PowerPoint Presentation - OSU Physics
... •ADC choices:(8 ch, 12 bit, 20-65 MSPS, Serial LVDS output) MAX1437 (Maxim) 1.8V supply, 1.4Vpp range ADC12EU050 (National) 1.2V supply, 2.1Vpp range AD9222 (Analog Devices) 1.8V supply, 2Vpp range ADS5281 (Texas Instr.) 3.3V analog, 1.8V digital, 2Vpp range ...
... •ADC choices:(8 ch, 12 bit, 20-65 MSPS, Serial LVDS output) MAX1437 (Maxim) 1.8V supply, 1.4Vpp range ADC12EU050 (National) 1.2V supply, 2.1Vpp range AD9222 (Analog Devices) 1.8V supply, 2Vpp range ADS5281 (Texas Instr.) 3.3V analog, 1.8V digital, 2Vpp range ...
Fault Testing of Analog Circuits Using Web Site: www.ijaiem.org Email: ,
... uses the principle that in a correctly operating quiescent CMOS digital circuit, there is no static current path between the power supply and ground, except for a small amount of leakage. Many common semiconductor manufacturing faults will cause the current to increase by orders of magnitude, which ...
... uses the principle that in a correctly operating quiescent CMOS digital circuit, there is no static current path between the power supply and ground, except for a small amount of leakage. Many common semiconductor manufacturing faults will cause the current to increase by orders of magnitude, which ...
Click here for related Power Supply Application Note.
... Figure 2 Recommended Voltage Sag Immunity In the absence of alternative instructions or requirements, the ...
... Figure 2 Recommended Voltage Sag Immunity In the absence of alternative instructions or requirements, the ...
AM-250 Digital Multimeter Product Manual
... CENELEC DIRECTIVES The instruments conform to CENELEC Low-voltage directive 73/23/EEC and Electromagnetic compatibility directive 89/336/EEC ...
... CENELEC DIRECTIVES The instruments conform to CENELEC Low-voltage directive 73/23/EEC and Electromagnetic compatibility directive 89/336/EEC ...
Relays
... operation of events. • The RELAY is the major component for this control method. • The main purpose of a PLC was to replace the relay. • The relay is a mechanic device that wears out • Changing the relay control structure required shutting down the line (equipment) and rewiring • PLC relays are bits ...
... operation of events. • The RELAY is the major component for this control method. • The main purpose of a PLC was to replace the relay. • The relay is a mechanic device that wears out • Changing the relay control structure required shutting down the line (equipment) and rewiring • PLC relays are bits ...
A-1 - Elitech-m.ru
... Put this switch on the position of “SET” or press the torch, but no gas output. ...
... Put this switch on the position of “SET” or press the torch, but no gas output. ...
Noise Control in Measurements
... or transmits power is a potential source for causing noise in strain gage circuits. And, in general, the higher the voltage or current level, and the closer the strain gage circuit to the electrical device, the greater will be the induced noise. Following is a list of common electrical noise sources ...
... or transmits power is a potential source for causing noise in strain gage circuits. And, in general, the higher the voltage or current level, and the closer the strain gage circuit to the electrical device, the greater will be the induced noise. Following is a list of common electrical noise sources ...
labs345full
... equations. If the surface is metallic and flat with dimensions which are at least ten times the wavelength, the process is called planar reflection. In this case the directions of the new waves are related to the directions of the incident waves by the Laws of Reflection, of which the common one is: ...
... equations. If the surface is metallic and flat with dimensions which are at least ten times the wavelength, the process is called planar reflection. In this case the directions of the new waves are related to the directions of the incident waves by the Laws of Reflection, of which the common one is: ...
Part II - Indian Navy
... the high input to the separate 10 Amps terminal. The maximum continuous overload is 2 Amp and the fuse, provides protection for sustained overloads in case of excess current. The 10 Amps range is not protected. (c) Resistance Measurement. Select the function button to ohms and the appropriate range ...
... the high input to the separate 10 Amps terminal. The maximum continuous overload is 2 Amp and the fuse, provides protection for sustained overloads in case of excess current. The 10 Amps range is not protected. (c) Resistance Measurement. Select the function button to ohms and the appropriate range ...
650V CoolMOS™ C7 Switch in a Kelvin Source Configuration
... This is why it was decided to use a gate driver in a 2-chip MCM approach, that utilizes Infineon’s “Coreless Transformer” (CT) technology to isolate the ground-referenced input circuitry from the output driving stage (such an isolation is required to drive high-side switches in high-voltage applicat ...
... This is why it was decided to use a gate driver in a 2-chip MCM approach, that utilizes Infineon’s “Coreless Transformer” (CT) technology to isolate the ground-referenced input circuitry from the output driving stage (such an isolation is required to drive high-side switches in high-voltage applicat ...
the influence of the mechanical fatigue on the energy loss
... Most machine parts are subjected to variation in applied loads, causing fluctuation in stresses in the parts. If the fluctuating stresses are of sufficient magnitude, even though the maximum applied stress may be considerably less than the static strength of the material, failure may occur when the ...
... Most machine parts are subjected to variation in applied loads, causing fluctuation in stresses in the parts. If the fluctuating stresses are of sufficient magnitude, even though the maximum applied stress may be considerably less than the static strength of the material, failure may occur when the ...
Intermod2
... When measuring receiver sensitivity with noise one depends on the noise source being at least having good amplitude stability with time and a small variation of noise level over a wide bandwidth. One injects noise at a known level and looks at the change in receiver output with AGC off. Then once co ...
... When measuring receiver sensitivity with noise one depends on the noise source being at least having good amplitude stability with time and a small variation of noise level over a wide bandwidth. One injects noise at a known level and looks at the change in receiver output with AGC off. Then once co ...
Electromagnetic compatibility
Electromagnetic compatibility (EMC) is the branch of electrical sciences which studies the unintentional generation, propagation and reception of electromagnetic energy with reference to the unwanted effects (electromagnetic interference, or EMI) that such energy may induce. The goal of EMC is the correct operation, in the same electromagnetic environment, of different equipment which use electromagnetic phenomena, and the avoidance of any interference effects.In order to achieve this, EMC pursues two different kinds of issues. Emission issues are related to the unwanted generation of electromagnetic energy by some source, and to the countermeasures which should be taken in order to reduce such generation and to avoid the escape of any remaining energies into the external environment. Susceptibility or immunity issues, in contrast, refer to the correct operation of electrical equipment, referred to as the victim, in the presence of unplanned electromagnetic disturbances.Interference mitigation and hence electromagnetic compatibility is achieved by addressing both emission and susceptibility issues, i.e., quieting the sources of interference and hardening the potential victims. The coupling path between source and victim may also be separately addressed to increase its attenuation.