Why Differential?
... of voltage being the difference of potential between two points is easily understood by a person using a voltmeter. One cannot measure a voltage using only one voltmeter lead. The other lead needs to be connected in order to provide a reference point. When using a scope, we sometimes forget that the ...
... of voltage being the difference of potential between two points is easily understood by a person using a voltmeter. One cannot measure a voltage using only one voltmeter lead. The other lead needs to be connected in order to provide a reference point. When using a scope, we sometimes forget that the ...
multi-port networks
... Compare these results with the ones obtained at 2.1.P.Interpret it. Is it possible for both diodes to be simultaneous turned on? What about turned off? ...
... Compare these results with the ones obtained at 2.1.P.Interpret it. Is it possible for both diodes to be simultaneous turned on? What about turned off? ...
EMC1 - FOE - Multimedia University
... 3. Set the DC Power Supply voltage to 5 V. 4. Connect the 5-V supply to Circuit-1. Caution: make sure the polarity is correct. 5. Toggle SW103 to ON. The analog circuit is a sinewave oscillator. Connect the sinewave output (CN103) to the oscilloscope CH1 input (AC coupling). 6. Set the oscilloscope ...
... 3. Set the DC Power Supply voltage to 5 V. 4. Connect the 5-V supply to Circuit-1. Caution: make sure the polarity is correct. 5. Toggle SW103 to ON. The analog circuit is a sinewave oscillator. Connect the sinewave output (CN103) to the oscilloscope CH1 input (AC coupling). 6. Set the oscilloscope ...
Article
... expected, making waveform digitizing on all PMT channels mandatory. Instead of using commercial flash analog-to-digital converters (FADC), an analog waveform digitizer in the GHz range will be used, which follows an earlier development at PSI [2]. This solution is not only cheaper and requires less ...
... expected, making waveform digitizing on all PMT channels mandatory. Instead of using commercial flash analog-to-digital converters (FADC), an analog waveform digitizer in the GHz range will be used, which follows an earlier development at PSI [2]. This solution is not only cheaper and requires less ...
PHYS 2426 – Engineering Physics II
... 3. Use the spring clips to connect the components in the order shown in the circuit schematic. (The instructions in this lab will be written assuming you connected the components in the order shown.) 4. Place the BNC/T on the output of the function generator. 5. Use the BNC/Alligator cable to connec ...
... 3. Use the spring clips to connect the components in the order shown in the circuit schematic. (The instructions in this lab will be written assuming you connected the components in the order shown.) 4. Place the BNC/T on the output of the function generator. 5. Use the BNC/Alligator cable to connec ...
Kirchhoff`s Laws, Internal Resistance of a Battery, Oscilloscopes, RC
... Figure 3: A battery represented by an EMF source E and internal resistance r. It is hooked up to a circuit represented by the resistance RL . line is how we represent the inside of the battery. The emf E and the internal resistance r in series can then be used as elements in the circuit. Note that t ...
... Figure 3: A battery represented by an EMF source E and internal resistance r. It is hooked up to a circuit represented by the resistance RL . line is how we represent the inside of the battery. The emf E and the internal resistance r in series can then be used as elements in the circuit. Note that t ...
lampiran - UniMAP Portal
... Diode limiters are wave-shaping circuits: can be used to prevent signal voltages from going above or below certain levels. The limiting level may be either equal to the diode’s barrier potential or made variable with a dc source voltage. These circuits are sometimes called clippers because of its cl ...
... Diode limiters are wave-shaping circuits: can be used to prevent signal voltages from going above or below certain levels. The limiting level may be either equal to the diode’s barrier potential or made variable with a dc source voltage. These circuits are sometimes called clippers because of its cl ...
S1SD-1TI-1U Temperature Converter Connection
... devices: - resistance thermometers - thermocouples - PTC thermistors - potentiometers - voltage sources - field device with its own characteristic ...
... devices: - resistance thermometers - thermocouples - PTC thermistors - potentiometers - voltage sources - field device with its own characteristic ...
PRACTICAL # 08
... Negative diode clamper circuit inserts a negative DC level in the output waveform. When positive half cycle of input AC signal is provided to negative diode clamper circuit, diode is forward biased and capacitor will be charged up to voltage level (Vin-0.7), because diode has to drop 0.7volts. Durin ...
... Negative diode clamper circuit inserts a negative DC level in the output waveform. When positive half cycle of input AC signal is provided to negative diode clamper circuit, diode is forward biased and capacitor will be charged up to voltage level (Vin-0.7), because diode has to drop 0.7volts. Durin ...
lab proceedures (word format) - Rose
... all driven by a single input and a clock. The difference between these two circuits is the manner in which I’ve layed out the clock line and the power and ground lines. You’re job is to pull these two circuits into cadence, examine them, and determine which circuit is more likely to produce clock sk ...
... all driven by a single input and a clock. The difference between these two circuits is the manner in which I’ve layed out the clock line and the power and ground lines. You’re job is to pull these two circuits into cadence, examine them, and determine which circuit is more likely to produce clock sk ...
Electric Circuit Theory, Experiment 1:The Linear Resistor and OHM`s
... connected by wires to anything else on the screen. Instructions for setting the defaults will be given in each experiment. The settings will be made on the Main Panel of each object unless another panel is designated. Only the necessary settings will be specified; all others are immaterial. As is of ...
... connected by wires to anything else on the screen. Instructions for setting the defaults will be given in each experiment. The settings will be made on the Main Panel of each object unless another panel is designated. Only the necessary settings will be specified; all others are immaterial. As is of ...
4.6 Basic Input Circuits
... Potential-meter or Rheostat): is a device to convert either linear or angular displacement into an electric signal. (a) Potentialmeters The output vo is proportional to the rectilinea r displacement x or the angular displaceme nt ...
... Potential-meter or Rheostat): is a device to convert either linear or angular displacement into an electric signal. (a) Potentialmeters The output vo is proportional to the rectilinea r displacement x or the angular displaceme nt ...
Trig-Tek™ Product Information
... accelerometers where pyroelectric effects may be encountered and will function with 100 kΩ or greater shunt input resistance. The unit has an alarm circuit to alert if preset levels are exceeded as well as a relay contact closure. Up to six 203M modules can plug into a standard 19" cabinet space tha ...
... accelerometers where pyroelectric effects may be encountered and will function with 100 kΩ or greater shunt input resistance. The unit has an alarm circuit to alert if preset levels are exceeded as well as a relay contact closure. Up to six 203M modules can plug into a standard 19" cabinet space tha ...
AC Series and Parallel Circuits
... IV. Lab Procedure. Time Required: 45 minutes. Check-off each step as you complete it. Step One: Construct an AC series parallel circuit ...
... IV. Lab Procedure. Time Required: 45 minutes. Check-off each step as you complete it. Step One: Construct an AC series parallel circuit ...
CR-800 Datalogger
... ANALOG OUTPUTS 2 switched voltage, active only during measurement, one at a time. RANGE AND RESOLUTION: Voltage outputs programmable between ±2.5 V with 0.67 mV resolution. ACCURACY: ±(0.06% of setting + 0.8 mV), 0° to 40°C ±(0.12% of setting + 0.8 mV), -25° to 50°C ±(0.18% of setting + 0.8 mV), -55 ...
... ANALOG OUTPUTS 2 switched voltage, active only during measurement, one at a time. RANGE AND RESOLUTION: Voltage outputs programmable between ±2.5 V with 0.67 mV resolution. ACCURACY: ±(0.06% of setting + 0.8 mV), 0° to 40°C ±(0.12% of setting + 0.8 mV), -25° to 50°C ±(0.18% of setting + 0.8 mV), -55 ...
ECT Practical 4 - Series Resonant Circuit - NetLab
... Log on to the NetLab. Once the connection is established use the chat window to communicate with other members of your group. Also, switch on the camera to see what is happening in the remote lab. Conduct the remote experiment as following: a. Use the Circuit Builder to connect Channel 1 of the osci ...
... Log on to the NetLab. Once the connection is established use the chat window to communicate with other members of your group. Also, switch on the camera to see what is happening in the remote lab. Conduct the remote experiment as following: a. Use the Circuit Builder to connect Channel 1 of the osci ...
DC1164 - High Speed ADC Signal Source Evaluation Kit Quick Start
... and optimized for signals from 60MHz to 80MHz. The center frequency of the SAW filter is 70MHz and it has a 20MHz bandwidth. All of the amplifiers used are also tuned for frequencies between 60MHz and 80MHz. ...
... and optimized for signals from 60MHz to 80MHz. The center frequency of the SAW filter is 70MHz and it has a 20MHz bandwidth. All of the amplifiers used are also tuned for frequencies between 60MHz and 80MHz. ...
生醫電子電路設計 姓名：蔡聖瑋 老師：梁治國
... 1. The output voltage can typically swing to within 1.0 volt of the +Vcc and to within 0.3 volt of the –Vcc level (ground in the case of single-supply operation). 2. The supply voltage can range between 3 and 44 volte . 3. Unity gain frequency is about 4.5 megahertz 4. Slew rates are as high as 13 v ...
... 1. The output voltage can typically swing to within 1.0 volt of the +Vcc and to within 0.3 volt of the –Vcc level (ground in the case of single-supply operation). 2. The supply voltage can range between 3 and 44 volte . 3. Unity gain frequency is about 4.5 megahertz 4. Slew rates are as high as 13 v ...
iC5000 I/O module
... The Pattern module generates data on 3 output ports, one 8-bit digital and two analog. The output data is selected by individual Output Muxes and provided by Pattern Tables A an B. Table T1 shows all possible options available. Registers SELOUTD, SELOUTA0 and SELOUTA1 select options, as defined in t ...
... The Pattern module generates data on 3 output ports, one 8-bit digital and two analog. The output data is selected by individual Output Muxes and provided by Pattern Tables A an B. Table T1 shows all possible options available. Registers SELOUTD, SELOUTA0 and SELOUTA1 select options, as defined in t ...
Summing Amplifier
... • The source of these signals might be anything at all. Common input sources are another op amp, some kind of sensor circuit, or an initial constant value. Since we don't have the first two available at this time, we'll use the third source for this experiment. • The point of using an op amp to add ...
... • The source of these signals might be anything at all. Common input sources are another op amp, some kind of sensor circuit, or an initial constant value. Since we don't have the first two available at this time, we'll use the third source for this experiment. • The point of using an op amp to add ...
User's Model 701922
... Grounding of the measuring instrument The protective grounding terminal of the measuring instrument must be connected to ground. Earth cable of the probe Make sure to connect the earth cable of the probe to the ground (grounding potential). Do not operated with suspected failures If you suspect that ...
... Grounding of the measuring instrument The protective grounding terminal of the measuring instrument must be connected to ground. Earth cable of the probe Make sure to connect the earth cable of the probe to the ground (grounding potential). Do not operated with suspected failures If you suspect that ...
P S C
... The ball can also be made to move back and forth while it is bouncing up and down. Show how you would modify the last circuit by adding another input signal, so this additional motion is possible. Hint: Compare the difference between the non-bouncing circle in 5.a to vertically bouncing in 5.d and t ...
... The ball can also be made to move back and forth while it is bouncing up and down. Show how you would modify the last circuit by adding another input signal, so this additional motion is possible. Hint: Compare the difference between the non-bouncing circle in 5.a to vertically bouncing in 5.d and t ...
Analog Input / Output Modules
... possible to also measure signals that do not fully utilize the measuring range (e.g. 0 to 5 V) with a sufficiently high resolution. Temperatures are playing an important role in an increasing number of processes. These modules therefore also support Pt100/Pt1000 in 2, 3 and 4-wire measuring circui ...
... possible to also measure signals that do not fully utilize the measuring range (e.g. 0 to 5 V) with a sufficiently high resolution. Temperatures are playing an important role in an increasing number of processes. These modules therefore also support Pt100/Pt1000 in 2, 3 and 4-wire measuring circui ...
Oscilloscope
An oscilloscope, previously called an oscillograph, and informally known as a scope, CRO (for cathode-ray oscilloscope), or DSO (for the more modern digital storage oscilloscope), is a type of electronic test instrument that allows observation of constantly varying signal voltages, usually as a two-dimensional plot of one or more signals as a function of time. Other signals (such as sound or vibration) can be converted to voltages and displayed.Oscilloscopes are used to observe the change of an electrical signal over time, such that voltage and time describe a shape which is continuously graphed against a calibrated scale. The observed waveform can be analyzed for such properties as amplitude, frequency, rise time, time interval, distortion and others. Modern digital instruments may calculate and display these properties directly. Originally, calculation of these values required manually measuring the waveform against the scales built into the screen of the instrument.The oscilloscope can be adjusted so that repetitive signals can be observed as a continuous shape on the screen. A storage oscilloscope allows single events to be captured by the instrument and displayed for a relatively long time, allowing observation of events too fast to be directly perceptible.Oscilloscopes are used in the sciences, medicine, engineering, and telecommunications industry. General-purpose instruments are used for maintenance of electronic equipment and laboratory work. Special-purpose oscilloscopes may be used for such purposes as analyzing an automotive ignition system or to display the waveform of the heartbeat as an electrocardiogram.Before the advent of digital electronics, oscilloscopes used cathode ray tubes (CRTs) as their display element (hence were commonly referred to as CROs) and linear amplifiers for signal processing. Storage oscilloscopes used special storage CRTs to maintain a steady display of a single brief signal. CROs were later largely superseded by digital storage oscilloscopes (DSOs) with thin panel displays, fast analog-to-digital converters and digital signal processors. DSOs without integrated displays (sometimes known as digitisers) are available at lower cost and use a general-purpose digital computer to process and display waveforms.