Solution original
... • We also want to implement a over-current protection circuit. • When the inductor current becomes larger than 11.05 A, switches #2 and #4 must be closed, and switches #1 and #3 must be opened, irrespective of what the previous logic indicated. • When the inductor current becomes smaller than 10.95A ...
... • We also want to implement a over-current protection circuit. • When the inductor current becomes larger than 11.05 A, switches #2 and #4 must be closed, and switches #1 and #3 must be opened, irrespective of what the previous logic indicated. • When the inductor current becomes smaller than 10.95A ...
LP5900 - Texas Instruments
... Added Pin Configuration and Functions section, Handling Ratings table, Feature Description section, Device Functional Modes, Application and Implementation section, Power Supply Recommendations section, Layout section, Device and Documentation Support section, and Mechanical, Packaging, and Orderabl ...
... Added Pin Configuration and Functions section, Handling Ratings table, Feature Description section, Device Functional Modes, Application and Implementation section, Power Supply Recommendations section, Layout section, Device and Documentation Support section, and Mechanical, Packaging, and Orderabl ...
BDTIC www.BDTIC.com/infineon Z V S P h a s e ... C F D 2 O p t i...
... suitable for resonant topologies due to their ease of use behavior, low RDS(on) and their integrated fast body diode. This fast body diode is an important feature to prevent failures in the used topology during short circuit, line cycle drop out or burst mode. (MOSFET A, B, C, D) (2) Resonant induct ...
... suitable for resonant topologies due to their ease of use behavior, low RDS(on) and their integrated fast body diode. This fast body diode is an important feature to prevent failures in the used topology during short circuit, line cycle drop out or burst mode. (MOSFET A, B, C, D) (2) Resonant induct ...
(DEE 411)
... A 30 MVA, 11 KV generators has a reactance of 0.2 pu referred to its ratings as bases. Determine the pu reactance when referred to base KVA of 50,000 KVA and base KV = 22 KV. UNIT - II ...
... A 30 MVA, 11 KV generators has a reactance of 0.2 pu referred to its ratings as bases. Determine the pu reactance when referred to base KVA of 50,000 KVA and base KV = 22 KV. UNIT - II ...
CS-304 - ITM GOI
... The gain of the amplifier increases from 0 till it became maximum at Fr called resonance frequency is the frequency increases beyond fr the gain decreased. ...
... The gain of the amplifier increases from 0 till it became maximum at Fr called resonance frequency is the frequency increases beyond fr the gain decreased. ...
Designing a Three Phase Inverter for a Permanent Magnet Synchronous Motor
... understand the electric car in more detail and gain points in the design event. A self built and self designed inverter in the car can be better tailored for the desired purposes and also helps to assess electromagnetic interference problems better that might occur in the car’s communication network ...
... understand the electric car in more detail and gain points in the design event. A self built and self designed inverter in the car can be better tailored for the desired purposes and also helps to assess electromagnetic interference problems better that might occur in the car’s communication network ...
CIPOS Mini Technical description
... The CIPOS™ Mini offers the smallest size while providing high power density up to 600V, 30A by employing TRENCHSTOP™ IGBT + diode or RC-IGBT with 6 channel gate drive IC. It contains all the power components such as the IGBTs and isolates them from each other and from the heat sink. All low power co ...
... The CIPOS™ Mini offers the smallest size while providing high power density up to 600V, 30A by employing TRENCHSTOP™ IGBT + diode or RC-IGBT with 6 channel gate drive IC. It contains all the power components such as the IGBTs and isolates them from each other and from the heat sink. All low power co ...
Voltage Binning Under Process Variation
... {U1 , U2 , . . . , Un } corresponding to these voltages and a binning algorithm A, which distributes manufactured chips among the bins. The binning algorithm A assigns chips to bins so that any chip assigned to bin Ui meets both the timing and power constraints at the supply voltage Vi corresponding ...
... {U1 , U2 , . . . , Un } corresponding to these voltages and a binning algorithm A, which distributes manufactured chips among the bins. The binning algorithm A assigns chips to bins so that any chip assigned to bin Ui meets both the timing and power constraints at the supply voltage Vi corresponding ...
PSPICE University of Pennsylvania Department of Electrical and Systems Engineering
... 4. You can add a second Y Axis and use this to display e.g. the current in Resistor R2, as shown below. Go to PLOT/Add Y Axis. Next, add the trace for I(R2). 5. You can also use the cursors on the graphs for Vout and Vin to display the actual values at certain points. Go to TRACE/CURSORS/DISPLAY 6. ...
... 4. You can add a second Y Axis and use this to display e.g. the current in Resistor R2, as shown below. Go to PLOT/Add Y Axis. Next, add the trace for I(R2). 5. You can also use the cursors on the graphs for Vout and Vin to display the actual values at certain points. Go to TRACE/CURSORS/DISPLAY 6. ...
pspice - MavDISK
... 4. You can add a second Y Axis and use this to display e.g. the current in Resistor R2, as shown below. Go to PLOT/Add Y Axis. Next, add the trace for I(R2). 5. You can also use the cursors on the graphs for Vout and Vin to display the actual values at certain points. Go to TRACE/CURSORS/DISPLAY 6. ...
... 4. You can add a second Y Axis and use this to display e.g. the current in Resistor R2, as shown below. Go to PLOT/Add Y Axis. Next, add the trace for I(R2). 5. You can also use the cursors on the graphs for Vout and Vin to display the actual values at certain points. Go to TRACE/CURSORS/DISPLAY 6. ...
pspice - Penn Engineering - University of Pennsylvania
... 4. You can add a second Y Axis and use this to display e.g. the current in Resistor R2, as shown below. Go to PLOT/Add Y Axis. Next, add the trace for I(R2). 5. You can also use the cursors on the graphs for Vout and Vin to display the actual values at certain points. Go to TRACE/CURSORS/DISPLAY 6. ...
... 4. You can add a second Y Axis and use this to display e.g. the current in Resistor R2, as shown below. Go to PLOT/Add Y Axis. Next, add the trace for I(R2). 5. You can also use the cursors on the graphs for Vout and Vin to display the actual values at certain points. Go to TRACE/CURSORS/DISPLAY 6. ...
C653-C625 TG13G.indd
... Table 3 for diagnostic features and LED explanations. This regulator has OVCO (overvoltage cutout) that will trip at vehicle electrical system voltage above 33 volts that exists longer than 3 seconds. OVCO feature detects high voltage and reacts by signaling field circuit to open. This turns off alt ...
... Table 3 for diagnostic features and LED explanations. This regulator has OVCO (overvoltage cutout) that will trip at vehicle electrical system voltage above 33 volts that exists longer than 3 seconds. OVCO feature detects high voltage and reacts by signaling field circuit to open. This turns off alt ...
RAJ240500
... Internal pins between AFE and MCU are listed in Table 1-1. These signals are connected within the package and not accessible with any external pins. Table 1-2 : Internal Pin Description I/O as seen from AFE MCU pin ...
... Internal pins between AFE and MCU are listed in Table 1-1. These signals are connected within the package and not accessible with any external pins. Table 1-2 : Internal Pin Description I/O as seen from AFE MCU pin ...
Evaluates: MAX8819A–MAX8819D MAX8819A Evaluation Kit General Description Features
... output (RST1). These pads connect to open-drain outputs with a pullup resistor to V1. CHG pulls low to indicate that the battery is charging. RST1 pulls low to indicate that VFB1 is below its regulation threshold. RST1 goes high 200ms after V FB1 reaches its regulation threshold. Refer to the MAX881 ...
... output (RST1). These pads connect to open-drain outputs with a pullup resistor to V1. CHG pulls low to indicate that the battery is charging. RST1 pulls low to indicate that VFB1 is below its regulation threshold. RST1 goes high 200ms after V FB1 reaches its regulation threshold. Refer to the MAX881 ...
Analysis and Mitigation of Voltage Offsets in Multi-inverter
... respect to an arbitrary reference frame and in the figure are shown in an arbitrary manner. The voltage vectors V f 1 , V f 2 , V f 3 , V f 4 , and V f 5 are rotating with angular frequencies of ω1 , ω2 , ω3 , ω4 , and ω5 , respectively. The reference frame is rotating with an angular frequency of ω ...
... respect to an arbitrary reference frame and in the figure are shown in an arbitrary manner. The voltage vectors V f 1 , V f 2 , V f 3 , V f 4 , and V f 5 are rotating with angular frequencies of ω1 , ω2 , ω3 , ω4 , and ω5 , respectively. The reference frame is rotating with an angular frequency of ω ...
Aalborg Universitet in Industrial Power Systems
... was not considered. In addition, the hybrid active filter was proposed for the unified power quality conditioner to address PQ issues in the power distribution system [21]. Several case studies of the hybrid active filter considering optimal voltage or current distortion were conducted in [22]. In p ...
... was not considered. In addition, the hybrid active filter was proposed for the unified power quality conditioner to address PQ issues in the power distribution system [21]. Several case studies of the hybrid active filter considering optimal voltage or current distortion were conducted in [22]. In p ...
LMX2315
... * VCO is assumed AC coupled. ** RIN increases impedance so that VCO output power is provided to the load rather than the PLL. Typical values are 10Ω to 200Ω depending on the VCO power level. fIN RF impedance ranges from 40Ω to 100Ω. *** 50Ω termination is often used on test boards to allow use of ex ...
... * VCO is assumed AC coupled. ** RIN increases impedance so that VCO output power is provided to the load rather than the PLL. Typical values are 10Ω to 200Ω depending on the VCO power level. fIN RF impedance ranges from 40Ω to 100Ω. *** 50Ω termination is often used on test boards to allow use of ex ...
electronics 1 - Computer Engineering 2009
... electronic circuits this is the 0V (zero volts) of the power supply, but for mains electricity and some radio circuits it really means the earth. It is also known as ground. ...
... electronic circuits this is the 0V (zero volts) of the power supply, but for mains electricity and some radio circuits it really means the earth. It is also known as ground. ...
Tube CAD User Guide - Glass-Ware
... A circuit report is a snapshot of whichever circuit and variation of that circuit is currently on the screen. It lists the tube type, tube characteristics, number, circuit part values, power supply voltage, and user options, such as bypassing the cathode resistor. Additionally, it lists all the AC & ...
... A circuit report is a snapshot of whichever circuit and variation of that circuit is currently on the screen. It lists the tube type, tube characteristics, number, circuit part values, power supply voltage, and user options, such as bypassing the cathode resistor. Additionally, it lists all the AC & ...
Surge protector
A surge protector (or surge suppressor) is an appliance/device designed to protect electrical devices from voltage spikes. A surge protector attempts to limit the voltage supplied to an electric device by either blocking or by shorting to ground any unwanted voltages above a safe threshold. This article primarily discusses specifications and components relevant to the type of protector that diverts (shorts) a voltage spike to ground; however, there is some coverage of other methods.The terms surge protection device (SPD), or transient voltage surge suppressor (TVSS), are used to describe electrical devices typically installed in power distribution panels, process control systems, communications systems, and other heavy-duty industrial systems, for the purpose of protecting against electrical surges and spikes, including those caused by lightning. Scaled-down versions of these devices are sometimes installed in residential service entrance electrical panels, to protect equipment in a household from similar hazards.Many power strips have basic surge protection built in; these are typically clearly labeled as such. However, power strips that do not provide surge protection are sometimes erroneously referred to as ""surge protectors"".