Sentences with phrase «charging voltage»

Unlike Qualcomm QuickCharge, increase the charging voltage, Dash Charge redirect start charging current to 5V / 4A to achieve fast charging.

Quick Charge achieves fast charging by upping the charging voltage, which in turn boosts the wattage.

You are right that it should be evaluated at charging voltage.

Unfortunately this is not the case... Not only the plug is different, but also charging voltage / current, the chemistry of the batteries and thus the charging method etc..

Perhaps the belt is slipping past the alternator and the charging voltage is dropping.

I did a ground test (all less than 2 - 1ohm), point to point resistance check (all 1 - 2ohm), parasitic draw test (30mA after entering sleep mode), and charging voltage test.

When the engine is running, the voltage should track the alternator / voltage regulator output (which is also the battery charging voltage).

Looking for thoughts on this slow decline in charging voltage across the battery to determine where to dig into next.

Charging voltage is back in the 14 + v range and the idle jump is gone.

Check for Charging voltage at the generator B + terminal.

It should be at least 12 volts if the alternator charging voltage is greater than 13 volts.

Clearing the levels just by charging the voltage gauge won't simply be enough, however.

The results demonstrate that the stability of electrodes and electrolytes depends on several factors, for example, charging voltage, operating temperature and even tiniest chemical impurities:

By controlling the alternator charge voltage range, BMS works to keep the battery in a specific charge range, which can extend the service life of the battery by more than 25 percent.

After some analysis, reports confirmed that the reason for the drop is the charge voltage.

In order to properly charge the voltage from the wall outlet has to be converted so it matches the voltage of the battery.

Not exact matches

But to understand how it works, you first need to know the science behind the eel's electrical system, which is made up of low - voltage electric plates that are each capable of driving.15 volts of charge.

Another problem: Tesla's cars can power up at a much higher voltage than electric cars from competing car companies, and its charging stations are geared to that higher capacity.

Its already - constricted range (up to 160 km) shrinks further in stop - and - go traffic, and a driver will be hard - pressed to find a high - voltage charging station.

It turns out that as phone batteries age, not only do they hold less charge, they also lose the ability to output maximum voltage at one time.

The charger quickly detects the voltage of the battery you're trying to charge - it only takes 2 seconds!

But the high voltage of the fully charged KERS battery pack needs careful protection and handling.

When surrounded by deuterium atoms (heavy hydrogen), that voltage gives the atoms an electric charge and then accelerates them into a nearby solid target containing additional deuterium.

When voltage is applied to the capacitor, electric charges of equal magnitude, but opposite polarity, build up on each plate.

The researchers tinkered with the voltage in cell membranes of developing African clawed frogs (Xenopus laevis) and found that electric charge plays a role in how big the brain grows and what kind of tissue developing cells grow into.

They are charged by applying a voltage to two electrodes suspended in a solution so that positive ions head to one electrode and negative ions to the other.

This process only generates a low voltage, but Freund thinks that the charge forms an ultra-thin layer at the surface.

We used mutations with natural and unnatural amino acids, electrophysiological recordings, and x-ray crystallography to identify a charge transfer center in voltage sensors that facilitates this movement.

When a constant voltage is applied between the two electrodes, one electrode holds positive charges, the other negative.

Weirder still, if the slab of semiconductor is made very pure and cold, then the electrons can gang up to act like «quasiparticles» with fractional charges — say, 1/3 of an electron's charge — adding more steps to the Hall - voltage stairway.

They dunk a positively charged graphite electrode into the salt and pass an electrical voltage between the electrode and the side of the crucible.

A dipole has one end with a positive charge and one with a negative charge, and changes its orientation (switches) depending on the voltage applied to it.

The Hall voltage climbs as the magnetic field increases in a series of even steps whose spacing is set by the electron's charge.

Their nearly switchlike response as a function of membrane voltage comes from the movement of positively charged amino acids, arginine or lysine, across the membrane field.

Electrical circuits use four fundamental variables — current, voltage, charge and magnetic flux - linkage.

When the textile is then stretched or exposed to pressure, the deformation of the fibres causes a reorganisation of the charge distribution, thus generating an electrical voltage.

They brought study participants into the lab to describe how it felt when Israr charged the screen with voltages of various frequencies and amplitudes.

In testing, they found that three pairs of fibers arranged in series tripled the voltage while keeping the charging / discharging time the same.

When a voltage is applied, the configuration behaves like a capacitor, with positive and negative charges accumulating on either side of the insulator.

Instead of transmitting electric current without any loss of power, as superconductors do, superinsulators completely shut off the flow of charges under an applied voltage.

Working with frog embryos at the four - cell stage, Levin and his colleagues then used several methods to disrupt the normal voltages of the cells, making them more or less negatively charged.

Low voltage T - type channels generate tiny pulses of current at regular intervals by selectively passing positively charged cations across the cell's membrane through a gate - like channel.

The units proved able to deliver current at high temperatures with a stable voltage window of 3 volts over 120 charge - discharge cycles and featured both the thermal stability of solid - state electrolytes and the wetting properties of liquid electrolytes, assuring good contact with the electrodes.

Real neurons have a voltage across their outer membrane, which Spikey mimics using capacitors: components that store charge.

The large voltage generated by this charge stimulates more neurons.

However, trapped charges in the niobium made the gyroscopes far less round electrically; an Earth - sized map of a sphere's voltage landscape would sport peaks as high as Mount Everest.

Prior attempts to control ions by charging the surfaces of microfluidic channels, however, showed that ions quickly migrated to channel walls and canceled out the voltage, shielding the rest of the liquid from further electric manipulation.

Presto: the batteries delivered a higher voltage than was used to charge them.

But 300 times a second, a charged electrode in the MIT researchers» device alternates between a high - voltage, low - frequency (1 - kilohertz) signal and a 3.3 - volt high - frequency (200 - kilohertz) signal.

This layer resides between two electrodes that can reverse the direction of its polarization — the alignment of positive and negative charges used to represent «0» and «1» in binary computing — by applying electric voltage to it.