Module 2 : Transmission Lines Lecture 6 : Loss Less
... Analysis of Loss Less Transmission Line In any electrical circuit the power loss is due to ohmic elements. A loss less transmission line therefore implies ...
... Analysis of Loss Less Transmission Line In any electrical circuit the power loss is due to ohmic elements. A loss less transmission line therefore implies ...
Stray Voltage - Pacific Gas and Electric Company
... Due to the common grounding of the utility system and the customer electrical system, any neutral to earth voltage (NEV) on the utility system can be transferred to any grounded objects in a building, such as metal water pipes. Other possible sources of NEV can be the customer’s own wiring system, a ...
... Due to the common grounding of the utility system and the customer electrical system, any neutral to earth voltage (NEV) on the utility system can be transferred to any grounded objects in a building, such as metal water pipes. Other possible sources of NEV can be the customer’s own wiring system, a ...
CN-0115
... The ±1% resistor tolerance of the AD5292, in conjunction with an external resistor shown in Figure 2, increases the accuracy of the circuit by providing 10-bit resolution over a reduced output voltage range. This, in effect, creates a vernier DAC, which offers higher resolution over the reduced rang ...
... The ±1% resistor tolerance of the AD5292, in conjunction with an external resistor shown in Figure 2, increases the accuracy of the circuit by providing 10-bit resolution over a reduced output voltage range. This, in effect, creates a vernier DAC, which offers higher resolution over the reduced rang ...
the oscilloscope
... produced until the signal exceeds a certain selected value, and hence "triggers" the sweep from left to right. After completion of the sweep the beam returns to the left side and waits till the next sweep is triggered. In the auto mode, the sweep runs continuously at a pre-selected rate. In this lab ...
... produced until the signal exceeds a certain selected value, and hence "triggers" the sweep from left to right. After completion of the sweep the beam returns to the left side and waits till the next sweep is triggered. In the auto mode, the sweep runs continuously at a pre-selected rate. In this lab ...
THE OSCILLOSCOPE OBJECTIVE: To become familiar with the
... produced until the signal exceeds a certain selected value, and hence "triggers" the sweep from left to right. After completion of the sweep the beam returns to the left side and waits till the next sweep is triggered. In the auto mode, the sweep runs continuously at a pre-selected rate. In this lab ...
... produced until the signal exceeds a certain selected value, and hence "triggers" the sweep from left to right. After completion of the sweep the beam returns to the left side and waits till the next sweep is triggered. In the auto mode, the sweep runs continuously at a pre-selected rate. In this lab ...
Transistors_TG_ver4
... Students learn that field effect transistors (FETs), like mechanical switches in circuits, control electric current. However, unlike mechanical switches, FETs control electric current by using the field effect. Students explore how the gate of a junction field effect transistor (JFET) turns an elect ...
... Students learn that field effect transistors (FETs), like mechanical switches in circuits, control electric current. However, unlike mechanical switches, FETs control electric current by using the field effect. Students explore how the gate of a junction field effect transistor (JFET) turns an elect ...
a novel transformer-less interleaved four-phase step
... A three-level buck converter was proposed to lower the switch voltage stress to half of the input voltage. By using metal-oxide-semiconductor field-effect transistors (MOSFETs), improved efficiency and enhanced performance are achieved as compared to the conventional buck converters whose switches m ...
... A three-level buck converter was proposed to lower the switch voltage stress to half of the input voltage. By using metal-oxide-semiconductor field-effect transistors (MOSFETs), improved efficiency and enhanced performance are achieved as compared to the conventional buck converters whose switches m ...
Handout Topic 11.2 questions solutions 2015
... II. Full wave rectification 5. What is the fundamental difference between half wave and full wave rectification? Half wave rectification causes ripple where the voltage ( pd) is not constant. Full wave rectification allows more control over V output by using a full cycle-wave control of the voltage ...
... II. Full wave rectification 5. What is the fundamental difference between half wave and full wave rectification? Half wave rectification causes ripple where the voltage ( pd) is not constant. Full wave rectification allows more control over V output by using a full cycle-wave control of the voltage ...
Question - 24HourAnswers
... 3) The maximum input current for linear operation refers to the 1-dB compression of the amplifier. For small input current levels, the TIA will behave as a linear small-signal amplifier with a gain equal to the transimpedance gain. At higher input current levels, the gain will be lower than the smal ...
... 3) The maximum input current for linear operation refers to the 1-dB compression of the amplifier. For small input current levels, the TIA will behave as a linear small-signal amplifier with a gain equal to the transimpedance gain. At higher input current levels, the gain will be lower than the smal ...
Power Supply Features - Excelsys Technologies
... Thermal shutdown is by where the unit will monitor the ambient temperature of its surroundings and in the event of this rising to a dangerous level will shut itself down as a safety precaution. This usually involves the thermal sensing of a given device and using the increase in temperature of this ...
... Thermal shutdown is by where the unit will monitor the ambient temperature of its surroundings and in the event of this rising to a dangerous level will shut itself down as a safety precaution. This usually involves the thermal sensing of a given device and using the increase in temperature of this ...
Mobile Electric-Discharge Blasting Unit for Splitting off and
... bank capacitance is 560 μF. Modular arrangement of the capacitors allows varying the capacitance by a number of the connected modules. The bus bars were made from copper of 3 mm thickness and 60 mm width. An assembled capacitor bank is shown in Figure 1b. The power supply was designed to get output ...
... bank capacitance is 560 μF. Modular arrangement of the capacitors allows varying the capacitance by a number of the connected modules. The bus bars were made from copper of 3 mm thickness and 60 mm width. An assembled capacitor bank is shown in Figure 1b. The power supply was designed to get output ...
16890_chapter-03-voltage
... Figure 3-24. The energy used by the circuit in passing current through the load (resistance) is called a voltage drop. A voltage drop occurs when current flows in the circuit. ...
... Figure 3-24. The energy used by the circuit in passing current through the load (resistance) is called a voltage drop. A voltage drop occurs when current flows in the circuit. ...
for a capacitance or inductance given the voltage
... 1. Find the current (voltage) for a capacitance or inductance given the voltage (current) as a function of time. 2. Compute the capacitances of parallel-plate capacitors. 3. Compute the stored energies in capacitances or inductances. 4. Find the voltages across mutually coupled inductances in terms ...
... 1. Find the current (voltage) for a capacitance or inductance given the voltage (current) as a function of time. 2. Compute the capacitances of parallel-plate capacitors. 3. Compute the stored energies in capacitances or inductances. 4. Find the voltages across mutually coupled inductances in terms ...
Determination of Planck`s Constant Using the Photoelectric Effect
... light. Its effects become most prominent when the retarding voltage is high. The retarding voltage is seen as an accelerating voltage by these electrons and they travel uninhibited from the anode to the cathode, opposite the direction of the expected flow. Another feature that should not be neglecte ...
... light. Its effects become most prominent when the retarding voltage is high. The retarding voltage is seen as an accelerating voltage by these electrons and they travel uninhibited from the anode to the cathode, opposite the direction of the expected flow. Another feature that should not be neglecte ...
DSL Primary Switched Battery Charging and Power Supply Unit GL2024
... The battery charging and power supply unit GL2024 is used for charging high-quality lead or nickel-cadmium batteries and/or for supplying 24V DC circuits. The charging unit is especially suitable for use with diesel generators, where operating safety and long-term stability are necessary. The primar ...
... The battery charging and power supply unit GL2024 is used for charging high-quality lead or nickel-cadmium batteries and/or for supplying 24V DC circuits. The charging unit is especially suitable for use with diesel generators, where operating safety and long-term stability are necessary. The primar ...
Micro sem i
... • Operating & StorageTemperature: -65 C to +175 C • DC Power Dissipation: 500 mW @ TL = 25oC and maximum current IZM of 70 mA. NOTE: For optimum voltage-temperature stability, IZ = 7.5 mA (less than 50 mW in dissipated power) • Solder temperatures: 260 oC for 10 s (maximum) ...
... • Operating & StorageTemperature: -65 C to +175 C • DC Power Dissipation: 500 mW @ TL = 25oC and maximum current IZM of 70 mA. NOTE: For optimum voltage-temperature stability, IZ = 7.5 mA (less than 50 mW in dissipated power) • Solder temperatures: 260 oC for 10 s (maximum) ...
Unit-5Lecture 24 6.3.6 Generation of Switching Surges Now-a
... The circuit given in Fig. 6.18b produces unidirectional damped oscillations. With the use of an inductor L, the value of R\ is considerably reduced, and the efficiency of the generator increases. The damped oscillations may have a frequency of 1 to 10 kHz depending on the circuit parameters. Usually ...
... The circuit given in Fig. 6.18b produces unidirectional damped oscillations. With the use of an inductor L, the value of R\ is considerably reduced, and the efficiency of the generator increases. The damped oscillations may have a frequency of 1 to 10 kHz depending on the circuit parameters. Usually ...
Buck Boost Converter Seminar.pdf
... THEORY:The buck–boost converter is a type of DC-to-DC converter that has an output voltage magnitude that is either greater than or less than the input voltage magnitude. It is a switched-mode power supply with a similar circuit topology to the boost converter and the buck converter. The output volt ...
... THEORY:The buck–boost converter is a type of DC-to-DC converter that has an output voltage magnitude that is either greater than or less than the input voltage magnitude. It is a switched-mode power supply with a similar circuit topology to the boost converter and the buck converter. The output volt ...
60V, 3A Step-Down DC/DC Converter Has Low Dropout and 100µA
... power source or that follow a particular power-up sequence, the LT3434 provides a power good flag with programmable delay. The delay is programmed by CT, starting when the power good feedback pin exceeds 90% of VREF (1.25V). By tying the power good feedback pin (PGFB) directly to the feedback pin (FB ...
... power source or that follow a particular power-up sequence, the LT3434 provides a power good flag with programmable delay. The delay is programmed by CT, starting when the power good feedback pin exceeds 90% of VREF (1.25V). By tying the power good feedback pin (PGFB) directly to the feedback pin (FB ...
Traffic_Arrow
... 2. A description of the design principles used and the feature set included 3. A schematic diagram of the circuit 4. A PSpice analysis showing the bias voltages and the locations of any PSpice voltage and/or current probes. A screen snapshot of the PSpice waveforms showing the pulse generator voltag ...
... 2. A description of the design principles used and the feature set included 3. A schematic diagram of the circuit 4. A PSpice analysis showing the bias voltages and the locations of any PSpice voltage and/or current probes. A screen snapshot of the PSpice waveforms showing the pulse generator voltag ...
Triode
A triode is an electronic amplifying vacuum tube (or valve in British English) consisting of three electrodes inside an evacuated glass envelope: a heated filament or cathode, a grid, and a plate (anode). Invented in 1906 by Lee De Forest by adding a grid to the Fleming valve, the triode was the first electronic amplification device and the ancestor of other types of vacuum tubes such as the tetrode and pentode. Its invention founded the electronics age, making possible amplified radio technology and long-distance telephony. Triodes were widely used in consumer electronics devices such as radios and televisions until the 1970s, when transistors replaced them. Today, their main remaining use is in high-power RF amplifiers in radio transmitters and industrial RF heating devices. The word is derived from the Greek τρίοδος, tríodos, from tri- (three) and hodós (road, way), originally meaning the place where three roads meet.