Maxim Design Support Technical Documents Application Notes
... U2 and U3. Because of the low signal level at the thermistor, shielded wire should be used. U1 should have ultra-low leakage current to avoid DC offsets generated by the high circuit impedance. The MAX4475ASA op amp with 150pA (max) leakage current is a good choice. The components around U1, in part ...
... U2 and U3. Because of the low signal level at the thermistor, shielded wire should be used. U1 should have ultra-low leakage current to avoid DC offsets generated by the high circuit impedance. The MAX4475ASA op amp with 150pA (max) leakage current is a good choice. The components around U1, in part ...
Aalborg Universitet
... line resistance was not taken into account [22]. At the same time, if there is a failure in the centralized controller, the function of voltage restoration cannot be achieved. A control scheme based on the average value of the dc output current in each of the converters has been presented [27]. This ...
... line resistance was not taken into account [22]. At the same time, if there is a failure in the centralized controller, the function of voltage restoration cannot be achieved. A control scheme based on the average value of the dc output current in each of the converters has been presented [27]. This ...
PDF
... less complex. The simulation is also easier for such lower order serializer. By using proper clock frequencies at different stages, these lower order serializers are used to realize higher order serializer. The quality of the signal is determined by different aspects like jitter, reflection and cloc ...
... less complex. The simulation is also easier for such lower order serializer. By using proper clock frequencies at different stages, these lower order serializers are used to realize higher order serializer. The quality of the signal is determined by different aspects like jitter, reflection and cloc ...
132: Front Panel Display
... The RT-2200 is a receiver/transmitter radio is designed for ground communications. Its primary mode of functioning is to be connected with several other RT-2200's all controlled remotely by a single computer. There are some uses that require the RT-2200 to be controlled locally. This presents a prob ...
... The RT-2200 is a receiver/transmitter radio is designed for ground communications. Its primary mode of functioning is to be connected with several other RT-2200's all controlled remotely by a single computer. There are some uses that require the RT-2200 to be controlled locally. This presents a prob ...
Aalborg Universitet Resonant-inductor-voltage feedback active damping based control for grid-connected
... frequency. Compare with the LCL-filter, the LLCL-filter has an extra resonant inductor which is possible also be sensed to attenuate the resonance. In this paper, resonantinductor-voltage-feedback active damping method is analyzed for the LLCL-filter using integral feedback coefficient considering t ...
... frequency. Compare with the LCL-filter, the LLCL-filter has an extra resonant inductor which is possible also be sensed to attenuate the resonance. In this paper, resonantinductor-voltage-feedback active damping method is analyzed for the LLCL-filter using integral feedback coefficient considering t ...
chapter quiz
... FUEL CONTROL SYSTEM OPERATING MODES • A computer-controlled fuel metering system can be selective. • Depending on the computer program, it may have different operating modes. • The onboard computer does not have to respond to data from all of its sensors, nor does it have to respond to the data in ...
... FUEL CONTROL SYSTEM OPERATING MODES • A computer-controlled fuel metering system can be selective. • Depending on the computer program, it may have different operating modes. • The onboard computer does not have to respond to data from all of its sensors, nor does it have to respond to the data in ...
ASSP Technology for Industrial Motion Control - All
... target position into the required sequence of (micro) steps to get to the target position with desired acceleration, speed and deceleration. The target position and other high level positioning information is dictated by a remote host, who communicates with the intelligent stepper driver/controller ...
... target position into the required sequence of (micro) steps to get to the target position with desired acceleration, speed and deceleration. The target position and other high level positioning information is dictated by a remote host, who communicates with the intelligent stepper driver/controller ...
AN885
... motor control used (phase angle or chopper). For example, a vacuum cleaner operating in phase angle mode at reduced speed (i.e. conduction phase angle at around 90°), produces a very high level of even harmonics (Figure 5.). The harmonics do not represent real or active power, but nevertheless they ...
... motor control used (phase angle or chopper). For example, a vacuum cleaner operating in phase angle mode at reduced speed (i.e. conduction phase angle at around 90°), produces a very high level of even harmonics (Figure 5.). The harmonics do not represent real or active power, but nevertheless they ...
Item Spec`s Spec`s with Sw DL 3155E16 TRANSISTOR FEEDBACK
... series Feedback/Shunt Feedback, multistage shunt-series feedback, attenuator, multistage series-shunt feedback, differential amplifier theoretical topics: typical quantities of a feedback amplifier, feedback of a multistage amplifier, basic configurations of the feedback amplifiers, the effects of s ...
... series Feedback/Shunt Feedback, multistage shunt-series feedback, attenuator, multistage series-shunt feedback, differential amplifier theoretical topics: typical quantities of a feedback amplifier, feedback of a multistage amplifier, basic configurations of the feedback amplifiers, the effects of s ...
500 Series Manual
... Q. Can I run two or more motors from the same drive? A. Not recommended. The I.R. Compensation (regulation) and Current Limit circuits would have difficulty sensing the different load on each motor. Q. Can I change the horsepower of my motor and still use the same control? A. Yes, provided you do no ...
... Q. Can I run two or more motors from the same drive? A. Not recommended. The I.R. Compensation (regulation) and Current Limit circuits would have difficulty sensing the different load on each motor. Q. Can I change the horsepower of my motor and still use the same control? A. Yes, provided you do no ...
1. Introduction - About the journal
... possible to significantly minimize necessary active and passive elements by utilizing modern functional block which internal chip structure performs several mathematical operations simultaneously. Moreover we are not restricted only to the commercially available devices but there are hypothetical as ...
... possible to significantly minimize necessary active and passive elements by utilizing modern functional block which internal chip structure performs several mathematical operations simultaneously. Moreover we are not restricted only to the commercially available devices but there are hypothetical as ...
S225-20-1
... Auto-Booster regulators provide an inexpensive and effective method of voltage regulation. Auto-Booster regulators are regulating autotransformers. They provide four-step feeder voltage regulation. A solid-state control sensesthe need for voltage correction and a motor-operated tap changer automatic ...
... Auto-Booster regulators provide an inexpensive and effective method of voltage regulation. Auto-Booster regulators are regulating autotransformers. They provide four-step feeder voltage regulation. A solid-state control sensesthe need for voltage correction and a motor-operated tap changer automatic ...
PE4251
... decides to change the specifications, Peregrine will notify customers of the intended changes by issuing a CNF (Customer Notification Form). Document No. 70-0255-02 │ www.psemi.com ...
... decides to change the specifications, Peregrine will notify customers of the intended changes by issuing a CNF (Customer Notification Form). Document No. 70-0255-02 │ www.psemi.com ...
Inverters
... Main advantages of PWM control: • Filter requirement is reduced • Amplitude and frequency can be control independently • Significant reduction in THD of load current (inductive load) Disadvantages of PWM control: ...
... Main advantages of PWM control: • Filter requirement is reduced • Amplitude and frequency can be control independently • Significant reduction in THD of load current (inductive load) Disadvantages of PWM control: ...
ME995-3K VARIABLE DOSERATE KILOGRAMS OF CEMENT
... displayed into actual millilitres overflow. For example, doserate was 27 x 10 mls/100kg, the total kgs cement load selected was 2000kg. The display will count upto the 2000kg but overran to 2060 (60 kgs over at the selected doserate). The following calculation is made: 270 mls x (60/100) = 160 milli ...
... displayed into actual millilitres overflow. For example, doserate was 27 x 10 mls/100kg, the total kgs cement load selected was 2000kg. The display will count upto the 2000kg but overran to 2060 (60 kgs over at the selected doserate). The following calculation is made: 270 mls x (60/100) = 160 milli ...
Enhanced Virtual Synchronous Generator Control for Parallel
... using alternating moment of inertia [16]. Using smaller inertia may also lead to reduced oscillation [18]; however, it is not encouraged because providing a large amount of virtual inertia is an advantage that distinguishes VSG from other control methods. In this paper, a novel method for oscillatio ...
... using alternating moment of inertia [16]. Using smaller inertia may also lead to reduced oscillation [18]; however, it is not encouraged because providing a large amount of virtual inertia is an advantage that distinguishes VSG from other control methods. In this paper, a novel method for oscillatio ...
AT-R-08 AIR TRAFFIC CONTROL TRAINING SERIES EQUIPMENT
... controllers in the alignment of the N-PAR. This publication does not replace TO 31P5-2GPN24-11 (Operators Handbook) nor applicable maintenance technical orders which are the official directives for this equipment. This publication is divided into four sections as follows: SECTION I - Indicators, Rad ...
... controllers in the alignment of the N-PAR. This publication does not replace TO 31P5-2GPN24-11 (Operators Handbook) nor applicable maintenance technical orders which are the official directives for this equipment. This publication is divided into four sections as follows: SECTION I - Indicators, Rad ...
Example 1. Insufficiency of the optimality conditions
... We have described the general scheme for solving optimal control problems and considered a specific example that proved our scheme to be highly effective. However, perfect situations like this are by no means frequent. Unfortunately, there are numerous obstacles on the way of solving optimization pr ...
... We have described the general scheme for solving optimal control problems and considered a specific example that proved our scheme to be highly effective. However, perfect situations like this are by no means frequent. Unfortunately, there are numerous obstacles on the way of solving optimization pr ...
Aalborg Universitet Yao, Zhilei; Xu, Jing; Guerrero, Josep M.
... control variables are needed, which are the same as the traditional TL converter. Then modeling of the PPF TL converter is established in Section III. Small-signal model of the PPF TL converter is deduced. Section IV gives the control design and example for the PPF TL converter. Output voltage contr ...
... control variables are needed, which are the same as the traditional TL converter. Then modeling of the PPF TL converter is established in Section III. Small-signal model of the PPF TL converter is deduced. Section IV gives the control design and example for the PPF TL converter. Output voltage contr ...
Control & Output with LabVIEW
... • Once you select Generate Signals choose Voltage • The device or devices will appear. Choose either one or both channels (depending on how many signals must be generated.) ...
... • Once you select Generate Signals choose Voltage • The device or devices will appear. Choose either one or both channels (depending on how many signals must be generated.) ...
Design of a Cascaded H-Bridge Multilevel Inverter Based on Power
... the CAN communication, and the inverter modules are summarized in Fig. 2. The controllers of the system consist of the main and cell controllers. The main controller includes a speed controller, which calculates the voltage/current command value that is required to control the speed of the motor. It ...
... the CAN communication, and the inverter modules are summarized in Fig. 2. The controllers of the system consist of the main and cell controllers. The main controller includes a speed controller, which calculates the voltage/current command value that is required to control the speed of the motor. It ...
Control theory
Control theory is an interdisciplinary branch of engineering and mathematics that deals with the behavior of dynamical systems with inputs, and how their behavior is modified by feedback. The usual objective of control theory is to control a system, often called the plant, so its output follows a desired control signal, called the reference, which may be a fixed or changing value. To do this a controller is designed, which monitors the output and compares it with the reference. The difference between actual and desired output, called the error signal, is applied as feedback to the input of the system, to bring the actual output closer to the reference. Some topics studied in control theory are stability (whether the output will converge to the reference value or oscillate about it), controllability and observability.Extensive use is usually made of a diagrammatic style known as the block diagram. The transfer function, also known as the system function or network function, is a mathematical representation of the relation between the input and output based on the differential equations describing the system.Although a major application of control theory is in control systems engineering, which deals with the design of process control systems for industry, other applications range far beyond this. As the general theory of feedback systems, control theory is useful wherever feedback occurs. A few examples are in physiology, electronics, climate modeling, machine design, ecosystems, navigation, neural networks, predator-prey interaction, gene expression, and production theory.