Standard car battery.
Converting 48 vdc to - 48 vdc is very easy. Just change the terminals. Instead of the positive terminal, connect the wire to the negative terminal.
12 Vdc
AnswerYou wouldn't want to. The Watts are the reason why.If you needed to power 2000 watts worth of appliances and you have a 120v system, you'd need a little under 17 amps to do it. A relatively thin 12-gauge wire will handle that much power. To power the same load with 12v current, you need 170 amps--and wire 3/8" in diameter.AnswerThe built-in transformer you speak of requires 110 volts. They're known as step-down transformers and are a ratio of the incoming voltage. For example: a 10:1 transformer will drop 100 volts to 10 volts. If you gave it 12V you'd end up with 1.2V.In short: No to your question.There are many appliances -- such as Google's servers -- that are designed to run on a 12 VDC supply. Appliances designed for recreational vehicles (RVs) and boats often run on 12 VDC.In theory, a technician with some knowledge of electronics could convert an appliance that is designed to require 110 VAC and convert it to require only 12 VDC. If you are lucky, the appliance already has a transformer and rectifier that converts input power to 12 VDC, and a technician can simply attach a 12 VDC power plug, cable, and fuse directly in to that point. In practice, you would need some system to prevent accidentally plugging the 12 VDC power plug into a 110 VAC outlet, which would probably destroy the appliance, and also prevent accidentally plugging in both the 12 VDC power plug and the 110 VAC power plug, which risks destroying the 12 V power supply.A few devices use the AC cycle to derive a time base (50 Hz or 60 Hz), and so cannot work on 12 VDC power alone, unless you use an "inverter" that generates that frequency.Some devices -- such as air conditioners -- require a lot of energy. Given a particular energy requirement, reducing the voltage by 1/10 means increasing the current by a factor of 10, which requires power lines with 10 times as much copper. Increasing the voltage allows us to reduce the amount of copper used -- which is one reason some automobiles have a "42 V automotive system".
It likely means that the device is rated up to 10 VDC.
Standard car battery.
A 10-20 vdc power source is a low output power supply used for small devices like battery chargers, notebook computers, and appliances. They use AC power input to convert it into DC power.
Vdc is an acronym for "Volts Direct Current". VDC is often shown on electrical schematics to indicate a connection to the positive side of a battery or other DC power source. In TTL logic, VDC is traditionally 5 volts and ground refers to Earth Ground (0 volts).
It depends on the power source - too much current (Amps) can damage the battery and/or the phone. I usually charge mine from a USB port on my computer.
i dont no
"VDC" commonly refers to "volts direct current," which is a term used to specify the type of electrical current in a system or circuit that flows in one direction continuously. It's often associated with electrical components and systems that operate on DC power sources.
wat vdc do in titan nissan
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Converting 48 vdc to - 48 vdc is very easy. Just change the terminals. Instead of the positive terminal, connect the wire to the negative terminal.
SHANKARNAGAR VDC of Rudendehi
For a dependent source the main problem occurs while finding the equivalent impedance of the circuit . For this case : 1. Keep the dependent source as it is . 2. Apply a dc voltage across the o/p terminal . let it be Vdc 3. Let the current for this Vdc voltage source is Idc . 4. Find Zeq=Vdc / Idc. [Zeq is the equivalent impedance] [ Specially for superposition: we perhaps need not required the 2nd,3rd& 4th step . As we just have to calculate the current through the o/p . And , i think the dependent source should not be switched off any time . ]
Wakame-vdc was created on 2011-12-24.