Resistance - XAMK Moodle
... a usual sum. By using different resistors, the inputs can have different weights. Compare to the Summing amplifier DAC in http://electronics-course.com/digital-analog-converter#summing ...
... a usual sum. By using different resistors, the inputs can have different weights. Compare to the Summing amplifier DAC in http://electronics-course.com/digital-analog-converter#summing ...
Parallel and Series Circuit
... • If a bulb is removed, it will not affect the bulbs on separate paths ...
... • If a bulb is removed, it will not affect the bulbs on separate paths ...
quick reference
... isolated logic inputs. A higher voltage may be used, but care must be taken to limit the current through the opto-coupler. ...
... isolated logic inputs. A higher voltage may be used, but care must be taken to limit the current through the opto-coupler. ...
Speed Control of PMBLDC Motor Using PFC Cuk Converter
... Fig.5.4.THD analysis for proposed system using SMC controller. TABLE II PERFORMANCE FORMANCE OF THE PROPOSED SYSTEM RESULT ...
... Fig.5.4.THD analysis for proposed system using SMC controller. TABLE II PERFORMANCE FORMANCE OF THE PROPOSED SYSTEM RESULT ...
URE 422 e
... Adjustable filter (0..99.9 s) 1st order in the input Universal input switchable via software modes for mA, V, PT 100 or thermocouples NiCr-Ni, PtRh-Pt, Fe-CuNi, Cu-CuNi, lambda probe Freely selectable control or display range within the specified limits Setpoint can be freely limited Zero shift Xo S ...
... Adjustable filter (0..99.9 s) 1st order in the input Universal input switchable via software modes for mA, V, PT 100 or thermocouples NiCr-Ni, PtRh-Pt, Fe-CuNi, Cu-CuNi, lambda probe Freely selectable control or display range within the specified limits Setpoint can be freely limited Zero shift Xo S ...
This is what the circuit looked like as I was setting it up
... hand by adding all the voltages in a loop that the total is always equal to zero, which is in accordance with Kirchhoff’s Voltage Law. Included in the objective was applying our knowledge of how to use a bread board and how to create a circuit with two separate voltage sources. Another objective of ...
... hand by adding all the voltages in a loop that the total is always equal to zero, which is in accordance with Kirchhoff’s Voltage Law. Included in the objective was applying our knowledge of how to use a bread board and how to create a circuit with two separate voltage sources. Another objective of ...
dte power differential noise and common
... The level of crosstalk noise on a simplex link segment depends on the level of the disturbing signal(s) and the crosstalk loss between the pair(s) carrying the signal(s) and the disturbed pair. With the maximum transmit level (14.3.1.2), the sinusoidal crosstalk loss (14.4.3.2), and multiple, random ...
... The level of crosstalk noise on a simplex link segment depends on the level of the disturbing signal(s) and the crosstalk loss between the pair(s) carrying the signal(s) and the disturbed pair. With the maximum transmit level (14.3.1.2), the sinusoidal crosstalk loss (14.4.3.2), and multiple, random ...
Unit 7: MOSFET-Output Motor Controller
... The TPCA8014 was chosen for the initial design, since the lower gate capacitance reduces the drive power requirements for a given PWM frequency, and allows the gate to be charged and discharged more rapidly with a given driver circuit, thus reducing switching losses. In addition, the low reverse tra ...
... The TPCA8014 was chosen for the initial design, since the lower gate capacitance reduces the drive power requirements for a given PWM frequency, and allows the gate to be charged and discharged more rapidly with a given driver circuit, thus reducing switching losses. In addition, the low reverse tra ...
Presentation 2
... The conditioned analogue signal of this generator must be measured by the HC08QY4 microcontroller and display it on a 7 segment display. This can be done by using one of the six ADC converter channels and using one of the output ports to drive the display The output pins of the microcontroller are l ...
... The conditioned analogue signal of this generator must be measured by the HC08QY4 microcontroller and display it on a 7 segment display. This can be done by using one of the six ADC converter channels and using one of the output ports to drive the display The output pins of the microcontroller are l ...
Lecture 1 - Ilam university
... Looking into the base, the impedance is r if the emitter is (ac) grounded. Looking into the collector, the impedance is ro if emitter is (ac) grounded. Looking into the emitter, the impedance is 1/gm if base is (ac) grounded and Early effect is ...
... Looking into the base, the impedance is r if the emitter is (ac) grounded. Looking into the collector, the impedance is ro if emitter is (ac) grounded. Looking into the emitter, the impedance is 1/gm if base is (ac) grounded and Early effect is ...
FE_ASIC_for_SLHCb_Dec10 - Indico
... According to simulations signal range is about 2 mA peak (3.3 V) To be tested ...
... According to simulations signal range is about 2 mA peak (3.3 V) To be tested ...
figure 10-1
... 3) Select Firing Control Signal A as input to the Chopper Circuit Board and as trigger signal for the Oscilloscope. 4) Make sure that the voltage control is turned fully counterclockwise and turn on the Power Supply. Turn on the Oscilloscope. 5) Slowly turn the voltage control clockwise until the vo ...
... 3) Select Firing Control Signal A as input to the Chopper Circuit Board and as trigger signal for the Oscilloscope. 4) Make sure that the voltage control is turned fully counterclockwise and turn on the Power Supply. Turn on the Oscilloscope. 5) Slowly turn the voltage control clockwise until the vo ...
Inductors and AC
... VSUPPLY = 15V as measured with DVM From the calculations on the following page, there must be an error in these figures If VR is 10v & VL is 8V then VSUPPLY should be:VSUPPLY = 102 + 82 Tan-1 8/10 = 12.8V +38.7º (Measured as 15V +30º) ??? OR ..... If VSUPPLY = 15V and VR = 10V then VL should be: ...
... VSUPPLY = 15V as measured with DVM From the calculations on the following page, there must be an error in these figures If VR is 10v & VL is 8V then VSUPPLY should be:VSUPPLY = 102 + 82 Tan-1 8/10 = 12.8V +38.7º (Measured as 15V +30º) ??? OR ..... If VSUPPLY = 15V and VR = 10V then VL should be: ...
Experiment 6
... • As voltage at B increases, the diode begins to turn on and small amounts of current start to flow through into the doped region. A larger current proportional to IB, flows from C to E. • As the diode goes from the cutoff region to the saturation region, the voltage from C to E gradually decreases ...
... • As voltage at B increases, the diode begins to turn on and small amounts of current start to flow through into the doped region. A larger current proportional to IB, flows from C to E. • As the diode goes from the cutoff region to the saturation region, the voltage from C to E gradually decreases ...
EP4301856861
... used technique for controlling the output of static power converters. PWM is immune to noise and less susceptible to voltage changes. The harmonic content can be reduced by using PWM pulses in each half cycle of output voltage. In the most straightforward implementation, generation of the desired ou ...
... used technique for controlling the output of static power converters. PWM is immune to noise and less susceptible to voltage changes. The harmonic content can be reduced by using PWM pulses in each half cycle of output voltage. In the most straightforward implementation, generation of the desired ou ...
MP1410 2A Step Down DC to DC Converter
... adequate ripple current rating. Its RMS current rating should be greater than approximately 1/2 of the DC load current. For insuring stable operation C2 should be placed as close to the IC as possible. Alternately a smaller high quality ceramic 0.1µF capacitor may be placed closer to the IC and a la ...
... adequate ripple current rating. Its RMS current rating should be greater than approximately 1/2 of the DC load current. For insuring stable operation C2 should be placed as close to the IC as possible. Alternately a smaller high quality ceramic 0.1µF capacitor may be placed closer to the IC and a la ...
Integrating ADC
An integrating ADC is a type of analog-to-digital converter that converts an unknown input voltage into a digital representation through the use of an integrator. In its most basic implementation, the unknown input voltage is applied to the input of the integrator and allowed to ramp for a fixed time period (the run-up period). Then a known reference voltage of opposite polarity is applied to the integrator and is allowed to ramp until the integrator output returns to zero (the run-down period). The input voltage is computed as a function of the reference voltage, the constant run-up time period, and the measured run-down time period. The run-down time measurement is usually made in units of the converter's clock, so longer integration times allow for higher resolutions. Likewise, the speed of the converter can be improved by sacrificing resolution.Converters of this type can achieve high resolution, but often do so at the expense of speed. For this reason, these converters are not found in audio or signal processing applications. Their use is typically limited to digital voltmeters and other instruments requiring highly accurate measurements.