Advance Matlab - Ascent Softech
... Single pulse rectifier consisting of a Diode, an RL load and an AC Voltage source.Single pulse thyristor rectifier is used to feed an RL load.Ideal Switch to switch an RLC circuit on an AC source. Use of the MOSFET in a zero-current quasi-resonant switch converter ...
... Single pulse rectifier consisting of a Diode, an RL load and an AC Voltage source.Single pulse thyristor rectifier is used to feed an RL load.Ideal Switch to switch an RLC circuit on an AC source. Use of the MOSFET in a zero-current quasi-resonant switch converter ...
Rockman Rockmodules
... one or several Direct Current (DC) voltages: if you don’t do it, your audio circuit will produce one sound only: a 60Hz (or 50Hz in Europe) giant hum. That’s not what we want, so we have to rectify the low-voltage AC coming from the transformer into something that looks like DC. The components used ...
... one or several Direct Current (DC) voltages: if you don’t do it, your audio circuit will produce one sound only: a 60Hz (or 50Hz in Europe) giant hum. That’s not what we want, so we have to rectify the low-voltage AC coming from the transformer into something that looks like DC. The components used ...
HiTek Power Technical Datasheet
... If more arcs occur they are counted to determine the arc rate; if this exceeds a safe level the power supply is shut down. The parameters are factory set. Safety: All materials used meet or exceed the requirements of UL94 V-1 for flammability. Meets the requirements of the Low Voltage Directive, 73/ ...
... If more arcs occur they are counted to determine the arc rate; if this exceeds a safe level the power supply is shut down. The parameters are factory set. Safety: All materials used meet or exceed the requirements of UL94 V-1 for flammability. Meets the requirements of the Low Voltage Directive, 73/ ...
two load line of vdb amplifier
... Pout = Vrms2 RL Usually, we measure the output voltage in peak-to-peak volts with an oscilloscope. In this case, a more convenient equation to use for output power is: Pout=Vout2 8RL Fig(b) The maximum output power is given by, P(out)=MPP2 8RL ...
... Pout = Vrms2 RL Usually, we measure the output voltage in peak-to-peak volts with an oscilloscope. In this case, a more convenient equation to use for output power is: Pout=Vout2 8RL Fig(b) The maximum output power is given by, P(out)=MPP2 8RL ...
Dependent Sources
... Dependent sources are voltage or current sources whose output is a function of another parameter in the circuit. Voltage controlled voltage source (VCVS) Current controlled current source (CCCS) ...
... Dependent sources are voltage or current sources whose output is a function of another parameter in the circuit. Voltage controlled voltage source (VCVS) Current controlled current source (CCCS) ...
Power Losses in Long String and Parallel
... “Parallel strings generator” operating under partial shading conditions. In this case, extraction of maximum power from the PV power generator is not straightforward, because there is one local maximum power point (MPP) at low voltages and another at high voltages. Typically used maximum power point ...
... “Parallel strings generator” operating under partial shading conditions. In this case, extraction of maximum power from the PV power generator is not straightforward, because there is one local maximum power point (MPP) at low voltages and another at high voltages. Typically used maximum power point ...
Electromagnetic Induction
... Connect the function generator, primary coils, and a voltmeter to be a closed circuit, and then connect the secondary coils and another voltmeter to be a separate closed circuit from the first one. Turn on the generator and record the readings from both voltmeters. Increase the output from the ...
... Connect the function generator, primary coils, and a voltmeter to be a closed circuit, and then connect the secondary coils and another voltmeter to be a separate closed circuit from the first one. Turn on the generator and record the readings from both voltmeters. Increase the output from the ...
Unit B
... • To make a motor run, you need to provide it with electrical power in the right voltage range. • Low voltage, slower movement. Higher voltage, faster movement (but more wear on the motor and can burn out if run fast for too long). • Like a lightbulb on a battery. More voltage means a brighter light ...
... • To make a motor run, you need to provide it with electrical power in the right voltage range. • Low voltage, slower movement. Higher voltage, faster movement (but more wear on the motor and can burn out if run fast for too long). • Like a lightbulb on a battery. More voltage means a brighter light ...
Sollatek 90T solar leaflet.indd
... Digital LCD displays of voltage and current. Microprocessor controlled. High efficiency diode-less discharge protection. Tough metal enclosure for harsh environments. Warranty of 2 years. Sollatek provides full back up support on all its products, with local support in over twenty countries worldwide. ...
... Digital LCD displays of voltage and current. Microprocessor controlled. High efficiency diode-less discharge protection. Tough metal enclosure for harsh environments. Warranty of 2 years. Sollatek provides full back up support on all its products, with local support in over twenty countries worldwide. ...
Effect of harmonics on current ratings and voltage drop
... cables and other equipment in the circuit. Hence appropriate cable sizes and equipment ratings have to be selected to take account of this additional heating. When the load current includes other harmonics, that are not additive in the neutral, they will have a heating effect on the line conductors. ...
... cables and other equipment in the circuit. Hence appropriate cable sizes and equipment ratings have to be selected to take account of this additional heating. When the load current includes other harmonics, that are not additive in the neutral, they will have a heating effect on the line conductors. ...
Multifunctional Block of High Voltage Power Supply
... Modulation of an output pulses width is determined by comparison of the ramp voltage from capacitor Cт and the potential of the error amplifier is proportional to a difference between the reference voltage and the potential from the tracking circuit. A positive pulse appears on an output of the emit ...
... Modulation of an output pulses width is determined by comparison of the ramp voltage from capacitor Cт and the potential of the error amplifier is proportional to a difference between the reference voltage and the potential from the tracking circuit. A positive pulse appears on an output of the emit ...
Two ways of looking at a transformer
... two of conductor, field and motion are parallel). (e = Blu if all three are at right-angles). 4. If the field is changing with time, it induces an e.m.f. in any loop of a circuit through which it goes. (e = n d/dt). 5. It is suspected (though the evidence is inconclusive so far) that alternating ma ...
... two of conductor, field and motion are parallel). (e = Blu if all three are at right-angles). 4. If the field is changing with time, it induces an e.m.f. in any loop of a circuit through which it goes. (e = n d/dt). 5. It is suspected (though the evidence is inconclusive so far) that alternating ma ...
intro to circuits and ohms law
... Electrical The amountPotential of work that can be done by some charge moving in a circuit. Work electrical potential charge ...
... Electrical The amountPotential of work that can be done by some charge moving in a circuit. Work electrical potential charge ...
NPN Darlington Transistor TIP122
... o It has an output voltage that is proportional to the Celsius temperature. o o The scale factor is .01V/ C o The LM35 does not require any external calibration or trimming and maintains an accuracy of +/-0.4 oC at room temperature and +/- 0.8 oC over a range of 0 oC to +100 oC. o Another important ...
... o It has an output voltage that is proportional to the Celsius temperature. o o The scale factor is .01V/ C o The LM35 does not require any external calibration or trimming and maintains an accuracy of +/-0.4 oC at room temperature and +/- 0.8 oC over a range of 0 oC to +100 oC. o Another important ...
Alternating current
Alternating current (AC), is an electric current in which the flow of electric charge periodically reverses direction, whereas in direct current (DC, also dc), the flow of electric charge is only in one direction. The abbreviations AC and DC are often used to mean simply alternating and direct, as when they modify current or voltage.AC is the form in which electric power is delivered to businesses and residences. The usual waveform of alternating current in most electric power circuits is a sine wave. In certain applications, different waveforms are used, such as triangular or square waves. Audio and radio signals carried on electrical wires are also examples of alternating current. These types of alternating current carry information encoded (or modulated) onto the AC signal, such as sound (audio) or images (video).