltage value can be observed at the display. Measurements in Accordance with EN 61557, DIN VDE 0413 Nomin ...
... Discharging Capacitive Devices Under Test Capacitive devices under test such as cables and coils, which may be charged with test voltage, are discharged by the measuring instrument. The falling voltage value can be observed at the display. Measurements in Accordance with EN 61557, DIN VDE 0413 Nomin ...
Chapter 5: Current and Voltage Transformer
... Table 2, where Vn is the nominal voltage. The phase error is considered positive when the secondary voltage leads the primary voltage. The voltage error is the percentage difference between the voltage at the secondary terminals, V2, multiplied by the nominal transformation ratio, and the primary ...
... Table 2, where Vn is the nominal voltage. The phase error is considered positive when the secondary voltage leads the primary voltage. The voltage error is the percentage difference between the voltage at the secondary terminals, V2, multiplied by the nominal transformation ratio, and the primary ...
Multimeter
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A multimeter or a multitester, also known as a VOM (Volt-Ohm meter or Volt-Ohm-milliammeter ), is an electronic measuring instrument that combines several measurement functions in one unit. A typical multimeter would include basic features such as the ability to measure voltage, current, and resistance. Analog multimeters use a microammeter whose pointer moves over a scale calibrated for all the different measurements that can be made. Digital multimeters (DMM, DVOM) display the measured value in numerals, and may also display a bar of a length proportional to the quantity being measured. Digital multimeters are now far more common but analog multimeters are still preferable in some cases, for example when monitoring a rapidly varying value. A multimeter can be a hand-held device useful for basic fault finding and field service work, or a bench instrument which can measure to a very high degree of accuracy. They can be used to troubleshoot electrical problems in a wide array of industrial and household devices such as electronic equipment, motor controls, domestic appliances, power supplies, and wiring systems.Multimeters are available in a wide range of features and prices. Cheap multimeters can cost less than US$10, while laboratory-grade models with certified calibration can cost more than US$5,000.