PM6670: complete DDR2/3 memory supply controller Single step-down controller plus LDO
... provides ultra high efficiency conversion (up to 92%), employing a lossless current sensing technique. The PM6670 is based on a Constant On-Time (C.O.T.) architecture which allows the controller to convert with fast load transient over a wide input voltage range (4.5V- 28V). Both polymeric and ceram ...
... provides ultra high efficiency conversion (up to 92%), employing a lossless current sensing technique. The PM6670 is based on a Constant On-Time (C.O.T.) architecture which allows the controller to convert with fast load transient over a wide input voltage range (4.5V- 28V). Both polymeric and ceram ...
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... Integral cycle control finds applications in heating loads and for motor speed control. (In industry, there are several applications in which mechanical time constant or thermal time constant is of the order of several seconds. For example, mechanical time constant for many of the speed-control driv ...
... Integral cycle control finds applications in heating loads and for motor speed control. (In industry, there are several applications in which mechanical time constant or thermal time constant is of the order of several seconds. For example, mechanical time constant for many of the speed-control driv ...
4.1 The Concepts of Force and Mass
... Example The Power and Energy Used in a Flashlight In the flashlight, the current is 0.40A and the voltage of each of two cells is 1.5 V. Find (a) the power generated by each cell, (b) the power consumed by the bulb, and (c) the energy dissipated in the bulb in 5.5 minutes of operation. (a) This is a ...
... Example The Power and Energy Used in a Flashlight In the flashlight, the current is 0.40A and the voltage of each of two cells is 1.5 V. Find (a) the power generated by each cell, (b) the power consumed by the bulb, and (c) the energy dissipated in the bulb in 5.5 minutes of operation. (a) This is a ...
A Dual-VDD Low Power FPGA Architecture
... ”Dynamic Voltage Scaling for Commercial FPGAs”, C.T. Chow1, L.S.M. Tsui1, P.H.W. ...
... ”Dynamic Voltage Scaling for Commercial FPGAs”, C.T. Chow1, L.S.M. Tsui1, P.H.W. ...
Press Release: Power factor correction
... offer PFC values of between 5 kvar (50 Hz) and 33 kvar (60 Hz) at capacitance values of between 3 x 11 and 3 x 55 µF. Thanks to their compact design with diameters of only 116 and 136 mm at insertion heights of 164 and 200 mm, these capacitors are particularly useful for designing space-saving PFC s ...
... offer PFC values of between 5 kvar (50 Hz) and 33 kvar (60 Hz) at capacitance values of between 3 x 11 and 3 x 55 µF. Thanks to their compact design with diameters of only 116 and 136 mm at insertion heights of 164 and 200 mm, these capacitors are particularly useful for designing space-saving PFC s ...
Calculating power factor
... phase angle of near zero. This is no coincidence. Note that the lagging current, IL of the inductor would have caused the total current to have a lagging phase somewhere between (Itotal) and IL. However, the leading capacitor current, IC, compensates for the lagging inductor current. The result is a ...
... phase angle of near zero. This is no coincidence. Note that the lagging current, IL of the inductor would have caused the total current to have a lagging phase somewhere between (Itotal) and IL. However, the leading capacitor current, IC, compensates for the lagging inductor current. The result is a ...
10_DigitalAudio1
... consider the loudest signal possible, and the quietest signal possible for 16 bit samples, the loudest one has 32000 times as high a value but this value is a voltage: power is proportional to voltage * voltage so it has 32000 * 32000 as much power that is, about 1,000,000,000 times as much that is ...
... consider the loudest signal possible, and the quietest signal possible for 16 bit samples, the loudest one has 32000 times as high a value but this value is a voltage: power is proportional to voltage * voltage so it has 32000 * 32000 as much power that is, about 1,000,000,000 times as much that is ...
V t
... We can improve the situation by recognizing that if we increase Vi to a value significantly greater than 1000 mV, e.g. to 10 V then our signal-to-noise ratio will also increase by a factor of 10, because the ADC noise remains at 1 mV. Remember that the absorbance measurement is a relative one; we me ...
... We can improve the situation by recognizing that if we increase Vi to a value significantly greater than 1000 mV, e.g. to 10 V then our signal-to-noise ratio will also increase by a factor of 10, because the ADC noise remains at 1 mV. Remember that the absorbance measurement is a relative one; we me ...
Power Supply - IT Essentials
... directly, through four-wire connectors that are designed to attach to the rear of each drive • The number of connectors that come with a system may vary. • There is a specific smaller floppy drive ...
... directly, through four-wire connectors that are designed to attach to the rear of each drive • The number of connectors that come with a system may vary. • There is a specific smaller floppy drive ...
ELECTRICAL TEST ANSWERS April 14, 2004 1. Chapters 1
... D. None of these Effective values of alternating current and voltage are the ones ordinarily referred to when speaking of alternating quantities. Alternating voltages and currents are constantly changing in value, within a certain range, from instant to instant even if the load is constant. It is no ...
... D. None of these Effective values of alternating current and voltage are the ones ordinarily referred to when speaking of alternating quantities. Alternating voltages and currents are constantly changing in value, within a certain range, from instant to instant even if the load is constant. It is no ...
LAB#3 - SIUE
... Transformers are probably the most universally used pieces of equipment in the electrical industry. They range in size from miniature units in transistor radios to huge units, weighing tons, used in central power distributing stations. However, all transformers have the same basic properties, which ...
... Transformers are probably the most universally used pieces of equipment in the electrical industry. They range in size from miniature units in transistor radios to huge units, weighing tons, used in central power distributing stations. However, all transformers have the same basic properties, which ...
Power Factor Fact Sheet
... unreliable equipment performance due to lower voltages caused by poor Power Factor. • Increased capacity to serve actual working power requirements. • Reduction in operational downtime caused by overloading of electrical assets. Improved Power Factor will release the stress on internal infrastruct ...
... unreliable equipment performance due to lower voltages caused by poor Power Factor. • Increased capacity to serve actual working power requirements. • Reduction in operational downtime caused by overloading of electrical assets. Improved Power Factor will release the stress on internal infrastruct ...
Experiment 2 - Single Phase Transformer
... exciting current is affected when the transformer core becomes saturated. Since the exciting current is so small, the corresponding voltage across a sense resistor R will be used to illustrate its variation. Connect the transformer primary terminals to Power Supply terminals 4 and 5 through sense re ...
... exciting current is affected when the transformer core becomes saturated. Since the exciting current is so small, the corresponding voltage across a sense resistor R will be used to illustrate its variation. Connect the transformer primary terminals to Power Supply terminals 4 and 5 through sense re ...
