Analog-to-Digital Converters
... What the ADC does is to divide the “y” axis in “n” possible parts between the maximum and the minimum values of the original analog signal, and this “n” is given by the variable size. If the variable size is too small, what will happen is that two sampling points close to each other will have the sa ...
... What the ADC does is to divide the “y” axis in “n” possible parts between the maximum and the minimum values of the original analog signal, and this “n” is given by the variable size. If the variable size is too small, what will happen is that two sampling points close to each other will have the sa ...
AD8022 Dual High Speed, Low Noise Op Amp Data
... The AD8022 consists of two low noise, high speed, voltage feedback amplifiers. Each amplifier consumes only 4.0 mA of quiescent current, yet has only 2.5 nV/√Hz of voltage noise. These dual amplifiers provide wideband, low distortion performance, with high output current optimized for stability when ...
... The AD8022 consists of two low noise, high speed, voltage feedback amplifiers. Each amplifier consumes only 4.0 mA of quiescent current, yet has only 2.5 nV/√Hz of voltage noise. These dual amplifiers provide wideband, low distortion performance, with high output current optimized for stability when ...
Reaction Timer
... output of a binary counter (4060). The two D type flip-flops are in a 4013. The led shown on the circuit diagram is the “stimulus”. Switch S1 starts the timer and illuminates the stimulus led. Switch S2 stops the timer. ...
... output of a binary counter (4060). The two D type flip-flops are in a 4013. The led shown on the circuit diagram is the “stimulus”. Switch S1 starts the timer and illuminates the stimulus led. Switch S2 stops the timer. ...
Unit 5 Baseband
... positive and negative pulses average to zero volts. Little or no DC-component is considered an advantage because the cable may then be used for longer distances and to carry power for intermediate equipment such as line repeaters. The DC-component can be easily and cheaply removed before the signal ...
... positive and negative pulses average to zero volts. Little or no DC-component is considered an advantage because the cable may then be used for longer distances and to carry power for intermediate equipment such as line repeaters. The DC-component can be easily and cheaply removed before the signal ...
View File - UET Taxila
... carried by each signal element? How many signal elements do we need? Solution In this example, S = 1000, N = 8000, and r and L are unknown. We find first the value of r and then the value of L. ...
... carried by each signal element? How many signal elements do we need? Solution In this example, S = 1000, N = 8000, and r and L are unknown. We find first the value of r and then the value of L. ...
Lecture #2 Oscilloscopes 2 Comparators
... 1. Check power supply voltage to the op amp– with voltmeter 2. Check Vout on the scope—make sure you are on dc coupling. Keep this trace on the screen 3. Check the non-inverting and inverting inputs– are they the same (should they be the same?) ...
... 1. Check power supply voltage to the op amp– with voltmeter 2. Check Vout on the scope—make sure you are on dc coupling. Keep this trace on the screen 3. Check the non-inverting and inverting inputs– are they the same (should they be the same?) ...
Part 1: Some basic op-amp circuits Op
... your lab report you should have a few sentences or a short paragraph describing your results and some simple calculations of the device’s input impedance. ...
... your lab report you should have a few sentences or a short paragraph describing your results and some simple calculations of the device’s input impedance. ...
Week 8 - bYTEBoss
... or external. Many external soundcards use Firewire or USB. All computer soundcards have ADC’s and DAC’s built into them. Some even have built-in preamps. (speaker) ...
... or external. Many external soundcards use Firewire or USB. All computer soundcards have ADC’s and DAC’s built into them. Some even have built-in preamps. (speaker) ...
PAWS - Western Carolina University
... 19) Monitor the frequency spectrum of the generated sine wave using the spectrum analyzer. 20) If the circuit generates a sine wave, but does not meet the design specifications, try adding extra capacitance a various points in the circuit. 21) When the circuit is working to specification, save a scr ...
... 19) Monitor the frequency spectrum of the generated sine wave using the spectrum analyzer. 20) If the circuit generates a sine wave, but does not meet the design specifications, try adding extra capacitance a various points in the circuit. 21) When the circuit is working to specification, save a scr ...
Bandwidth
... axis - either above or below NRZ - Non Return to Zero scheme is an example of this code. The signal level does not return to zero during a symbol transmission. Scheme is prone to baseline wandering and DC components. It has no synchronization or any error detection. It is simple but costly in po ...
... axis - either above or below NRZ - Non Return to Zero scheme is an example of this code. The signal level does not return to zero during a symbol transmission. Scheme is prone to baseline wandering and DC components. It has no synchronization or any error detection. It is simple but costly in po ...
Chapter 6: Data Transmission
... the LSI and VLSI technologies has caused a continuing drop in the cost and size of digital circuitry the maintenance costs for digital circuitry are a fraction of those for analog circuitry with the use of digital repeaters, the effects of noise and other signal impairments are not cumulative it is ...
... the LSI and VLSI technologies has caused a continuing drop in the cost and size of digital circuitry the maintenance costs for digital circuitry are a fraction of those for analog circuitry with the use of digital repeaters, the effects of noise and other signal impairments are not cumulative it is ...
Continuous Coverage V.F.O. for H.F.
... supported) and NPO ceramic capacitors. One N150 compensation element contribute to reduce the thermal drift. L1 is wound with 24 turns, 0.8 mm wire on 13 mm plexiglass core to obtain 3.5 µH inductance value. The varactor allows a 20 Khz shift for fine tuning or SPLIT function. N.B. The VFO circuit c ...
... supported) and NPO ceramic capacitors. One N150 compensation element contribute to reduce the thermal drift. L1 is wound with 24 turns, 0.8 mm wire on 13 mm plexiglass core to obtain 3.5 µH inductance value. The varactor allows a 20 Khz shift for fine tuning or SPLIT function. N.B. The VFO circuit c ...
here - Classic Valve Design
... Assembling the PCB is fairly straightforward and needs few adjustments for optimization when complete. For optimization, you will need an oscilloscope and a function generator with 1KHz square and sine wave capability. Don't have either an oscilloscope or function generator? Use matched section V2 a ...
... Assembling the PCB is fairly straightforward and needs few adjustments for optimization when complete. For optimization, you will need an oscilloscope and a function generator with 1KHz square and sine wave capability. Don't have either an oscilloscope or function generator? Use matched section V2 a ...
Electro-optical Modulator (EOM)
... (EOM) is an accessory for laser sources based on A·P·E’s long standing experience in designing optoelectronics. It is a dedicated modulator that was designed to be used in Stimulated Raman Scattering (SRS) and other applications that require an amplitude modulated signal. The external EOM can be use ...
... (EOM) is an accessory for laser sources based on A·P·E’s long standing experience in designing optoelectronics. It is a dedicated modulator that was designed to be used in Stimulated Raman Scattering (SRS) and other applications that require an amplitude modulated signal. The external EOM can be use ...
UNIVERSITY OF MASSACHUSETTS DARTMOUTH
... A plot of both the instantaneous and rms values of the voltage is shown here in Figure 2. 1 kHz sine wave ...
... A plot of both the instantaneous and rms values of the voltage is shown here in Figure 2. 1 kHz sine wave ...
XE42 - 200 Series (HCACMOS), 5 V
... with MIL-PRF-55310. Refer to www.xsis.com for additional details about HI-REL screening. ...
... with MIL-PRF-55310. Refer to www.xsis.com for additional details about HI-REL screening. ...
Rarely Asked Questions R A Q ’ s A.
... It’s probably related to the type of differential amplifier you’ve selected. Often, when we exam a customers schematic, we find the amplifier is behaving exactly as it was designed to. The problem turns out to be something as simple as not being familiar with the differential amplifier. ...
... It’s probably related to the type of differential amplifier you’ve selected. Often, when we exam a customers schematic, we find the amplifier is behaving exactly as it was designed to. The problem turns out to be something as simple as not being familiar with the differential amplifier. ...
439QS16GE - Hittite Microwave Corp.
... 16 lead QSOP package with an exposed base for improved RF and thermal performance. ...
... 16 lead QSOP package with an exposed base for improved RF and thermal performance. ...
A 40GS/s Track-and-Hold Amplifier with ... SOl Himanshu Aggrawal and Aydin Babakhani
... amplifier in the hold mode decreases, which reduces the effective number of bits. This is because the isolation of a CMOS switch degrades at high frequencies. In a series switch, the gate-source (CGs) and gate-drain (CGD) parasitic capacitors provides an alternate path for the signal to pass. This p ...
... amplifier in the hold mode decreases, which reduces the effective number of bits. This is because the isolation of a CMOS switch degrades at high frequencies. In a series switch, the gate-source (CGs) and gate-drain (CGD) parasitic capacitors provides an alternate path for the signal to pass. This p ...
Tektronix analog oscilloscopes
Tektronix vintage analog oscilloscopes technologies and evolution.