define the maximum value of an ac wave form
maximum or peak value
Latching current is the current flowing between anode to Cathode when thyristor is turned on using gate pulse. If the gate pulse is removed before the required min amount of latching current value is not reached thyristor will turn off. To keep the thyristor in on state the gate pulse duration should be so adjusted that the min latching current value is reached before it ends.
Capacitors resist a change in voltage, proportional to current and inversely proportional to capacitance. In a DC circuit, the voltage is not changing. Therefore, after equilibrium is reached, there is no current flowing through the capacitor.
Distortion can be caused by many things, and varying levels. Two of the most common are;- Clipping. This is when the amplifier has reached maximum or minimum amplification and causes the wave form, to be flat top and bottom. It squares the waveform and sounds rough. Usually due to the input signal being too high. Harmonic. This is a form of feedback, where the input is receiving signal from the output. Sometimes the amplifier 'rings' at a harmonic of the input and is re-amplified giving a tinny, squeaky, sound. Caused by bad screening or component layout.
It is the CE (collector - emitter) voltage at a given collector current when the transistor is fully on. Increasing the base current will not lower the CE voltage any more once saturation has been reached.
Nope, never, absolute zero cannot be reached by artificial or natural means.
The peak potential difference is the maximum voltage that can be measured in an electrical system. It is typically shown on a graph as the highest point along the voltage axis. In an oscilloscope display, the peak potential difference is indicated by the highest point reached by the waveform.
Maximum CNS effects are no9t reached for about two hours , but can begin with in 30 mins
When current reaches saturation in a device like a transistor, it means the device can no longer increase the output current even if the input continues to increase. This generally indicates that the device has reached its maximum current-carrying capacity and can lead to distortion in the output signal.
The Third Law of Thermodynamics states that absolute zero cannot be reached. This law asserts that as a system approaches absolute zero, its entropy approaches a minimum value but never reaches zero.
Nope, never, absolute zero cannot be reached by artificial or natural means.
The minimum pressure that can be reached in a system is typically limited by the vapor pressure of the liquid in the system, which depends on the temperature and properties of the liquid. However, extreme low pressures close to but not exceeding absolute zero pressure can be achieved in high vacuum systems.
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The compound with the highest entropy of vaporization is likely water (H2O), as it has a relatively high boiling point and strong hydrogen bonding interactions that need to be overcome to transition from liquid to vapor phase. This results in a high enthalpy change and thus a high entropy of vaporization.
After breakdown voltage is reached in a zener diode the current increases drastically.
True! :)
yes, that's right.