14-1 A Highly Reconfigurable 400
... both of which are switched at fLO. During the period when LO signal is high, output current from GM is directed to a set of capacitors in the top path. When LO signal is low, these capacitors are isolated from the input, and the signal is held constant. This two-path scheme indirectly implements a s ...
... both of which are switched at fLO. During the period when LO signal is high, output current from GM is directed to a set of capacitors in the top path. When LO signal is low, these capacitors are isolated from the input, and the signal is held constant. This two-path scheme indirectly implements a s ...
Electrical Prototype Progress Document
... A circuit design was considered which did not use a micro-controller. This was an effort to save power and layout space if the transmitter/receiver pair designed utilizes a simple encoder-transmitter and decoder receiver topology. Our most common feedback comment centered around a desire for a small ...
... A circuit design was considered which did not use a micro-controller. This was an effort to save power and layout space if the transmitter/receiver pair designed utilizes a simple encoder-transmitter and decoder receiver topology. Our most common feedback comment centered around a desire for a small ...
FALL 2015 - Ecs.csus.edu
... and again measure all the spectral components out to 10 KHz. Calculate the THD for a sinusoidal signal out of this generator. 3. Pulse Distortion and its Cure ...
... and again measure all the spectral components out to 10 KHz. Calculate the THD for a sinusoidal signal out of this generator. 3. Pulse Distortion and its Cure ...
ECE2006 LABORATORY 9
... Math function of the oscilloscope must be used. To do this connect the oscilloscope as shown in the figure, press the Math button and use the buttons on the right of the oscilloscope screen to select (Ch1 – Ch2). A red waveform should appear on the screen, this is voltage across the capacitor. Measu ...
... Math function of the oscilloscope must be used. To do this connect the oscilloscope as shown in the figure, press the Math button and use the buttons on the right of the oscilloscope screen to select (Ch1 – Ch2). A red waveform should appear on the screen, this is voltage across the capacitor. Measu ...
HP Agilent 8116A
... The fully programmable HP 8116A features pulse as well as function generator capabilities in one small unit. A broad 1 mHz-50 MHz band for all waveforms and a wide choice of operating and modulating modes assure high flexibility. These factors, plus good repeatability, make the HP 8116A a sound, lon ...
... The fully programmable HP 8116A features pulse as well as function generator capabilities in one small unit. A broad 1 mHz-50 MHz band for all waveforms and a wide choice of operating and modulating modes assure high flexibility. These factors, plus good repeatability, make the HP 8116A a sound, lon ...
W6ORGy Notes Downeast Microwave 30 Watt pep 23cm Linear Amp
... MOSFET module - 30, 60 and 120 Watt using 1, 2 or 4 of these bricks. The module is rated at 18 Watts by Mitsubishi and is very linear with low IM up to that level. DEMI is rating the amp at over 30 Watts pep on all modes including ATV with just a little sync stretching using the standard set up proc ...
... MOSFET module - 30, 60 and 120 Watt using 1, 2 or 4 of these bricks. The module is rated at 18 Watts by Mitsubishi and is very linear with low IM up to that level. DEMI is rating the amp at over 30 Watts pep on all modes including ATV with just a little sync stretching using the standard set up proc ...
ADXRS150EB ±150°/s Single Chip Rate Gyro Evaluation Board
... Note that the analog supply voltage and charge pump supply voltage (AVCC and PDD) are not connected on the ADXRS150EB and that users must connect these as appropriate to their application. ...
... Note that the analog supply voltage and charge pump supply voltage (AVCC and PDD) are not connected on the ADXRS150EB and that users must connect these as appropriate to their application. ...
EL2075C
... MHz at AV e a 10. It has a very low 200 mV of input offset voltage, only 2 mA of input bias current, and a fully symmetrical differential input. Like all voltage-feedback operational amplifiers, the EL2075 allows the use of reactive or non-linear components in the feedback loop. This combination of ...
... MHz at AV e a 10. It has a very low 200 mV of input offset voltage, only 2 mA of input bias current, and a fully symmetrical differential input. Like all voltage-feedback operational amplifiers, the EL2075 allows the use of reactive or non-linear components in the feedback loop. This combination of ...
Experiment11-RC PHASE-SHIFT OSCILLATORS
... Oscillator circuits can be built using opamps with feedback to phase-shift the output signal by 180º. Phase-shift: In a phase-shift oscillator, as shown in Figure 1 three sections of resistor-capacitor are used. The resulting oscillator frequency can be calculated using ...
... Oscillator circuits can be built using opamps with feedback to phase-shift the output signal by 180º. Phase-shift: In a phase-shift oscillator, as shown in Figure 1 three sections of resistor-capacitor are used. The resulting oscillator frequency can be calculated using ...
(915MHz and 2450 MHz) Harvester
... followed. Electromagnetic waves which are forming the basis of radio communication can be used as an energy source is a recent idea and one of the most exciting areas of research. Because in the case of an electromagnetic harvester with sufficient efficiency and output power developed, without the n ...
... followed. Electromagnetic waves which are forming the basis of radio communication can be used as an energy source is a recent idea and one of the most exciting areas of research. Because in the case of an electromagnetic harvester with sufficient efficiency and output power developed, without the n ...
random sampling - Verbos Electronics
... An analog shift register is made up of four sample and hold ...
... An analog shift register is made up of four sample and hold ...
must be adjusted as shown for the CLASS E PA. More power is
... on each. The variable capacitor is set to 630pF on my test set-up. The number of turns and the capacitor value may very well differ on your project. The aim of the set up, as well as producing the correct waveform, is to have approximately 5 Ohms impedance at the FETs. This is achieved by the combin ...
... on each. The variable capacitor is set to 630pF on my test set-up. The number of turns and the capacitor value may very well differ on your project. The aim of the set up, as well as producing the correct waveform, is to have approximately 5 Ohms impedance at the FETs. This is achieved by the combin ...
Digital Multi-meter and Oscilloscope
... oscilloscope”, but adapting the computer to act as an oscilloscope the function is not quite the same. The computer is acting more like a DMM, measuring voltage, but with time resolution, (e.g. 5000 samples per second). The Power Amplifier can produce voltage waveforms that are periodic in time. It ...
... oscilloscope”, but adapting the computer to act as an oscilloscope the function is not quite the same. The computer is acting more like a DMM, measuring voltage, but with time resolution, (e.g. 5000 samples per second). The Power Amplifier can produce voltage waveforms that are periodic in time. It ...
Introduction to Phasors
... – The phase of the other two signals will be calculated with respect to the reference signal. • The period of each signal should be the same, which means that all signals have the same frequency. ...
... – The phase of the other two signals will be calculated with respect to the reference signal. • The period of each signal should be the same, which means that all signals have the same frequency. ...
Pre-lab4 Problems
... appropriate values for R and RF to avoid the potential problems you found in question 2 above. Choose RF large enough so that the maximum output current of the op-amp is not exceeded when the output is near the saturation voltage (~13V). Predict the bandwidth and the input impedance at the signal in ...
... appropriate values for R and RF to avoid the potential problems you found in question 2 above. Choose RF large enough so that the maximum output current of the op-amp is not exceeded when the output is near the saturation voltage (~13V). Predict the bandwidth and the input impedance at the signal in ...
6.3.1 worksheet - Digilent Learn site
... 4. Attach to this worksheet an image of the oscilloscope window, showing the capacitor voltage and current waveforms and the measured amplitudes of the waveforms for a 100Hz triangular input. (8 pts) ...
... 4. Attach to this worksheet an image of the oscilloscope window, showing the capacitor voltage and current waveforms and the measured amplitudes of the waveforms for a 100Hz triangular input. (8 pts) ...
Blake`s Slides Chapter 7 File
... • In TDM, each information signal is allowed to use all available bandwidth • In theory, it is possible to to divide the bandwidth or the time among the users of a channel • Continuously variable signals, such as analog, are not well adapted to TDM because the signal is present all the time ...
... • In TDM, each information signal is allowed to use all available bandwidth • In theory, it is possible to to divide the bandwidth or the time among the users of a channel • Continuously variable signals, such as analog, are not well adapted to TDM because the signal is present all the time ...
BEAT THE VOLTAGE DROP
... fridge and future batteries. The cable from the Anderson plug to the caravan fridge is twin flex and has a 13.8 sq mm conductor. This cable is run directly to the fridge and connected into the 12 Volt terminals that are located behind the fridge. The circuit also shows that a bridging cable was inst ...
... fridge and future batteries. The cable from the Anderson plug to the caravan fridge is twin flex and has a 13.8 sq mm conductor. This cable is run directly to the fridge and connected into the 12 Volt terminals that are located behind the fridge. The circuit also shows that a bridging cable was inst ...
www.BDTIC.com/ON/ Test Procedure for the NCP1207AADAPGEVB 01/31/2005
... Figure 4. Gate Driver and Drain Voltage at Full Load. 3.4 Increase supply voltage to 240 VAC. Gradually increase load current until board enters overload protection (~2.5 A). Verify overload protection with Figure 5. ...
... Figure 4. Gate Driver and Drain Voltage at Full Load. 3.4 Increase supply voltage to 240 VAC. Gradually increase load current until board enters overload protection (~2.5 A). Verify overload protection with Figure 5. ...
PHYSICS 201 - La Salle University
... Part 2. Analog-to-Digital Converter Build an analog-to-digital converter that has a two-digit output. The output should be (1,1) if the input voltage is ¾’s or more of the reference voltage. The output should be (1,0) if the output is between ½ and ¾’s of the reference voltage. The output should be ...
... Part 2. Analog-to-Digital Converter Build an analog-to-digital converter that has a two-digit output. The output should be (1,1) if the input voltage is ¾’s or more of the reference voltage. The output should be (1,0) if the output is between ½ and ¾’s of the reference voltage. The output should be ...
Lecture 7: Physical Layer 1
... • methods to reduce the number of bits per sample – differential pulse code – delta modulation – predictive encoding ...
... • methods to reduce the number of bits per sample – differential pulse code – delta modulation – predictive encoding ...
Tektronix analog oscilloscopes
Tektronix vintage analog oscilloscopes technologies and evolution.