Lecture3
... most fundamental form of a periodic analog signal. • Visualized as a simple oscillating curve, Its change over the course of a cycle is smooth and consistent, a continuous, rolling flow. • Amplitude : refers to the height of the signal. The unit for amplitude depends on the type of the signal. For e ...
... most fundamental form of a periodic analog signal. • Visualized as a simple oscillating curve, Its change over the course of a cycle is smooth and consistent, a continuous, rolling flow. • Amplitude : refers to the height of the signal. The unit for amplitude depends on the type of the signal. For e ...
as a PDF
... supply noise and the substrate noise. To measure the overshooting/undershooting, an input voltage range larger than the supply voltage is needed, so the voltage-range converter reduces the measured signal’s amplitude. The output of the converter and the reference voltage are compared by a comparator ...
... supply noise and the substrate noise. To measure the overshooting/undershooting, an input voltage range larger than the supply voltage is needed, so the voltage-range converter reduces the measured signal’s amplitude. The output of the converter and the reference voltage are compared by a comparator ...
IOSR Journal of Electronics and Communication Engineering (IOSR-JECE)
... Abstract : The Integrated circuit operational amplifier (IC Opamp) is the most widely used for all linear circuits in production today. Opamps find applications in every analog area. Despite of this wide usage, many of the basic performance characteristics of the opamps are based on the external com ...
... Abstract : The Integrated circuit operational amplifier (IC Opamp) is the most widely used for all linear circuits in production today. Opamps find applications in every analog area. Despite of this wide usage, many of the basic performance characteristics of the opamps are based on the external com ...
Vision™ OPLC™ V350-35-TR20/V350-J-TR20
... Note: it is possible to establish a PC to PLC connection using RS232 even when the PLC is set to RS485 (this will eliminate the need to open the controller for jumper setting). To do so, removes the RS485 connector (pins 1 & 6) from the PLC and connect a standard RS232 programming cable instead. Not ...
... Note: it is possible to establish a PC to PLC connection using RS232 even when the PLC is set to RS485 (this will eliminate the need to open the controller for jumper setting). To do so, removes the RS485 connector (pins 1 & 6) from the PLC and connect a standard RS232 programming cable instead. Not ...
TEP 4.4.05 -01 Capacitor in the AC circuit LEP 4.4.05
... Set up the circuit as shown in Fig. 3 to display both terminal voltage and total current of the circuit. There are two major ways to measure the frequency-dependent phase shift between total current and terminal voltage. If, by means of the time-base control of the oscilloscope, one half-wave of the ...
... Set up the circuit as shown in Fig. 3 to display both terminal voltage and total current of the circuit. There are two major ways to measure the frequency-dependent phase shift between total current and terminal voltage. If, by means of the time-base control of the oscilloscope, one half-wave of the ...
Ethernet-Based Portable Data Acquisition
... is no speed penalty for scanning expansion channels versus builtin channels, with the exception of the DBK90 option, which are scanned at 1 msec per channel. DBK expansion options offer a wide variety of signal measurements, including thermocouples, RTDs, strain gages, accelerometers, high voltage, ...
... is no speed penalty for scanning expansion channels versus builtin channels, with the exception of the DBK90 option, which are scanned at 1 msec per channel. DBK expansion options offer a wide variety of signal measurements, including thermocouples, RTDs, strain gages, accelerometers, high voltage, ...
This Australian synthesiser was designed by Trevor Marshall and
... It's calibrated at 1V/oct, but any ratio is possible, from 0 to over 2V/oct. Hz/V are available in 5 flavours, covering from 1 up to 5 octaves. Basic soldering skills are needed as well as a bit of knowledge about your synth. The service manual of your instrument, or at least schematic is most helpf ...
... It's calibrated at 1V/oct, but any ratio is possible, from 0 to over 2V/oct. Hz/V are available in 5 flavours, covering from 1 up to 5 octaves. Basic soldering skills are needed as well as a bit of knowledge about your synth. The service manual of your instrument, or at least schematic is most helpf ...
ADC
... Dual-Slope ADC – How It Works An unknown input voltage is applied to the input of the integrator and allowed to ramp for a fixed time period (tu) Then, a known reference voltage of opposite polarity is applied to the integrator and is allowed to ramp until the integrator output returns to zero ...
... Dual-Slope ADC – How It Works An unknown input voltage is applied to the input of the integrator and allowed to ramp for a fixed time period (tu) Then, a known reference voltage of opposite polarity is applied to the integrator and is allowed to ramp until the integrator output returns to zero ...
User Manual for 15KVP Medium Voltage Probe
... Do not use water or other conductive liquids since they may pose a safety risk. Follow industry standard maintenance procedures with this equipment. This includes checking the probe for potential cracks or conductive films each time before use. A yearly safety test and calibration are recommended. T ...
... Do not use water or other conductive liquids since they may pose a safety risk. Follow industry standard maintenance procedures with this equipment. This includes checking the probe for potential cracks or conductive films each time before use. A yearly safety test and calibration are recommended. T ...
Experiment 4: Damped Oscillations and Resonance in RLC Circuits
... resonance frequency, they become much larger than the forcing voltages! ...
... resonance frequency, they become much larger than the forcing voltages! ...
Unusual Frequency Dividers
... Here is a simple trick for dividing a frequency well above the toggle frequency of a particular logic family. The clock inputs of a logic family respond to frequencies well above the frequency that the devices can successfully divide. The output becomes a chaotic jumble of unpredictable sub-harmonic ...
... Here is a simple trick for dividing a frequency well above the toggle frequency of a particular logic family. The clock inputs of a logic family respond to frequencies well above the frequency that the devices can successfully divide. The output becomes a chaotic jumble of unpredictable sub-harmonic ...
DaqBook/2020 WaveBook/516
... • Four 16-bit, 10 MHz frequency inputs via front-panel BNC connectors (can be combined into 32-bit counters) • Two 16-bit, 1 MHz timer outputs via front-panel BNC connectors • External Trigger Input and External Clock input via front-panel BNC connectors ...
... • Four 16-bit, 10 MHz frequency inputs via front-panel BNC connectors (can be combined into 32-bit counters) • Two 16-bit, 1 MHz timer outputs via front-panel BNC connectors • External Trigger Input and External Clock input via front-panel BNC connectors ...
Data Sheet
... should be provided to minimize the current flow in the path from sensitive points to the system ground point. In this way supply currents and logic-gate return currents are not summed into the same return path as analog signals where they would cause measurement errors. ...
... should be provided to minimize the current flow in the path from sensitive points to the system ground point. In this way supply currents and logic-gate return currents are not summed into the same return path as analog signals where they would cause measurement errors. ...
ECE 3235 Electronics II
... (C) If your results in point (B) are not so good, try assuming a constant drop across the diode (experiment with various values between 0.2 and 0.7 volts to get the best fit). Is your experimental gain block voltage gain (A = Vout-p/Vfp-p) a constant, independent of Rx? What is its value? Is it clos ...
... (C) If your results in point (B) are not so good, try assuming a constant drop across the diode (experiment with various values between 0.2 and 0.7 volts to get the best fit). Is your experimental gain block voltage gain (A = Vout-p/Vfp-p) a constant, independent of Rx? What is its value? Is it clos ...
digi96_pad_pst_hardware_e
... DIGI96/8 PAD is in most items identical to DIGI96/8 PRO Rev. 2. That's why this addendum lists only differences and additions. For all basic information please read Internal Reference DIGI96 Series and DIGI96/8 PRO addendum. Differences in hardware: DIGI96/8 PAD adds an analog input, realized using ...
... DIGI96/8 PAD is in most items identical to DIGI96/8 PRO Rev. 2. That's why this addendum lists only differences and additions. For all basic information please read Internal Reference DIGI96 Series and DIGI96/8 PRO addendum. Differences in hardware: DIGI96/8 PAD adds an analog input, realized using ...
Considerations for Analog Input and Output
... 3.4 Sample rate and aliasing The “maximum sampling rate” indicates the fastest acquisition rate you can use with the device. For the PCI-6040E this is specified as 500 kS/s (kilosamples/sec) for a single channel and 250 kS/s for multiple channels. For the USB-6221 it is given as 250 kS/s for a singl ...
... 3.4 Sample rate and aliasing The “maximum sampling rate” indicates the fastest acquisition rate you can use with the device. For the PCI-6040E this is specified as 500 kS/s (kilosamples/sec) for a single channel and 250 kS/s for multiple channels. For the USB-6221 it is given as 250 kS/s for a singl ...
EVALUATION AND DESIGN SUPPORT
... CIRCUIT FUNCTION AND BENEFITS The circuit shown in Figure 1 is a flexible signal conditioning circuit for processing signals of wide dynamic range, varying from several mV p-p to 20 V p-p. The circuit provides the necessary conditioning and level shifting and achieves the dynamic range using the int ...
... CIRCUIT FUNCTION AND BENEFITS The circuit shown in Figure 1 is a flexible signal conditioning circuit for processing signals of wide dynamic range, varying from several mV p-p to 20 V p-p. The circuit provides the necessary conditioning and level shifting and achieves the dynamic range using the int ...
The Product Detector
... The BFO can mix with two different frequencies to get the same output tone--one above and the other below the BFO’s frequency. For this reason, the input RF signal should be filtered so it contains only a narrow range of frequencies. This keeps the audio output cleaner with fewer undesired ...
... The BFO can mix with two different frequencies to get the same output tone--one above and the other below the BFO’s frequency. For this reason, the input RF signal should be filtered so it contains only a narrow range of frequencies. This keeps the audio output cleaner with fewer undesired ...
eriii20_control_navigation3
... datasheet for the microcontroller will provide a description for use(s) or function(s) for each pin. Many pins have multiple functions. For example, Pin #6 on the Microchip Technologies PIC16F88 can functions as a bidirectional input/output pin (RB0), an external interrupt pin (INT), or Capture in ...
... datasheet for the microcontroller will provide a description for use(s) or function(s) for each pin. Many pins have multiple functions. For example, Pin #6 on the Microchip Technologies PIC16F88 can functions as a bidirectional input/output pin (RB0), an external interrupt pin (INT), or Capture in ...
ece2201_lab6_modified
... oscilloscope channel 1 and 2. Use DC coupling, set both channels to 2V/div, and adjust the vertical position so that 0V (ground) is near the bottom of the screen. Verify the 180° phase shift (inversion of the sine wave) from input to output vOUT1. L19. Now, change channel 2 to vOUT2. You should see ...
... oscilloscope channel 1 and 2. Use DC coupling, set both channels to 2V/div, and adjust the vertical position so that 0V (ground) is near the bottom of the screen. Verify the 180° phase shift (inversion of the sine wave) from input to output vOUT1. L19. Now, change channel 2 to vOUT2. You should see ...
Time Delay Relays - Walker Industrial
... the input terminals, the time delay cycle starts. At the end of the preset time delay, the relay coil is energized and the contacts transfer. Reset is accomplished by the removal of input voltage. Note 1) Remote potentiometer leads should be shielded when running close to other wires; 2) The minimum ...
... the input terminals, the time delay cycle starts. At the end of the preset time delay, the relay coil is energized and the contacts transfer. Reset is accomplished by the removal of input voltage. Note 1) Remote potentiometer leads should be shielded when running close to other wires; 2) The minimum ...
DMT 231 / 3 Lecture V Frequency Response of BJT
... shift of signals must be taken into account ...
... shift of signals must be taken into account ...
DL750P Scope & Chart Recorder Two-in-One
... 6. The latest firmware for the DL750 series is available on our Web site. http://www.yokogawa.com/tm/DL750/ 7.Only supported by the initially-released DL750P (ver. 5.01 or later). DL750 support to be offered by 3rd quarter 2005 (ver. 6.01 or later) ...
... 6. The latest firmware for the DL750 series is available on our Web site. http://www.yokogawa.com/tm/DL750/ 7.Only supported by the initially-released DL750P (ver. 5.01 or later). DL750 support to be offered by 3rd quarter 2005 (ver. 6.01 or later) ...
SIGnal Workbench
... Concurrent’s family of SIGnal Workbench products provides flexible, programmable signal conditioning solutions for a wide range of automotive, aerospace and data acquisition applications. SIGnal Workbench is ideal for hardware-in-the-loop test stands and dynamic data processing and monitoring system ...
... Concurrent’s family of SIGnal Workbench products provides flexible, programmable signal conditioning solutions for a wide range of automotive, aerospace and data acquisition applications. SIGnal Workbench is ideal for hardware-in-the-loop test stands and dynamic data processing and monitoring system ...
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.