LeCroy Current Probes Datasheet
... The ADP300 and ADP305 are high-voltage differential probes ideal for measuring power electronics. The 20 MHz bandwidth ADP300 is good for troubleshooting low frequency power devices and other circuits where the reference potential is elevated from the ground or the ground is unknown. The 100 MHz ban ...
... The ADP300 and ADP305 are high-voltage differential probes ideal for measuring power electronics. The 20 MHz bandwidth ADP300 is good for troubleshooting low frequency power devices and other circuits where the reference potential is elevated from the ground or the ground is unknown. The 100 MHz ban ...
Resistor Inductor Capacitor Series Circuits
... icon below channel A. Click on the rescale icon and a graph of the resistor voltage versus time is shown. Click on the Input selection box at the lower left of the graph window (second row, second icon), click on Analog B and click on Voltage to display the inductor voltage graph. Repeat this to se ...
... icon below channel A. Click on the rescale icon and a graph of the resistor voltage versus time is shown. Click on the Input selection box at the lower left of the graph window (second row, second icon), click on Analog B and click on Voltage to display the inductor voltage graph. Repeat this to se ...
Amplifiers_p108..
... feed some of the inverted output back into the input. When the output is very large, the (negative) feedback is large. This kind of feedback decreases the gain the most at exactly those frequencies where the gain of the op-amp is largest. The result is to make the gain constant over a wide range of ...
... feed some of the inverted output back into the input. When the output is very large, the (negative) feedback is large. This kind of feedback decreases the gain the most at exactly those frequencies where the gain of the op-amp is largest. The result is to make the gain constant over a wide range of ...
EXPERIMENT 3. SINGLE TUNED AMPLIFIERS Introduction
... In this laboratory, characteristics of single tuned amplifiers will be examined. In this type of amplifiers, one parallel tuned circuit is used as a load. They have several limitations such as small bandwidth, small gain bandwidth product, and do not provide flatten response. On the other hand, thei ...
... In this laboratory, characteristics of single tuned amplifiers will be examined. In this type of amplifiers, one parallel tuned circuit is used as a load. They have several limitations such as small bandwidth, small gain bandwidth product, and do not provide flatten response. On the other hand, thei ...
Class T Digital Audio Amplifier Technology Overview
... The audio quality of Class-D PWM amplifiers is inferior because of fundamental problems with the PWM approach. The output transistors are not perfect switches and are not perfectly matched, and this causes distortion. The switching of the transistors causes “ground bounce,” which adds noise. There i ...
... The audio quality of Class-D PWM amplifiers is inferior because of fundamental problems with the PWM approach. The output transistors are not perfect switches and are not perfectly matched, and this causes distortion. The switching of the transistors causes “ground bounce,” which adds noise. There i ...
doc - PAWS
... hardkey, and the Time Ref soft key to locate the reference time at the left. The oscilloscope should now have the following setup: ...
... hardkey, and the Time Ref soft key to locate the reference time at the left. The oscilloscope should now have the following setup: ...
VAB-802
... Additional internal PCB LEDs are provided for detailed service diagnostics as well as amplifier status. ...
... Additional internal PCB LEDs are provided for detailed service diagnostics as well as amplifier status. ...
R and X in Series
... Inductors and capacitors resist the flow of AC. This property is called reactance. Resistance also impedes the flow of AC. The combination of reactance and resistance in a circuit is called impedance. Reactance and resistance which are in series cannot simply be added because they differ in the phas ...
... Inductors and capacitors resist the flow of AC. This property is called reactance. Resistance also impedes the flow of AC. The combination of reactance and resistance in a circuit is called impedance. Reactance and resistance which are in series cannot simply be added because they differ in the phas ...
iC-NVH 6-bit Sin/D Flash Converter - iC-Haus
... The transition distance control unit is followed by the digital processing unit. This is where the transition events are converted into a pulse sequence for the incremental outputs A and B. The square-wave signals generated have a phase shift of +90° or -90°, depending on the direction of rotation. ...
... The transition distance control unit is followed by the digital processing unit. This is where the transition events are converted into a pulse sequence for the incremental outputs A and B. The square-wave signals generated have a phase shift of +90° or -90°, depending on the direction of rotation. ...
10 Transient analysis using spice
... a. In the “Analysis type” set “AC Sweep/Noise Transient”. b. In the “AC Sweep Type”, set “logarithmic scale”, and choose 10kHz
... a. In the “Analysis type” set “AC Sweep/Noise Transient”. b. In the “AC Sweep Type”, set “logarithmic scale”, and choose 10kHz
LABORATORY VI : Flip-Flops 1 Introduction 2 Laboratory Preliminaries
... Control of analog signals up to 20 Vpp can be achieved by digital signals, if the digital signal amplitudes are at least 4.5V. More precisely, if the digital supply voltage range is larger 4.5 V (VDD − VSS > 4.5 V), then analog output swings are possible with amplitudes set by the supply voltage ran ...
... Control of analog signals up to 20 Vpp can be achieved by digital signals, if the digital signal amplitudes are at least 4.5V. More precisely, if the digital supply voltage range is larger 4.5 V (VDD − VSS > 4.5 V), then analog output swings are possible with amplitudes set by the supply voltage ran ...
Nov 2000 Low Distortion Rail-to-Rail Amplifiers Drive ADCs and Cables
... passes through the 6.8MHz lowpass filter formed by R3 and C1 and is applied to the LTC1420 ADC. With the 10Msps, 12-bit LTC1420 set in a gain of 1 and its internal reference set at 2.048V, the full-scale signal is about 1VP-P, input referred. Figure 10, a 4096 point FFT, shows results ...
... passes through the 6.8MHz lowpass filter formed by R3 and C1 and is applied to the LTC1420 ADC. With the 10Msps, 12-bit LTC1420 set in a gain of 1 and its internal reference set at 2.048V, the full-scale signal is about 1VP-P, input referred. Figure 10, a 4096 point FFT, shows results ...
DOC
... common 100Ω resistor. Display the voltage across the 100Ω on a scope. a) Derive triggering for the scope from the sync output of the function generator. The sync output is a square wave synchronized to the sine wave. You need to get the scope to trigger on both negative and positive changes in the s ...
... common 100Ω resistor. Display the voltage across the 100Ω on a scope. a) Derive triggering for the scope from the sync output of the function generator. The sync output is a square wave synchronized to the sine wave. You need to get the scope to trigger on both negative and positive changes in the s ...
BELT-PACK IFB AMPLIFIER type C1MB
... can be used to ensure a safe listening level over a wide range of input signal levels and also improves signal intelligibility by preventing clipping of the output signal as the battery discharges. When the loudspeaker is used, the limiter significantly extends battery life by limiting the peak curr ...
... can be used to ensure a safe listening level over a wide range of input signal levels and also improves signal intelligibility by preventing clipping of the output signal as the battery discharges. When the loudspeaker is used, the limiter significantly extends battery life by limiting the peak curr ...
What is a Lock-in Amplifier? - Center for Precision Metrology
... figure 3. Readers should be aware that the following discussion makes no assumptions as to the technology used to implement each of the circuit elements and that analog, mixed technology and digital methods may be used. Signal Channel In the signal channel the input signal, including noise, is ampli ...
... figure 3. Readers should be aware that the following discussion makes no assumptions as to the technology used to implement each of the circuit elements and that analog, mixed technology and digital methods may be used. Signal Channel In the signal channel the input signal, including noise, is ampli ...
... figure 3. Readers should be aware that the following discussion makes no assumptions as to the technology used to implement each of the circuit elements and that analog, mixed technology and digital methods may be used. Signal Channel In the signal channel the input signal, including noise, is ampli ...
FLASH (SIMULTANEOUS ) ADC CONVERTER (1)…
... Sampling is the process of taking a sufficient number of discrete values at points on a waveform that will define a waveform. Sampling converts an analog signal into a series of impulses, each representing the amplitude of the signal at a given instant in time. Before a signal can be sampled, it mus ...
... Sampling is the process of taking a sufficient number of discrete values at points on a waveform that will define a waveform. Sampling converts an analog signal into a series of impulses, each representing the amplitude of the signal at a given instant in time. Before a signal can be sampled, it mus ...
PRECISE ANALOG CURRENT DRIVER FOR MICRO-MECHANICAL
... The shape memory alloys, also called SM As, are metallic alloys that exhibit the shape memory effect: SM As can be deformed at a low temperature but regain their original configuration when heated to a higher temperature. Components made from SM As can be designed to exert forces over a considerable ...
... The shape memory alloys, also called SM As, are metallic alloys that exhibit the shape memory effect: SM As can be deformed at a low temperature but regain their original configuration when heated to a higher temperature. Components made from SM As can be designed to exert forces over a considerable ...
96essay
... dB if one loudspeaker is turned off. (iii) Explain the change(s), if any, in the variation of sound intensity along XOY if the frequency of the signal generator is increased. (8 marks) (c) With the aid of a diagram, describe an experiment to find the speed of sound in air by using Kundt’s tube toget ...
... dB if one loudspeaker is turned off. (iii) Explain the change(s), if any, in the variation of sound intensity along XOY if the frequency of the signal generator is increased. (8 marks) (c) With the aid of a diagram, describe an experiment to find the speed of sound in air by using Kundt’s tube toget ...
Manual
... It is a high-resolution multifunction intelligent frequency counter based on microprocessor. Features include: frequency, period and equal-precision measuring. Also, 3step function selection, work state, unit and eight-digit LED display. All function depend on a single CPU. A crystal controlled temp ...
... It is a high-resolution multifunction intelligent frequency counter based on microprocessor. Features include: frequency, period and equal-precision measuring. Also, 3step function selection, work state, unit and eight-digit LED display. All function depend on a single CPU. A crystal controlled temp ...
TA 450 MK-X TA 600 MK-X TA 1050 MK-X TA 1400 MK
... Before connecting the device, ensure that the input voltage (AC outlet) matches the voltage rating of the device and that the AC outlet is protected by a residual current circuit breaker. Failure to do so could result in damage to the device and possibly injure the user. Unplug the device before ele ...
... Before connecting the device, ensure that the input voltage (AC outlet) matches the voltage rating of the device and that the AC outlet is protected by a residual current circuit breaker. Failure to do so could result in damage to the device and possibly injure the user. Unplug the device before ele ...
Oscilloscope history
This article discusses the history and development of oscilloscope technology.