Homework 19 - WebPhysics
... What is value of the inductor that must be inserted in the circuit to reduce the current to one-half the previous current? Answer in units of H. 010 (part 1 of 2) 10.0 points A particular inductor has appreciable resistance. When the inductor is connected to a 17 V battery, the current in the induct ...
... What is value of the inductor that must be inserted in the circuit to reduce the current to one-half the previous current? Answer in units of H. 010 (part 1 of 2) 10.0 points A particular inductor has appreciable resistance. When the inductor is connected to a 17 V battery, the current in the induct ...
STK984-090A-E 20A/40V Integrated Power Module in SIP23 package
... ON Semiconductor and the ON logo are registered trademarks of Semiconductor Components Industries, LLC (SCILLC) or its subsidiaries in the United States and/or other countries. SCILLC owns the rights to a number of patents, trademarks, copyrights, trade secrets, and other intellectual property. A li ...
... ON Semiconductor and the ON logo are registered trademarks of Semiconductor Components Industries, LLC (SCILLC) or its subsidiaries in the United States and/or other countries. SCILLC owns the rights to a number of patents, trademarks, copyrights, trade secrets, and other intellectual property. A li ...
Publications
... when only small process modifications and proper design techniques are used. Extension of the operating temperature range and control of the final slope have been achieved by design techniques applied to a standard CMOS technology, AMS CYE 0.8m, using the available lateral bipolar parasitic transis ...
... when only small process modifications and proper design techniques are used. Extension of the operating temperature range and control of the final slope have been achieved by design techniques applied to a standard CMOS technology, AMS CYE 0.8m, using the available lateral bipolar parasitic transis ...
Alternating Current - Goodheart
... the elapsed time for one revolution would be one-sixtieth (1/60) of a second. Refer to Figure 13-3 again. Note that one complete waveform occurs in 1/60 of a second. Therefore, the voltage starting at zero rises to maximum force in one direction (Position 2) then at the end of 180° rotation returns ...
... the elapsed time for one revolution would be one-sixtieth (1/60) of a second. Refer to Figure 13-3 again. Note that one complete waveform occurs in 1/60 of a second. Therefore, the voltage starting at zero rises to maximum force in one direction (Position 2) then at the end of 180° rotation returns ...
ece2201_lab3
... ADDITIONAL NOTE: It's important to observe the DVM lead polarity shown in Fig. 3-2. If the DVM connection is reversed, the DVM current iDVM will forward bias the substrate-todrain diode when VGS < Vt. ANOTHER ADDITIONAL NOTE: For this part, it’s very important to leave the DVM on the 20V/20kΩ range ...
... ADDITIONAL NOTE: It's important to observe the DVM lead polarity shown in Fig. 3-2. If the DVM connection is reversed, the DVM current iDVM will forward bias the substrate-todrain diode when VGS < Vt. ANOTHER ADDITIONAL NOTE: For this part, it’s very important to leave the DVM on the 20V/20kΩ range ...
LDRS and Thermistors - School
... 1. Complete the following using the key words: diode; filament lamp; resistor; and thermistor a) The resistance of a... decreases as its temperature increases. b) The resistance of a… depends on which way round it is connected in a circuit. c) The resistance of a… increases as the current through it ...
... 1. Complete the following using the key words: diode; filament lamp; resistor; and thermistor a) The resistance of a... decreases as its temperature increases. b) The resistance of a… depends on which way round it is connected in a circuit. c) The resistance of a… increases as the current through it ...
2201_Homework_05
... a) Find a model for the device that would be valid when current is in the range 1[mA] < iX < 5[mA]. This model must have numerical values for the current and resistance, and the polarities with respect to vX and iX should be shown in a diagram. b) A voltage source is applied across the device so tha ...
... a) Find a model for the device that would be valid when current is in the range 1[mA] < iX < 5[mA]. This model must have numerical values for the current and resistance, and the polarities with respect to vX and iX should be shown in a diagram. b) A voltage source is applied across the device so tha ...
AN2117
... 3.4 START-UP AND DC-DC CONVERTER In order to prevent problem during start-up, an internal circuit turns-on the gate of the Mosfet only when VPOS reaches 4V and turns it off for VPOS lower than 3V. For VPOS voltage higher than 4V the dc/dc converter power-on is controlled by a soft start circuit embe ...
... 3.4 START-UP AND DC-DC CONVERTER In order to prevent problem during start-up, an internal circuit turns-on the gate of the Mosfet only when VPOS reaches 4V and turns it off for VPOS lower than 3V. For VPOS voltage higher than 4V the dc/dc converter power-on is controlled by a soft start circuit embe ...
10 Transient analysis using spice
... AC Sweep Simulation with Current and Voltage Sources 18. Create a “Simulation Profile”, by going to the simulation profile settings. Click the PSpice tab and get the drop-down menu. a. In the “Analysis type” set “AC Sweep/Noise Transient”. b. In the “AC Sweep Type”, set “logarithmic scale”, and choo ...
... AC Sweep Simulation with Current and Voltage Sources 18. Create a “Simulation Profile”, by going to the simulation profile settings. Click the PSpice tab and get the drop-down menu. a. In the “Analysis type” set “AC Sweep/Noise Transient”. b. In the “AC Sweep Type”, set “logarithmic scale”, and choo ...
Homework 5
... The current flowing through the 10 Ω resistor connected to the lower potential terminal of the battery is equal to the current flowing through the remaining resistors (I1 = I2 + I3 + I4). The resistor is in series with the rest of the system. The equivalent resistance of the entire circuit is theref ...
... The current flowing through the 10 Ω resistor connected to the lower potential terminal of the battery is equal to the current flowing through the remaining resistors (I1 = I2 + I3 + I4). The resistor is in series with the rest of the system. The equivalent resistance of the entire circuit is theref ...
Chapter 20
... battery, conventional current is always directed from a higher potential (the end marked +) to a lower potential (the end marked -). 14. Apply the junction rule and the loop rule to the circuit, obtaining in the process as many independent equations as there are unknown variables. 4. Solve these equ ...
... battery, conventional current is always directed from a higher potential (the end marked +) to a lower potential (the end marked -). 14. Apply the junction rule and the loop rule to the circuit, obtaining in the process as many independent equations as there are unknown variables. 4. Solve these equ ...
currents through inductances, capacitances and resistances
... 2) Connect the RC circuit to the square wave generator, using the circuit of Fig. 5 appropriately modified, and observe V, VR, VC for any value of R between 100 and 100 k, and for C = 0.022 F. What are the observed time constants? How do these compare with the value of RC? 3) Do the same as befor ...
... 2) Connect the RC circuit to the square wave generator, using the circuit of Fig. 5 appropriately modified, and observe V, VR, VC for any value of R between 100 and 100 k, and for C = 0.022 F. What are the observed time constants? How do these compare with the value of RC? 3) Do the same as befor ...
MAX8794 Low-Voltage DDR Linear Regulator General Description Features
... The VCC input powers the control circuitry and provides the gate drive to the pass transistor. This improves efficiency by allowing VIN to be powered from a lower supply voltage. Power V CC from a well-regulated 3.3V supply. Current drawn from the VCC supply remains relatively constant with variatio ...
... The VCC input powers the control circuitry and provides the gate drive to the pass transistor. This improves efficiency by allowing VIN to be powered from a lower supply voltage. Power V CC from a well-regulated 3.3V supply. Current drawn from the VCC supply remains relatively constant with variatio ...
three-phase short circuit at the common medium voltage bus
... DG STATIC CONTRIBUTIONS TO THE THREEPHASE FAULTS AT LOCATIONS 3 AND 4 VOLTAGE AND CURRENT BEHAVIOUR AT THE MV-SIDE OF THE TRANFORMER Tr-DG1 FOR CASES I) AND II) ...
... DG STATIC CONTRIBUTIONS TO THE THREEPHASE FAULTS AT LOCATIONS 3 AND 4 VOLTAGE AND CURRENT BEHAVIOUR AT THE MV-SIDE OF THE TRANFORMER Tr-DG1 FOR CASES I) AND II) ...
Lab 2
... 4. Measure the current (IL), through RLoad and the voltage (VL ), across RLoad . 5. Find the Thevenin equivalent circuit seen by RLoad (i.e. the equivalent circuit between nodes a and b with RLoad removed from the circuit). To get the equivalent circuit, follow these steps: a) Remove RLoad from the ...
... 4. Measure the current (IL), through RLoad and the voltage (VL ), across RLoad . 5. Find the Thevenin equivalent circuit seen by RLoad (i.e. the equivalent circuit between nodes a and b with RLoad removed from the circuit). To get the equivalent circuit, follow these steps: a) Remove RLoad from the ...
Drain Output Resistance
... drain output resistance ro is not (ro is dependent on ID!). * Often, we “neglect the effect of channel-length modulation”, meaning that we use the ideal case for saturation--iD=K(vGS-Vt)2. Effectively, we assume that λ = 0 , meaning that VA = ∞ and ro = ∞ (i.e., not VA = 0 and ro = 0 !). * The drain ...
... drain output resistance ro is not (ro is dependent on ID!). * Often, we “neglect the effect of channel-length modulation”, meaning that we use the ideal case for saturation--iD=K(vGS-Vt)2. Effectively, we assume that λ = 0 , meaning that VA = ∞ and ro = ∞ (i.e., not VA = 0 and ro = 0 !). * The drain ...
Microprocessor Engineering
... The ADC is configured and controlled through two Special File Registers, ADCON0 and ADCON1. Additionally the PIR1 contains the ADIF bit (Analogue to Digital Interrupt Flag) which is set when a conversion is complete. ...
... The ADC is configured and controlled through two Special File Registers, ADCON0 and ADCON1. Additionally the PIR1 contains the ADIF bit (Analogue to Digital Interrupt Flag) which is set when a conversion is complete. ...
STX13004
... multi epitaxial planar technology for high switching speeds and high voltage capability. It uses a ...
... multi epitaxial planar technology for high switching speeds and high voltage capability. It uses a ...