556 and 556H High Voltage Power Supply
... sum of the 3 settings. METER Front-panel toggle switch selects display of output voltage in V or load current in mA. POLARITY Rear-panel switch selects either positive or negative output polarity. CONTROL Rear-panel locking toggle switch selects the reference source for the output voltage. INT Selec ...
... sum of the 3 settings. METER Front-panel toggle switch selects display of output voltage in V or load current in mA. POLARITY Rear-panel switch selects either positive or negative output polarity. CONTROL Rear-panel locking toggle switch selects the reference source for the output voltage. INT Selec ...
556 and 556H
... sum of the 3 settings. METER Front-panel toggle switch selects display of output voltage in V or load current in mA. POLARITY Rear-panel switch selects either positive or negative output polarity. CONTROL Rear-panel locking toggle switch selects the reference source for the output voltage. INT Selec ...
... sum of the 3 settings. METER Front-panel toggle switch selects display of output voltage in V or load current in mA. POLARITY Rear-panel switch selects either positive or negative output polarity. CONTROL Rear-panel locking toggle switch selects the reference source for the output voltage. INT Selec ...
DE-70BM
... DEFLECTOR DRIVER DESCRIPTION The Model DE series Deflector Drivers include a voltage controlled RF oscillator and a broadband RF power amplifier in a housing with power supply, RFI line filter, and line switch. An optional (M) analog amplitude modulation circuit is available. Standard frequency line ...
... DEFLECTOR DRIVER DESCRIPTION The Model DE series Deflector Drivers include a voltage controlled RF oscillator and a broadband RF power amplifier in a housing with power supply, RFI line filter, and line switch. An optional (M) analog amplitude modulation circuit is available. Standard frequency line ...
August 2004 - Accurate and Simple AC Measurement to 500kHz
... the easiest way to accurately measure the RMS value of any AC waveform with input signal frequencies as high as 500kHz. They have 1% gain accuracy and noise out to 100kHz and 500kHz, respectively. Their phenomenal linearity of 0.02%, derived from the use of a Delta Sigma architecture, allows easy RM ...
... the easiest way to accurately measure the RMS value of any AC waveform with input signal frequencies as high as 500kHz. They have 1% gain accuracy and noise out to 100kHz and 500kHz, respectively. Their phenomenal linearity of 0.02%, derived from the use of a Delta Sigma architecture, allows easy RM ...
A/D successive approximation converter.
... two different voltage levels at the ADC input: 4.950 and 5.050V) 1) Parallel output B1 to B8, STATUS (status output), S OUT (serial output), CLK (clock signal), START A/C – connected to the digital inputs of the logic analyzer. 2) Output before the voltage comparator – output at the application boar ...
... two different voltage levels at the ADC input: 4.950 and 5.050V) 1) Parallel output B1 to B8, STATUS (status output), S OUT (serial output), CLK (clock signal), START A/C – connected to the digital inputs of the logic analyzer. 2) Output before the voltage comparator – output at the application boar ...
Lecture_Lab4
... resistance. Do NOT connect Circuit 4-1 to the AVR mcu. • Given your computed values of R2 and R3, verify the voltage of VA for the four possible port values. • Connect Circuit to the AVR mcu. • Write software for the AVR mcu that sets analog voltages at VA. Have the software loop through the voltage ...
... resistance. Do NOT connect Circuit 4-1 to the AVR mcu. • Given your computed values of R2 and R3, verify the voltage of VA for the four possible port values. • Connect Circuit to the AVR mcu. • Write software for the AVR mcu that sets analog voltages at VA. Have the software loop through the voltage ...
The Field Effect Transistor
... This lab begins with some experiments on a junction 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 pa ...
... This lab begins with some experiments on a junction 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 pa ...
2 outputs, voltage and current
... Postfach 13 57 97803 Lohr, Germany Bgm.-Dr.-Nebel-Str. 2 97816 Lohr, Germany Tel. +49 9352 18-0 Fax +49 9352 18-8400 www.boschrexroth.com/electrics ...
... Postfach 13 57 97803 Lohr, Germany Bgm.-Dr.-Nebel-Str. 2 97816 Lohr, Germany Tel. +49 9352 18-0 Fax +49 9352 18-8400 www.boschrexroth.com/electrics ...
EE_115AL_Experiment_7
... the gain, Av = vout,pp / vin,pp. Connect in-series a test resistor to the input/input resistance. Adjust the input such that there is 1Vpp at the output.Using the scope, measure the peak-to-peak voltage across the test resistor. Calculate the currents, and then the current gain, ai = - iout,pp / iin ...
... the gain, Av = vout,pp / vin,pp. Connect in-series a test resistor to the input/input resistance. Adjust the input such that there is 1Vpp at the output.Using the scope, measure the peak-to-peak voltage across the test resistor. Calculate the currents, and then the current gain, ai = - iout,pp / iin ...
Presentation
... The digital inputs could be TTL voltages which close the switches on a logical 1 and leave it grounded for a logical 0. This is illustrated for 4 bits, but can be extended to any number with just the resistance values R and 2R. ...
... The digital inputs could be TTL voltages which close the switches on a logical 1 and leave it grounded for a logical 0. This is illustrated for 4 bits, but can be extended to any number with just the resistance values R and 2R. ...
Analyser Units 1651 / 1681 176 HR-1651 HR-1681
... corresponding direct current and voltage outputs from the PLM signals. Input and output circuits are galvanically isolated from each other. This allows the further connection of non-Ex protected devices without the need for an ...
... corresponding direct current and voltage outputs from the PLM signals. Input and output circuits are galvanically isolated from each other. This allows the further connection of non-Ex protected devices without the need for an ...
07LAB5_rev - University of Guelph Physics
... circuits. It is natural to ask if the two circuit types could be combined to perform subtraction or to find the difference between two voltages. A method of obtaining the difference between two voltages using one amplifier uses the circuit illustrated in Fig 5.1. ...
... circuits. It is natural to ask if the two circuit types could be combined to perform subtraction or to find the difference between two voltages. A method of obtaining the difference between two voltages using one amplifier uses the circuit illustrated in Fig 5.1. ...
a cockcroft–walton voltage multiplier fed by a three-phase-to
... proposed converter For simplicity, the derivation of the mathematical model is divided into two parts, namely, the ac-side part and the CWVM, which are separated by terminals D and E.Here the model worked at the number of stages by using about the matrix converter. By this converter using as will pr ...
... proposed converter For simplicity, the derivation of the mathematical model is divided into two parts, namely, the ac-side part and the CWVM, which are separated by terminals D and E.Here the model worked at the number of stages by using about the matrix converter. By this converter using as will pr ...
Data Sht AR-1215
... The AR-1215 circuitry monitors the incoming line voltage with each cycle, comparing it to an extremely precise voltage reference, accurate to ±0.15%. If a voltage fluctuation requires that a different tap be selected, the new tap is electronically switched exactly at the zero-crossing, to avoid dist ...
... The AR-1215 circuitry monitors the incoming line voltage with each cycle, comparing it to an extremely precise voltage reference, accurate to ±0.15%. If a voltage fluctuation requires that a different tap be selected, the new tap is electronically switched exactly at the zero-crossing, to avoid dist ...
EK307 Lab: Introduction to Operational Amplifiers
... frequently observed by an analog-to-digital converters (ADC). The latter process the sensor signal so that it can be digitized by a microcontroller or computer. ADCs are usually designed to read voltages over a range of zero to 5 V or zero to 3 V. In order for an ADC to make the most accurate measu ...
... frequently observed by an analog-to-digital converters (ADC). The latter process the sensor signal so that it can be digitized by a microcontroller or computer. ADCs are usually designed to read voltages over a range of zero to 5 V or zero to 3 V. In order for an ADC to make the most accurate measu ...
doc
... If data change rapidly in time, the A/D converter can cause an error, since it will not have enough time to convert the analog input into digital output. To solve this problem a sample-and-hold device is usually inserted before the A/D converter. The conversion can be performed every 1.5 s or less ...
... If data change rapidly in time, the A/D converter can cause an error, since it will not have enough time to convert the analog input into digital output. To solve this problem a sample-and-hold device is usually inserted before the A/D converter. The conversion can be performed every 1.5 s or less ...
Document
... separate and had the same gain. Another benefit of the method is that it boosts the gain using a single resistor rather than a pair, thus avoiding a resistor-matching problem (although the two s need to be matched), and very conveniently allowing the gain of the circuit to be changed by changing the ...
... separate and had the same gain. Another benefit of the method is that it boosts the gain using a single resistor rather than a pair, thus avoiding a resistor-matching problem (although the two s need to be matched), and very conveniently allowing the gain of the circuit to be changed by changing the ...
UNIVERSITY OF MASSACHUSETTS DARTMOUTH
... voltage (amplitude and phase) across the capacitor. Compare this voltage with the input voltage and comment on what you observed. 4. Each group member will submit Bode Plots of both the Gain and Phase of the output voltage as a function of frequency. Compare with the Bode Plots from MultiSim7. Comme ...
... voltage (amplitude and phase) across the capacitor. Compare this voltage with the input voltage and comment on what you observed. 4. Each group member will submit Bode Plots of both the Gain and Phase of the output voltage as a function of frequency. Compare with the Bode Plots from MultiSim7. Comme ...
Integrating ADC
An integrating ADC is a type of analog-to-digital converter that converts an unknown input voltage into a digital representation through the use of an integrator. In its most basic implementation, the unknown input voltage is applied to the input of the integrator and allowed to ramp for a fixed time period (the run-up period). 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 (the run-down period). The input voltage is computed as a function of the reference voltage, the constant run-up time period, and the measured run-down time period. The run-down time measurement is usually made in units of the converter's clock, so longer integration times allow for higher resolutions. Likewise, the speed of the converter can be improved by sacrificing resolution.Converters of this type can achieve high resolution, but often do so at the expense of speed. For this reason, these converters are not found in audio or signal processing applications. Their use is typically limited to digital voltmeters and other instruments requiring highly accurate measurements.