MAX1003 Low-Power, 90Msps, Dual 6-Bit ADC _______________General Description ____________________________Features
... Single-ended and differential AC-coupled input circuits are shown in Figures 2 and 3. Each of the amplifier inputs is internally biased to a 2.35V reference through a 20kΩ resistor, eliminating external DC bias circuits. A series 0.1µF capacitor is required at each amplifier input for AC-coupled sig ...
... Single-ended and differential AC-coupled input circuits are shown in Figures 2 and 3. Each of the amplifier inputs is internally biased to a 2.35V reference through a 20kΩ resistor, eliminating external DC bias circuits. A series 0.1µF capacitor is required at each amplifier input for AC-coupled sig ...
PDF
... specially suited for hybrid vehicles and variable “Blocking IGBT for matrix converter with speed motor drives. Unique features like single stage ultra-thin wafer technology,” IEE power conversion, improved reliability, low EMI are proceedings of circuits, devices and systems, obtained. The current-f ...
... specially suited for hybrid vehicles and variable “Blocking IGBT for matrix converter with speed motor drives. Unique features like single stage ultra-thin wafer technology,” IEE power conversion, improved reliability, low EMI are proceedings of circuits, devices and systems, obtained. The current-f ...
Python code - Faculty of Engineering - An
... brought out to pin connectors present on the board. The processor on board (BCM283x, which is the brain of a RasPi) has a facility to provide a specific functionality during the runtime of our own program. The great thing with this is that we can assign a specific task to the specific GPIO in our progr ...
... brought out to pin connectors present on the board. The processor on board (BCM283x, which is the brain of a RasPi) has a facility to provide a specific functionality during the runtime of our own program. The great thing with this is that we can assign a specific task to the specific GPIO in our progr ...
1969 , Volume , Issue June-1969
... urements and is able to resolve discontinuities as close together as 0.25 inch. Two precision laboratory TDR units are available — the HP Model 141 5 A with a risetime of 150 ps, and the HP Model 1815A with a risetime of 35 ps. These 50 ohm system instruments use sampling and fast pulse generation ...
... urements and is able to resolve discontinuities as close together as 0.25 inch. Two precision laboratory TDR units are available — the HP Model 141 5 A with a risetime of 150 ps, and the HP Model 1815A with a risetime of 35 ps. These 50 ohm system instruments use sampling and fast pulse generation ...
electrically isolated system response to rapid charging events using
... current (calculated using the number of free ion-electron pairs ejected per second) be greater than the beam current. Simulations indicate that for smaller contactor currents, the spacecraft potential will reabsorb all ambient electrons and push away the surrounding ion cloud [3]. The underlying phy ...
... current (calculated using the number of free ion-electron pairs ejected per second) be greater than the beam current. Simulations indicate that for smaller contactor currents, the spacecraft potential will reabsorb all ambient electrons and push away the surrounding ion cloud [3]. The underlying phy ...
tayyab here
... maintenance of these power electronic converters skilled persons are required. To remove all the above problems due to power electronic converters, to reduce the complex control an alternative is to choose high voltage distribution system which replaces low voltage distribution system. Due to increa ...
... maintenance of these power electronic converters skilled persons are required. To remove all the above problems due to power electronic converters, to reduce the complex control an alternative is to choose high voltage distribution system which replaces low voltage distribution system. Due to increa ...
EMMI LAB Laboratory
... the inductance being measured (Lx) and a standard capacitance Cs (Figure 3). By varying C„ the circuit can be tuned to resonance with the generator (at frequencies of 10 kHz to 1.5 MHz); the inductance is then calculated using the formula Lx = (2.53 ×l0)(f20 · c), where Lx is the inductance in mH, f ...
... the inductance being measured (Lx) and a standard capacitance Cs (Figure 3). By varying C„ the circuit can be tuned to resonance with the generator (at frequencies of 10 kHz to 1.5 MHz); the inductance is then calculated using the formula Lx = (2.53 ×l0)(f20 · c), where Lx is the inductance in mH, f ...
EEE 118-2531
... quality of supplied voltage is significantly reduced in an electrical power system and the oscillation of supplied voltage appears to be a major problem. Electric arc furnace, the main generator of voltage flicker, behaves in the form of a constant reactance and a variable resistance. The transforme ...
... quality of supplied voltage is significantly reduced in an electrical power system and the oscillation of supplied voltage appears to be a major problem. Electric arc furnace, the main generator of voltage flicker, behaves in the form of a constant reactance and a variable resistance. The transforme ...
IOSR Journal of Electrical and Electronics Engineering PP 45-50 www.iosrjournals.org
... DVR is the series connected device that has the same structure as that of an SSSC. The main purpose of this device is to protect sensitive loads from sagging/swell, interruption in the supply side. This is accomplished by rapid series voltage injection to compensate for the drop/rise in the supply v ...
... DVR is the series connected device that has the same structure as that of an SSSC. The main purpose of this device is to protect sensitive loads from sagging/swell, interruption in the supply side. This is accomplished by rapid series voltage injection to compensate for the drop/rise in the supply v ...
ECE-342 Lab 5: BJT Amplifier Sample Lab Report Don Hummels, Someone Else
... that those of the device that was used in the implementation. Since the amplifier input impedance Rin depends upon the β of Q3 , it is not surprising that the simulated and measured results differ from each other. Both results (at 1 kHz) satisfy the prediction of (7), and are reasonable for the tran ...
... that those of the device that was used in the implementation. Since the amplifier input impedance Rin depends upon the β of Q3 , it is not surprising that the simulated and measured results differ from each other. Both results (at 1 kHz) satisfy the prediction of (7), and are reasonable for the tran ...
Design Application Note - AN-079 SGA-8543Z Amplifier Application Circuits
... All HBT amplifiers are subject to device current variation due to the decreasing nature of the internal VBE with increasing temperature. In the absence of an active bias circuit or resistive feedback, the decreasing VBE will result in increased base and collector currents. As the collector current c ...
... All HBT amplifiers are subject to device current variation due to the decreasing nature of the internal VBE with increasing temperature. In the absence of an active bias circuit or resistive feedback, the decreasing VBE will result in increased base and collector currents. As the collector current c ...
A Marantz 8B Replica
... First of all, I referred to the original article by Mr. Uesugi in the January 1968 issue of Radio Gijutsu magazine1 and the original circuit diagram of Marantz 8B2. What I learned from these were that the Marantz 8B consists of a basic resistor-loaded voltage driver by a triode-connected 6BH6, a lon ...
... First of all, I referred to the original article by Mr. Uesugi in the January 1968 issue of Radio Gijutsu magazine1 and the original circuit diagram of Marantz 8B2. What I learned from these were that the Marantz 8B consists of a basic resistor-loaded voltage driver by a triode-connected 6BH6, a lon ...
reduction of switches and voltage divices in new cascaded h
... power semi- conductors and dc voltage sources, the output of which generate voltages with stepped waveforms. In comparison with a two-level voltagesource inverter (VSI), the multilevel VSI enables to synthesize output voltages with reduced harmonic distortion and lower electromagnetic interference. ...
... power semi- conductors and dc voltage sources, the output of which generate voltages with stepped waveforms. In comparison with a two-level voltagesource inverter (VSI), the multilevel VSI enables to synthesize output voltages with reduced harmonic distortion and lower electromagnetic interference. ...
Airflow Sensor Glossary of Terms
... that defines the rate of mass transfer for a given gas at standard conditions. Sensitivity – The ratio of output signal change to the corresponding input Flow change. Sensitivity is determined by computing the ratio of Full Scale Span to the specified Operating Flow Range. Also known as Slope. Sink ...
... that defines the rate of mass transfer for a given gas at standard conditions. Sensitivity – The ratio of output signal change to the corresponding input Flow change. Sensitivity is determined by computing the ratio of Full Scale Span to the specified Operating Flow Range. Also known as Slope. Sink ...
Simplifying the transition to digital power for
... With digital implementation, parameters used in the compensation algorithms and output configurations including the compensation algorithms and output configurations themselves can be dynamically adjusted to match the current load. In the case of a server, as more computers request access, the ada ...
... With digital implementation, parameters used in the compensation algorithms and output configurations including the compensation algorithms and output configurations themselves can be dynamically adjusted to match the current load. In the case of a server, as more computers request access, the ada ...
Metadyne
A metadyne is a direct current electrical machine with two pairs of brushes. It can be used as an amplifier or rotary transformer. It is similar to a third brush dynamo but has additional regulator or ""variator"" windings. It is also similar to an amplidyne except that the latter has a compensating winding which fully counteracts the effect of the flux produced by the load current. The technical description is ""a cross-field direct current machine designed to utilize armature reaction"". A metadyne can convert a constant-voltage input into a constant-current, variable-voltage output.