TECH TIP - LED RESISTOR CALCULATION LEDs typically operate
... I= (current), assume 20 mA (convert the current to amps, so it would be .02 amp) R= 10 divided by .02 = 500 ohms. You can choose any standard value resistor close to the calculated value as it is not absolutely critical to be exact. Since 470 ohms is a standard value, you could choose it as your res ...
... I= (current), assume 20 mA (convert the current to amps, so it would be .02 amp) R= 10 divided by .02 = 500 ohms. You can choose any standard value resistor close to the calculated value as it is not absolutely critical to be exact. Since 470 ohms is a standard value, you could choose it as your res ...
Your first choice for Smart Grids
... of electricity generators a dramatical change in electrical energy grids is taking place. This leads to a new supply system layout covered under the transition goal called Smart Grids. In Smart Grids new system requirements for automation, communication and power quality are provided and have to be ...
... of electricity generators a dramatical change in electrical energy grids is taking place. This leads to a new supply system layout covered under the transition goal called Smart Grids. In Smart Grids new system requirements for automation, communication and power quality are provided and have to be ...
Comparators - Portal UniMAP
... The comparator is an op-amp circuit that compares two input voltages and produces an output indicating the relationship between them. The inputs can be two signals (such as two sine waves) or a signal and a fixed dc reference voltage. Comparators are most commonly used in digital applications. Digit ...
... The comparator is an op-amp circuit that compares two input voltages and produces an output indicating the relationship between them. The inputs can be two signals (such as two sine waves) or a signal and a fixed dc reference voltage. Comparators are most commonly used in digital applications. Digit ...
ME1010: Testing Your Motor for Torque
... Step 1. Set the unloaded (disconnected) voltage from the power supply to about 3.75V (3.73-3.77 is okay). Turn up the “coarse” current to about 1/3rd full scale so current will be flowing. Use the voltmeter in parallel to get an accurate reading of the voltage, but do not record it. It is the upper ...
... Step 1. Set the unloaded (disconnected) voltage from the power supply to about 3.75V (3.73-3.77 is okay). Turn up the “coarse” current to about 1/3rd full scale so current will be flowing. Use the voltmeter in parallel to get an accurate reading of the voltage, but do not record it. It is the upper ...
measuring voltage waveforms from outside signal cables
... over time due to environmental factors such as temperature and humidity, posing other challenges. That fluctuations in capacitive coupling are significantly influenced not only by the voltage level but also by the frequency only makes it more difficult to acquire a stable voltage waveform. To resolv ...
... over time due to environmental factors such as temperature and humidity, posing other challenges. That fluctuations in capacitive coupling are significantly influenced not only by the voltage level but also by the frequency only makes it more difficult to acquire a stable voltage waveform. To resolv ...
Power Measurement Tips
... after the filtering. Taking RF power measurements and recording the levels in these locations allows engineers to track system performance. Power measurements should remain fairly stable over time, typically not varying by more than +/- 0.25 dB. If RF power measurements from one time period to the n ...
... after the filtering. Taking RF power measurements and recording the levels in these locations allows engineers to track system performance. Power measurements should remain fairly stable over time, typically not varying by more than +/- 0.25 dB. If RF power measurements from one time period to the n ...
POWER ELECTRONICS NOTES 10ES45
... the load in the downward direction. This load current pulse flowing through T1 can be considered as the positive current pulse. Due to the inductance in the load, the load current iO flowing through T1 would not fall to zero at ...
... the load in the downward direction. This load current pulse flowing through T1 can be considered as the positive current pulse. Due to the inductance in the load, the load current iO flowing through T1 would not fall to zero at ...
Lab 42 Electric Motors and Generators
... In this experiment you will study the hookup and operation of DC motors and generators. For information and not part of this experiment there are two basic types of DC motors and generators, series-wound and shunt-wound. Each of these motors has a special purpose or use. The series-wound motor has i ...
... In this experiment you will study the hookup and operation of DC motors and generators. For information and not part of this experiment there are two basic types of DC motors and generators, series-wound and shunt-wound. Each of these motors has a special purpose or use. The series-wound motor has i ...
BA-E-TK-101--Draft A5 - ELB Füllstandsgeräte Bundschuh GmbH+Co
... hazards. The attached EC-type examination certificate TÜV 02 ATEX 1795 X must also be observed. Should the information contained in the instructions below prove to be inadequate in any way, please contact the manufacturer. ...
... hazards. The attached EC-type examination certificate TÜV 02 ATEX 1795 X must also be observed. Should the information contained in the instructions below prove to be inadequate in any way, please contact the manufacturer. ...
AMS2115 数据手册DataSheet 下载
... The AMS2115 is a single IC controller that drives an external N channel MOSFET as a source follower to produce a fast transient response, low dropout voltage regulator. The fast transient load performance is obtained by eliminating expensive tantalum or bulk electrolytic output capacitors in the mos ...
... The AMS2115 is a single IC controller that drives an external N channel MOSFET as a source follower to produce a fast transient response, low dropout voltage regulator. The fast transient load performance is obtained by eliminating expensive tantalum or bulk electrolytic output capacitors in the mos ...
Types of Circuits
... ___ Two devices have the same voltage. Understanding current. Fill in the missing information on the following graphics. ...
... ___ Two devices have the same voltage. Understanding current. Fill in the missing information on the following graphics. ...
Power Voltage Transformers for Air Insulated
... The Trench Power VT portfolio covers the high voltage range up to 550 kV. The maximum continuous output power in single phase operation is 125kVA. Therefore, the maximum power performance in three phase operation is up to 375kVA. The standard output voltages on the secondary side are 120V or 240V. D ...
... The Trench Power VT portfolio covers the high voltage range up to 550 kV. The maximum continuous output power in single phase operation is 125kVA. Therefore, the maximum power performance in three phase operation is up to 375kVA. The standard output voltages on the secondary side are 120V or 240V. D ...
View Super Stereo Product Manual
... above-threshold signal as well as a faster recovery from short transients. The Release Time control switch continues to function in this mode, affecting the short portion of the release characteristic. However, the release times printed on the faceplate are not accurate in PDR mode. ...
... above-threshold signal as well as a faster recovery from short transients. The Release Time control switch continues to function in this mode, affecting the short portion of the release characteristic. However, the release times printed on the faceplate are not accurate in PDR mode. ...
General Electricity Notes: • DC current--current flows in one direction Current
... o Materials which are better conductors, allow the electrons to move more freely. Materials which are better insulators, impede the flow of electrons. o Equivalent (or total) resistance: A group of resistors can be replaced by a single equivalent resistance, which would draw the same current as the ...
... o Materials which are better conductors, allow the electrons to move more freely. Materials which are better insulators, impede the flow of electrons. o Equivalent (or total) resistance: A group of resistors can be replaced by a single equivalent resistance, which would draw the same current as the ...
Visible Loadbreak Technology Offers Safer Operation with Visual Verification of Electrical Disconnect Without Entering the Low Voltage Compartment 10/1/13 Read more
... on/off/ground functionality allows the end user to internally ground the transformer windings to the tank, utilizing the loadbreak switch. ...
... on/off/ground functionality allows the end user to internally ground the transformer windings to the tank, utilizing the loadbreak switch. ...
RBL,E Series - RECOM Power
... Description The RBL/E series DC/DC converter has been designed to offer exceptionally high efficiency, low quiescent current and an extended operating temperature range. Uses include battery powered supplies, high efficiency designs or high temperature applications. ...
... Description The RBL/E series DC/DC converter has been designed to offer exceptionally high efficiency, low quiescent current and an extended operating temperature range. Uses include battery powered supplies, high efficiency designs or high temperature applications. ...
Questions
... connected to the AC power supply voltage, vp = 156 sin (t) V. Determine the peak charging current of the battery and maximum reverse biased voltage of the diode. Assume that the transformer coils turn ratio, N1:N2 = 20:1 and the battery voltage VB = 3.6 V (5+3 marks) ...
... connected to the AC power supply voltage, vp = 156 sin (t) V. Determine the peak charging current of the battery and maximum reverse biased voltage of the diode. Assume that the transformer coils turn ratio, N1:N2 = 20:1 and the battery voltage VB = 3.6 V (5+3 marks) ...
ECE - 703 - NIT Arunachal Pradesh
... (ii) Springer (iii)Electronics Letter (iv) IEEE Magazines on Semiconductor Manufacturing (v) IEEE Magazines on Consumer Electronics 7. Mode of Teaching: J.C Bose/S. N. Bose (please tick). J.C. Bose Model 8. If the course is of practices, list the experiments to be offered. (i) N-MOS and P-MOS transi ...
... (ii) Springer (iii)Electronics Letter (iv) IEEE Magazines on Semiconductor Manufacturing (v) IEEE Magazines on Consumer Electronics 7. Mode of Teaching: J.C Bose/S. N. Bose (please tick). J.C. Bose Model 8. If the course is of practices, list the experiments to be offered. (i) N-MOS and P-MOS transi ...
EVALUATION AND DESIGN SUPPORT
... capacitor should be either the tantalum bead type or ceramic type. It is important that the 0.1 μF capacitor have low effective series resistance (ESR) and low effective series inductance (ESL), such as is typical of common ceramic types of capacitors. This 0.1 μF capacitor provides a low impedance ...
... capacitor should be either the tantalum bead type or ceramic type. It is important that the 0.1 μF capacitor have low effective series resistance (ESR) and low effective series inductance (ESL), such as is typical of common ceramic types of capacitors. This 0.1 μF capacitor provides a low impedance ...
Power electronics
Power electronics is the application of solid-state electronics to the control and conversion of electric power. It also refers to a subject of research in electronic and electrical engineering which deals with the design, control, computation and integration of nonlinear, time-varying energy-processing electronic systems with fast dynamics.The first high power electronic devices were mercury-arc valves. In modern systems the conversion is performed with semiconductor switching devices such as diodes, thyristors and transistors, pioneered by R. D. Middlebrook and others beginning in the 1950s. In contrast to electronic systems concerned with transmission and processing of signals and data, in power electronics substantial amounts of electrical energy are processed. An AC/DC converter (rectifier) is the most typical power electronics device found in many consumer electronic devices, e.g. television sets, personal computers, battery chargers, etc. The power range is typically from tens of watts to several hundred watts. In industry a common application is the variable speed drive (VSD) that is used to control an induction motor. The power range of VSDs start from a few hundred watts and end at tens of megawatts.The power conversion systems can be classified according to the type of the input and output power AC to DC (rectifier) DC to AC (inverter) DC to DC (DC-to-DC converter) AC to AC (AC-to-AC converter)