Digilent Nexys2 Board Reference Manual
... Total board current depends on the FPGA configuration, clock frequency, and external connections. In test circuits with roughly 20K gates routed, a 50MHz clock source, and all LEDs illuminated, about 200mA of current is drawn from the 1.2V supply, 50mA from the 2.5V supply, and 100mA from the 3.3V s ...
... Total board current depends on the FPGA configuration, clock frequency, and external connections. In test circuits with roughly 20K gates routed, a 50MHz clock source, and all LEDs illuminated, about 200mA of current is drawn from the 1.2V supply, 50mA from the 2.5V supply, and 100mA from the 3.3V s ...
Document
... RST: Reset command for resetting the switch from any fault. Normally this terminal is already wired up with the reset switch provided on the thyristor switch module. This reset switch is seen on the photo shown above. FLT F/B: This is the output terminal from the thyristor switch. This gives 10 to 1 ...
... RST: Reset command for resetting the switch from any fault. Normally this terminal is already wired up with the reset switch provided on the thyristor switch module. This reset switch is seen on the photo shown above. FLT F/B: This is the output terminal from the thyristor switch. This gives 10 to 1 ...
Document
... an internal impedance of 184+j0 Ω and a maximum voltage of 245.20 V, and it is operating at 800 rad/s. The transformer parameters are R1 = 100Ω, L1 = 0.5 H, R2 = 40Ω, L2 = 0.125 H, and k = 0.4. Calculate : a). The reflected impedance, b). The primary current, c). The secondary current, and d). The a ...
... an internal impedance of 184+j0 Ω and a maximum voltage of 245.20 V, and it is operating at 800 rad/s. The transformer parameters are R1 = 100Ω, L1 = 0.5 H, R2 = 40Ω, L2 = 0.125 H, and k = 0.4. Calculate : a). The reflected impedance, b). The primary current, c). The secondary current, and d). The a ...
ASIC 2001: FORMATTING AND SUBMITTING YOUR PAPER
... only 15% for the memory-test-pattern generators at a frequency of 1.4 GHz before adjustment rose to 90% after adjustment. Moreover, while no chips could operate at a frequency of 1.58 GHz before adjustment, after adjustment a few could. In these experiments, adjustment for each chip took 9 min, but ...
... only 15% for the memory-test-pattern generators at a frequency of 1.4 GHz before adjustment rose to 90% after adjustment. Moreover, while no chips could operate at a frequency of 1.58 GHz before adjustment, after adjustment a few could. In these experiments, adjustment for each chip took 9 min, but ...
PDF
... the device gate is connected to the bulk, resulting in high-speed switching and low leakage currents through body effect control. The drawback of this approach is that it is only applicable in situations where is lower than the diode turn-on voltage. Also, the increased capacitance of the gate signa ...
... the device gate is connected to the bulk, resulting in high-speed switching and low leakage currents through body effect control. The drawback of this approach is that it is only applicable in situations where is lower than the diode turn-on voltage. Also, the increased capacitance of the gate signa ...
Honeywell HMC1043L 3D magnetometer.pdf
... These resistive elements are aligned together to have a common sensitive axis (indicated by arrows on the pinouts) that will provide positive voltage change with magnetic fields increasing in the sensitive direction. Because the output only is in proportion to the one-dimensional axis (the principle ...
... These resistive elements are aligned together to have a common sensitive axis (indicated by arrows on the pinouts) that will provide positive voltage change with magnetic fields increasing in the sensitive direction. Because the output only is in proportion to the one-dimensional axis (the principle ...
ICS660 - uri=media.digikey
... The value of the load capacitors can be roughly determined by the formula C = 2(CL - 6) where C is the load capacitor connected to X1 and X2, and CL is the specified value of the load capacitance for the crystal. A typical crystal CL is 18 pF, so C = 2(18 - 6) = 24 pF. Because these capacitors adjus ...
... The value of the load capacitors can be roughly determined by the formula C = 2(CL - 6) where C is the load capacitor connected to X1 and X2, and CL is the specified value of the load capacitance for the crystal. A typical crystal CL is 18 pF, so C = 2(18 - 6) = 24 pF. Because these capacitors adjus ...
ANN BASED DETECTION OF OS CONDITIONS IN POWER SYSTEM
... different fault events are assumed to occur. Within the transmission line L1 different three-phase faults on one of the line circuits were applied. A total of 108 short-circuit cases were simulated with the fault parameters being varied: • fault duration time (80, 100, 120 ms), • fault termination ( ...
... different fault events are assumed to occur. Within the transmission line L1 different three-phase faults on one of the line circuits were applied. A total of 108 short-circuit cases were simulated with the fault parameters being varied: • fault duration time (80, 100, 120 ms), • fault termination ( ...
Sedona Series D (2010)
... Check for short circuits on speaker leads. Check the speaker load not beyond the minimum load. Remove speaker lead, and reset the amplifier. If the protection LED still Comes on, then the amplifier is faulty and needs servicing . ...
... Check for short circuits on speaker leads. Check the speaker load not beyond the minimum load. Remove speaker lead, and reset the amplifier. If the protection LED still Comes on, then the amplifier is faulty and needs servicing . ...
A lot thanks go to Head of Computer Department Dr. Luai Malhis
... In considering the frame, the first consideration is the material to be used. It must be lightweight, sturdy, and affordable. The forces which act on the aircraft primarily will be gravity and air pressure. Gravity allows for construction under the guidance of a limited mass to allow for structural ...
... In considering the frame, the first consideration is the material to be used. It must be lightweight, sturdy, and affordable. The forces which act on the aircraft primarily will be gravity and air pressure. Gravity allows for construction under the guidance of a limited mass to allow for structural ...
Slide - Indico
... By specification (LHC-M-ES-0001 rev 1.1) the maximum current leakage allowed for a MB circuit corresponds to the number of components that composes the circuit (434) times 20uA / component. This gives an Imax < 8.68 mA ...
... By specification (LHC-M-ES-0001 rev 1.1) the maximum current leakage allowed for a MB circuit corresponds to the number of components that composes the circuit (434) times 20uA / component. This gives an Imax < 8.68 mA ...
Distribution High Impedance Fault Location Using Localized Voltage
... phase voltage and comparing it with stored values. Another approach performs system pattern recognition on harmonic current energy levels in the arcing fault. The loss of voltage due to a downed line could also be utilized to detect the fault as well [2]. Nonetheless, this technique is limited by th ...
... phase voltage and comparing it with stored values. Another approach performs system pattern recognition on harmonic current energy levels in the arcing fault. The loss of voltage due to a downed line could also be utilized to detect the fault as well [2]. Nonetheless, this technique is limited by th ...
Triple II Demand Instruments
... electric power State of the art technology makes it possible to measure these functions very accurately, over a wide range of input signals. The Bitronics Triple II Digital Demand Meter is a rugged electronic instrument designed for utility and industrial applications requiring reliable, precise mea ...
... electric power State of the art technology makes it possible to measure these functions very accurately, over a wide range of input signals. The Bitronics Triple II Digital Demand Meter is a rugged electronic instrument designed for utility and industrial applications requiring reliable, precise mea ...
Multilayer Varistor General Information
... Maximum average dissipated power at 25 ºC resulting from a group of pulses occurring within a specified isolated time period, without causing device failure. Capacitance between two terminals of the varistor measured at 1kHz. Inductive component of the varistor when measured with a current edge rate ...
... Maximum average dissipated power at 25 ºC resulting from a group of pulses occurring within a specified isolated time period, without causing device failure. Capacitance between two terminals of the varistor measured at 1kHz. Inductive component of the varistor when measured with a current edge rate ...