ppt
... Any digital waveform will have infinite bandwidth BUT the transmission system will limit the bandwidth that can be transmitted AND, for any given medium, the greater the bandwidth transmitted, the greater the cost HOWEVER, limiting the bandwidth creates distortions ...
... Any digital waveform will have infinite bandwidth BUT the transmission system will limit the bandwidth that can be transmitted AND, for any given medium, the greater the bandwidth transmitted, the greater the cost HOWEVER, limiting the bandwidth creates distortions ...
ppt
... Any digital waveform will have infinite bandwidth BUT the transmission system will limit the bandwidth that can be transmitted AND, for any given medium, the greater the bandwidth transmitted, the greater the cost HOWEVER, limiting the bandwidth creates distortions ...
... Any digital waveform will have infinite bandwidth BUT the transmission system will limit the bandwidth that can be transmitted AND, for any given medium, the greater the bandwidth transmitted, the greater the cost HOWEVER, limiting the bandwidth creates distortions ...
Use of the Fluke 105B Scopemeter on the Farm
... Glitch Detect displays spikes that occur in the waveform. The scope is sampling at a very high rate (2.5 billion samples per second). The scope does not store and display all these values. The scope periodically combines a set of samples and stores that value. The scope then displays that combined s ...
... Glitch Detect displays spikes that occur in the waveform. The scope is sampling at a very high rate (2.5 billion samples per second). The scope does not store and display all these values. The scope periodically combines a set of samples and stores that value. The scope then displays that combined s ...
LABORATORY 1 WRITEUP - PHYSICS 517/617 Prof. L. S. Durkin
... The capacitance measurements of Table 8 do not seem very consistent. There seems to be greater than a 10 % difference in the answer when I change my C1 value. Even more shocking is the difference with the manual for the scope which claims and internal capacitance of 35 pF. To check the internal capa ...
... The capacitance measurements of Table 8 do not seem very consistent. There seems to be greater than a 10 % difference in the answer when I change my C1 value. Even more shocking is the difference with the manual for the scope which claims and internal capacitance of 35 pF. To check the internal capa ...
4 INPUTS, 2 OUTPUTS SERVO VALVE CONTROLLER
... outputs to directly drive servos or other bidirectional loads. In addition to the two servo outputs, there are two signal outputs with voltage and current signal generation. The controller’s flexible circuit design gives the user a wide range of configurable input types. The sophisticated control al ...
... outputs to directly drive servos or other bidirectional loads. In addition to the two servo outputs, there are two signal outputs with voltage and current signal generation. The controller’s flexible circuit design gives the user a wide range of configurable input types. The sophisticated control al ...
Lab Instrument Tutorial
... the TRACKING RATIO control knob on the front panel is turned fully clockwise to the “FIXED” position, the +20/-20V dual outputs have a fixed 1:1 tracking ratio. This is shown in Figure 6, as a solid bar connecting the voltages sources for the +20V and -20V terminals. For the purposes of this lab, yo ...
... the TRACKING RATIO control knob on the front panel is turned fully clockwise to the “FIXED” position, the +20/-20V dual outputs have a fixed 1:1 tracking ratio. This is shown in Figure 6, as a solid bar connecting the voltages sources for the +20V and -20V terminals. For the purposes of this lab, yo ...
Presentation
... Data Handling Systems Both data about the physical world and control signals sent to interact with the physical world are typically "analog" or continuously varying quantities. In order to use the power of digital electronics, one must convert from analog to digital form on the experimental mea ...
... Data Handling Systems Both data about the physical world and control signals sent to interact with the physical world are typically "analog" or continuously varying quantities. In order to use the power of digital electronics, one must convert from analog to digital form on the experimental mea ...
Operational Amplifiers
... Set the output of the function generator to produce a bipolar sine wave output of 300mV peak-to-peak, at 1 kHz. Connect the signal generator to the input of your circuit and display your input and output waveforms on the oscilloscope (using Channels 1 and 2). Measure the peak to peak voltages of VIN ...
... Set the output of the function generator to produce a bipolar sine wave output of 300mV peak-to-peak, at 1 kHz. Connect the signal generator to the input of your circuit and display your input and output waveforms on the oscilloscope (using Channels 1 and 2). Measure the peak to peak voltages of VIN ...
Experiment FT2: Measurement of Inductance and Mutual Inductance
... If the secondary circuit is closed, for example, by connecting a resistor to the terminals, a current I2 will start to flow. By this electromagnetic induction, the electrical energy is transferred from the primary winding to the secondary winding by means of magnetic field coupling. Assuming that th ...
... If the secondary circuit is closed, for example, by connecting a resistor to the terminals, a current I2 will start to flow. By this electromagnetic induction, the electrical energy is transferred from the primary winding to the secondary winding by means of magnetic field coupling. Assuming that th ...
Input Magic—Differential Signals Allow Input Swing to Exceed Supply Voltage
... inherent cancellation of even-order distortion (This is only true if you have perfect amplitude and phase matching, but that’s another story.). An often overlooked advantage of differential signals, however, is that the amplitude of a differential signal can have twice the amplitude as a singleended ...
... inherent cancellation of even-order distortion (This is only true if you have perfect amplitude and phase matching, but that’s another story.). An often overlooked advantage of differential signals, however, is that the amplitude of a differential signal can have twice the amplitude as a singleended ...
EET 1131 Lab #13 Multivibrators
... switches. The LED should light up for about two seconds and then go dark. Use the oscilloscope’s Channel 1 to display your trigger signal in the top half of the oscilloscope’s screen, and use Channel 2 to display the 555’s output in the bottom half. Trigger the one-shot and observe the output pulse ...
... switches. The LED should light up for about two seconds and then go dark. Use the oscilloscope’s Channel 1 to display your trigger signal in the top half of the oscilloscope’s screen, and use Channel 2 to display the 555’s output in the bottom half. Trigger the one-shot and observe the output pulse ...
The Field Effect Transistor
... (JFET), type 2N5458 and then continues with op amps using the TL082/084 dual/quad op amp chips. Details of these devices, including pin-out, can be found on the data sheets in the supplementary reading section on your web page. The links can be found on the Assignment Schedule. ...
... (JFET), type 2N5458 and then continues with op amps using the TL082/084 dual/quad op amp chips. Details of these devices, including pin-out, can be found on the data sheets in the supplementary reading section on your web page. The links can be found on the Assignment Schedule. ...
PDF of the lab
... At the end of performing this experiment, learners would be able to: Describe the concept of Pulse Amplitude Modulation Understand the working of PAM under different sampling conditions Identify the concept of envelope detection Demodulate the PAM signal ...
... At the end of performing this experiment, learners would be able to: Describe the concept of Pulse Amplitude Modulation Understand the working of PAM under different sampling conditions Identify the concept of envelope detection Demodulate the PAM signal ...
Oscilloscope types
This is a subdivision of the Oscilloscope article, discussing the various types and models of oscilloscopes in greater detail.