Asus SMART Doctor 4.93 Driver
Get the Asus SMART Doctor driver. An official Asus software for the Other Drivers & Tools device. Update the Asus SMART Doctor drivers so that. TP-Link AC Smart Wireless Router - High Speed, Long Range, Dual Band Gigabit WiFi out of 5 stars 4, · $ · TP-Link N Wi-Fi Router. Скачать Драйвер для ASUS EAX Series Smart Doctor version v для Windows Vista, Описание:Smart Doctor version driver for ASUS EAX Series Скачать ASUS EAX Series Smart Doctor version v драйвер.
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Asus SMART Doctor 4.93 Driver
This is, in no doubt, because of a desire to reduce waste and meet EU regulations and has made it rather convenient for end users as cables and chargers are easy to find and are, to some degree, interchangeable. This is enough to power most smaller devices, but with smartphones and tablets, this is often only enough to power the device without any surplus left for charging.
However, an often overlooked issue relates to the cable used when charging. A cable is just a piece of wire, right? It turns out that the wire thickness used inside the cable impacts on the resistance of the cable assembly — this resistance causes energy loss inside the cable when an attached load draws a current, and causes a voltage drop which can reduce the voltage to the end device to a point where it is not possible to charge quickly or completely.
Users can often exacerbate this by attaching USB extension cables for convenience or buying longer cables. This will Asus SMART Doctor 4.93 cause the device to indicate it is charging, but be charging very slowly, especially towards the end. It may also cause the Asus SMART Doctor 4.93 to finish charging, but only at an intermediate state e.
Asus SMART Doctor 4.93
If it gets really bad, using the device while attached to the charger will cause continued depletion of the battery rather than charging it. But how bad is it really? Lets do some basic calculations to find out. In this system, larger numbers indicate thinner wires. Asus SMART Doctor 4.93
The data used in calculations is summarized above. The conductor resistance is taken from Wikipedia and assumes a copper conductor. The resistance itself is calculated by the route length which is twice the length of the cable as current travels from the charger to the device and back.
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For the one with contact resistance, four times the contact resistance is added to compensate for the charger positive, device positive, device negative and charger negative contacts. This Asus SMART Doctor 4.93 is in mohms, and is divided by to get to ohms, and then finally multiplied by current in amps to get the voltage drop. The Results The results are colour coded as to their voltage loss.
All voltage drops less than 0. From there, voltage drops of between 0.
This is because, while the Asus SMART Doctor 4.93 specifications are stringent, most devices only require 4. Most chargers are of the linear or buck step-down type, and thus the supply voltage must be greater than the battery voltage for charging to happen. Accounting for losses in the charging circuit, it is determined that approximately 4. Any losses greater than 0.
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With Contact Resistance With contact resistance taken into account, it can be seen that it is difficult to meet requirements at high currents of 2A and 2. As a result, cables only up to about 50cm can be used Asus SMART Doctor 4.93 24AWG, or maybe even 1m with boosted source voltage.
This is most significant for tablets. However, at mA the original specit can be seen that it is possible to meet the stringent USB voltage requirement at every length with 20AWG wire, and 2m with 24AWG probably by design. The disadvantage of pushing more Asus SMART Doctor 4.93 at low voltages is very clear — the resistance causes power loss very quickly!
One caveat of this, is that some vendors have realized Asus SMART Doctor 4.93 issue and decided to push the output voltage up to 5. This is a potentially nice feature as it means the requirements on the cables are slightly relaxed i. Likewise, as the cell reaches full charge, the current tapers off, thus reducing the voltage drop. Checking Your Cables Depending on who makes your cables, it might be possible to determine what sort of Asus SMART Doctor 4.93 your cable is made out of.
Ever seen the text on the side of your cable?
The two cables above are pretty much equivalent. What this means is that the cable is made of one data pair of 28AWG thickness, and two conductors that carry positive and negative of 24AWG thickness.
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Remember, the larger the AWG number, the thinner the wire. The data pair thickness really is unimportant when it comes to charging, so just look for the AWG attached to the conductors. The 24AWG thickness is pretty common stuff. You cannot tell the thickness of the wire within just by measuring the external diameter Asus SMART Doctor 4.93 the cable either.
In the case of the cables examined above, all three have extremely similar external outer diameters, but the wire thickness inside is obviously different.