experiment number 9 inductor current
... The large value of R1 assures that, vL, the voltage across the inductor, is small compared to v1. Since vL is small compared to v1 the current, i, will be proportional to v1. 2. Set the oscilloscope triggering to positive slope, and channel 1. Set the vertical mode to dual trace. Set the signal gene ...
... The large value of R1 assures that, vL, the voltage across the inductor, is small compared to v1. Since vL is small compared to v1 the current, i, will be proportional to v1. 2. Set the oscilloscope triggering to positive slope, and channel 1. Set the vertical mode to dual trace. Set the signal gene ...
Power supply - WordPress.com
... A power supply converting AC line voltage to DC power must perform the following functions at high efficiency and at low cost: 1. Rectification: Convert the incoming AC line voltage to DC voltage. 2. Voltage transformation: Supply the correct DC voltage level(s). 3. Filtering: Smooth the ripple of ...
... A power supply converting AC line voltage to DC power must perform the following functions at high efficiency and at low cost: 1. Rectification: Convert the incoming AC line voltage to DC voltage. 2. Voltage transformation: Supply the correct DC voltage level(s). 3. Filtering: Smooth the ripple of ...
1418-1, Voltage Doubler Basics - Cleveland Institute of Electronics
... Multimeters. • Digital Multimeters do not need the Blocking Capacitor – You will not measure a signal if the blocking capacitor is used • There is already one built into the meter ...
... Multimeters. • Digital Multimeters do not need the Blocking Capacitor – You will not measure a signal if the blocking capacitor is used • There is already one built into the meter ...
Review problems
... of 0.45 T that points 35° north of east. What are the magnitude and direction of the force on the electron? A) 1.8 × 10–14 N up B) 1.5 × 10–14 N down C) 1.5 × 10–14 N up D) 1.0 × 10–14 N down E) 1.0 × 10–14 N up ...
... of 0.45 T that points 35° north of east. What are the magnitude and direction of the force on the electron? A) 1.8 × 10–14 N up B) 1.5 × 10–14 N down C) 1.5 × 10–14 N up D) 1.0 × 10–14 N down E) 1.0 × 10–14 N up ...
P10 and P11 Walkthrough P10 Electrical and Electronic Principles
... sin is of course sin on your calculator ω (omega) represents 2π x the frequency of the sine wave t represents the time elapsed φ represents phase (up to 90® before or after t = 0) So a quick word about phase. As long as a sine wave is applied to a circuit that contains only resistive elements then t ...
... sin is of course sin on your calculator ω (omega) represents 2π x the frequency of the sine wave t represents the time elapsed φ represents phase (up to 90® before or after t = 0) So a quick word about phase. As long as a sine wave is applied to a circuit that contains only resistive elements then t ...
Lab Experiment I
... 1. To measure resistance, select the Ω 2W key. Randomly select four resistors from your parts box - making sure that each resistor is at least 330 ohms or larger and less than or equal to 4.7K ohms. Record the resistance and tolerance as revealed by their color code and arbitrarily assign them the l ...
... 1. To measure resistance, select the Ω 2W key. Randomly select four resistors from your parts box - making sure that each resistor is at least 330 ohms or larger and less than or equal to 4.7K ohms. Record the resistance and tolerance as revealed by their color code and arbitrarily assign them the l ...
Synopsis - School District #73
... *Note: “Station” refers to shop tables which are standard to the shop for each trade taught within the Construction Sampler to use, as well as the stations students will be divided into for the collaborative major project. ...
... *Note: “Station” refers to shop tables which are standard to the shop for each trade taught within the Construction Sampler to use, as well as the stations students will be divided into for the collaborative major project. ...
Solid State Timers and Controllers Solid State DC Flasher
... requires the load circuit to be ON for 60 milliseconds and OFF for 60 milliseconds. (Remember - the ON and OFF times will essentially be equal due to the 50% duty cycle specification inherent in the model 423) The voltage across the load circuit would look something this: ON Time = .06 Second (60 mi ...
... requires the load circuit to be ON for 60 milliseconds and OFF for 60 milliseconds. (Remember - the ON and OFF times will essentially be equal due to the 50% duty cycle specification inherent in the model 423) The voltage across the load circuit would look something this: ON Time = .06 Second (60 mi ...
Chapter 3 - HCC Learning Web
... • Characteristics and calculations for current, resistance, and voltage – Calculations are usually done by equipment designer – Current draw: determined for each part of the circuit • Depends on resistance of that portion ...
... • Characteristics and calculations for current, resistance, and voltage – Calculations are usually done by equipment designer – Current draw: determined for each part of the circuit • Depends on resistance of that portion ...
Chapter 25 Homework - Handout
... - what 2 parameters are equal to each other (in opposite directions)? - as a result of this, does the total impedance go up, down or stay the same at fo? - will the circuit be an RL, RC, or purely L, C, or R circuit? - what will the circuit phase angle equal? - what is the power factor of a series r ...
... - what 2 parameters are equal to each other (in opposite directions)? - as a result of this, does the total impedance go up, down or stay the same at fo? - will the circuit be an RL, RC, or purely L, C, or R circuit? - what will the circuit phase angle equal? - what is the power factor of a series r ...
Ohms Law and Circuits WKSHT
... connected in parallel. The resistors are then connected to a 35-V battery. a. What is the equivalent resistance of the parallel combination? b. What is the current through each resistor? 23. Resistors R1, R2, and R3 have resistances of 15.0 , 9.0 , and 8.0 R1 and R2 are connected in series, and ...
... connected in parallel. The resistors are then connected to a 35-V battery. a. What is the equivalent resistance of the parallel combination? b. What is the current through each resistor? 23. Resistors R1, R2, and R3 have resistances of 15.0 , 9.0 , and 8.0 R1 and R2 are connected in series, and ...
DSL Primary Switched Battery Charging and Power Supply Unit GL4024
... generators, where operating safety and long-term stability are necessary. The primary clocked switching power supply with 100kHz technology is intended for use on the top-hat rail due to its high efficiency, low weight and low heat development. It is designed such that heat transport is vertical, me ...
... generators, where operating safety and long-term stability are necessary. The primary clocked switching power supply with 100kHz technology is intended for use on the top-hat rail due to its high efficiency, low weight and low heat development. It is designed such that heat transport is vertical, me ...
From analog to digital circuits
... Current I given by: I ne u A V ne A I V L L conductivity ne L R resistance A ...
... Current I given by: I ne u A V ne A I V L L conductivity ne L R resistance A ...
B61089QDR, Dual port negative voltage tracking SLIC protector
... Maximum lead temperature for soldering during 10s ...
... Maximum lead temperature for soldering during 10s ...
Brochure
... Assess the ability of a power system to maintain stable voltages under different contingencies and loading conditions The Voltage Stability Analysis module is dedicated to the voltage security assessment of a power system. In planning and ...
... Assess the ability of a power system to maintain stable voltages under different contingencies and loading conditions The Voltage Stability Analysis module is dedicated to the voltage security assessment of a power system. In planning and ...
Series Circuit - Easy Peasy All-in
... dragging on the yellow circles on the ends of them. The little circles that are in the wire are the electrons. They will not move until you have a complete loop from one side of the battery to the other. Notice the speed that the electrons move, faster = higher current. Resistors – you can change th ...
... dragging on the yellow circles on the ends of them. The little circles that are in the wire are the electrons. They will not move until you have a complete loop from one side of the battery to the other. Notice the speed that the electrons move, faster = higher current. Resistors – you can change th ...