L05016Ci LED Driver 20W, 3-43 Vdc, 1x 110-500 mA
... The voltage triggers the driver in to ‘pulse switch mode’. This will result in unexpected and unintended behavior of the LED’s. In case of symptoms like these, it is sufficient to clamp the output of the control system with a 10 or 12V zener diode. (cathode to the positive). To prevent this from hap ...
... The voltage triggers the driver in to ‘pulse switch mode’. This will result in unexpected and unintended behavior of the LED’s. In case of symptoms like these, it is sufficient to clamp the output of the control system with a 10 or 12V zener diode. (cathode to the positive). To prevent this from hap ...
catelog and detailed specifications
... Our 4kVA SRNDTI Series UPS & UPR’s are Power Factor Corrected (PFC) on the input to near unity. Therefore, when non-linear loads requiring apparent power are present, only real power is reflected on the input utility line, ensuring efficient use of electricity and preventing harmful load harmonics f ...
... Our 4kVA SRNDTI Series UPS & UPR’s are Power Factor Corrected (PFC) on the input to near unity. Therefore, when non-linear loads requiring apparent power are present, only real power is reflected on the input utility line, ensuring efficient use of electricity and preventing harmful load harmonics f ...
User Manual Rev. 01
... Sometimes you may find the 0V line (the trace corresponding to 0V input voltage) does not match with the VPOS indicator at the screen left border. This can easily be fixed by performing the “0V line alignment” function. First, set the couple switch [CPL] to GND position. Then press on [SEL] button t ...
... Sometimes you may find the 0V line (the trace corresponding to 0V input voltage) does not match with the VPOS indicator at the screen left border. This can easily be fixed by performing the “0V line alignment” function. First, set the couple switch [CPL] to GND position. Then press on [SEL] button t ...
Lab Information -- Direct Current Machine Experiments
... Lab Information -- Direct Current Machine Experiments EXPERIMENT NO. 10 COMPOUND GENERATOR CONNECTIONS PURPOSE: To study the various types of compound generator connections. APPARATUS REQUIRED: 1. One DM-100 DC machine as generator. 2. One MFM-100 Multifunction machine. 3. One Hampden 0 to 150 volt ...
... Lab Information -- Direct Current Machine Experiments EXPERIMENT NO. 10 COMPOUND GENERATOR CONNECTIONS PURPOSE: To study the various types of compound generator connections. APPARATUS REQUIRED: 1. One DM-100 DC machine as generator. 2. One MFM-100 Multifunction machine. 3. One Hampden 0 to 150 volt ...
Physics 15b PSI Week 3: Current, Resistance, Ohm`s Law 1
... charge carriers in that region is depleted in comparison with the density in the neutral regions. There is almost no free charge in the depletion zone; therefore, when the size of the depletion zone is large the two sides of the diode behave as if there were no conducting path connecting them. In th ...
... charge carriers in that region is depleted in comparison with the density in the neutral regions. There is almost no free charge in the depletion zone; therefore, when the size of the depletion zone is large the two sides of the diode behave as if there were no conducting path connecting them. In th ...
Test 1 Study Guide
... 4. T or F Inductors act like a short under high frequency AC conditions? 5. T or F Inductors oppose the starting, stopping or changing of current. 6. T or F Inductors enjoy change 7. What is the unit of inductance? 8. Describe the physical makeup of an inductor. 9. If you were to make an inductor at ...
... 4. T or F Inductors act like a short under high frequency AC conditions? 5. T or F Inductors oppose the starting, stopping or changing of current. 6. T or F Inductors enjoy change 7. What is the unit of inductance? 8. Describe the physical makeup of an inductor. 9. If you were to make an inductor at ...
RELIABLE AND COST-EFFECTIVE – TODAY AND IN THE FUTURE
... Both reliable and cost-effective, with an outstanding long life-cycle performance for residential application. These are the qualities you will find in our present generation of residential meters. ...
... Both reliable and cost-effective, with an outstanding long life-cycle performance for residential application. These are the qualities you will find in our present generation of residential meters. ...
ISSCC 2008 / SESSION 12 / HIGH-EFFICIENCY DATA
... low, the output returns to its original value. This does not contribute any noise to the output voltage as there is no sampling involved. The switch at the output of the DAC can be used to reset the DAC voltage to Vref- to prevent DC drift due to leakage. This reset gives a thermal-noise voltage of ...
... low, the output returns to its original value. This does not contribute any noise to the output voltage as there is no sampling involved. The switch at the output of the DAC can be used to reset the DAC voltage to Vref- to prevent DC drift due to leakage. This reset gives a thermal-noise voltage of ...
4.0 operation - Always On UPS Systems
... All modes of protection are incorporated into every model of SHP as standard features. These include; L-N, L-G, N-G as well as L-L. This allows for a total of six modes in a single phase system, maximizing suppression and filtering capacity and characteristics. The use of separate fuses, common for ...
... All modes of protection are incorporated into every model of SHP as standard features. These include; L-N, L-G, N-G as well as L-L. This allows for a total of six modes in a single phase system, maximizing suppression and filtering capacity and characteristics. The use of separate fuses, common for ...
Triangular Multicarrier SPWM Technique for Nine Level
... synthesizer. In conventional VSI, the maximum output voltage is determined by the blocking capability of each device. By using a multilevel structure, the stress on each switching device can be reduced in proportional to the higher voltages. Consequently, in some applications, it is possible to avoi ...
... synthesizer. In conventional VSI, the maximum output voltage is determined by the blocking capability of each device. By using a multilevel structure, the stress on each switching device can be reduced in proportional to the higher voltages. Consequently, in some applications, it is possible to avoi ...
ESD0P4RFL - Infineon
... connected directly to a ground plane on the board. Clamped input voltage at I/O port is limited to Vcc + VF at positive transients and 0V - VF at negative transients (VF ... diode forward voltage ...
... connected directly to a ground plane on the board. Clamped input voltage at I/O port is limited to Vcc + VF at positive transients and 0V - VF at negative transients (VF ... diode forward voltage ...
Industrial Rack-Mount Inverters
... inverters are backed by our three year manufacturer’s warranty. Sophisticated circuitry provides protection against overload, short circuit, over temperature and battery low voltage shutdowns. Fully selectable between 50/60Hz via a set of internal dip switches for international use. Auto-start circu ...
... inverters are backed by our three year manufacturer’s warranty. Sophisticated circuitry provides protection against overload, short circuit, over temperature and battery low voltage shutdowns. Fully selectable between 50/60Hz via a set of internal dip switches for international use. Auto-start circu ...
CAP200DG CAPZero-2 - Mouser Electronics
... If lower dissipation or lower voltage across each resistor is required during fault tests, the total external resistance can be divided into more discrete resistors, however the total resistance must be equal to or greater than 150 kW. Safety CAP200DG meets safety requirements even if placed before ...
... If lower dissipation or lower voltage across each resistor is required during fault tests, the total external resistance can be divided into more discrete resistors, however the total resistance must be equal to or greater than 150 kW. Safety CAP200DG meets safety requirements even if placed before ...
Elec467 Power Machines & Transformers
... graphs that share the x-axis in common. Speed and torque characteristics of the three DC motor types are compared. A Series motor is the most non-linear but are capable of extremely high torque at low speeds (with high current). Whatever a shunt motor can do…a compound motor can do better (slightly) ...
... graphs that share the x-axis in common. Speed and torque characteristics of the three DC motor types are compared. A Series motor is the most non-linear but are capable of extremely high torque at low speeds (with high current). Whatever a shunt motor can do…a compound motor can do better (slightly) ...
FML10
... The contents described herein are subject to change without notice. The specifications for the product described in this document are for reference only. Upon actual use, therefore, please request that specifications to be separately delivered. Application circuit diagrams and circuit constants cont ...
... The contents described herein are subject to change without notice. The specifications for the product described in this document are for reference only. Upon actual use, therefore, please request that specifications to be separately delivered. Application circuit diagrams and circuit constants cont ...
Circle Diagram for Three Phase Induction Motors
... 3. Draw OS equal to ISN at an angle ΦSC and join AS. 4. Draw the perpendicular bisector to AS to meet the horizontal line AB at C. 5. With C as centre, draw a semi circle passing through A and S. This forms the circle diagram which is the locus of the input current. 6. From point S, draw a vertical ...
... 3. Draw OS equal to ISN at an angle ΦSC and join AS. 4. Draw the perpendicular bisector to AS to meet the horizontal line AB at C. 5. With C as centre, draw a semi circle passing through A and S. This forms the circle diagram which is the locus of the input current. 6. From point S, draw a vertical ...
Basics of Electricity/Electronics
... Resistance. Given any two of the above, one is able to calculate the other two using the following formulas: E=IxR I=E/R R=E/I P=ExI Direct Current Electricity An electrical current can flow in either of two directions through a conductor. If it flows in only one direction whether steadily or in pul ...
... Resistance. Given any two of the above, one is able to calculate the other two using the following formulas: E=IxR I=E/R R=E/I P=ExI Direct Current Electricity An electrical current can flow in either of two directions through a conductor. If it flows in only one direction whether steadily or in pul ...
Three-phase electric power
Three-phase electric power is a common method of alternating-current electric power generation, transmission, and distribution. It is a type of polyphase system and is the most common method used by electrical grids worldwide to transfer power. It is also used to power large motors and other heavy loads. A three-phase system is usually more economical than an equivalent single-phase or two-phase system at the same line to ground voltage because it uses less conductor material to transmit electrical power.The three-phase system was independently invented by Galileo Ferraris, Mikhail Dolivo-Dobrovolsky, Jonas Wenström and Nikola Tesla in the late 1880s.