No, you cannot put two 5V voltage regulators in series to obtain 10V. Voltage regulators are designed to maintain a constant output voltage regardless of the input voltage, and connecting them in series would not sum their outputs as you might expect. Instead, it could lead to instability or damage to the regulators. To achieve 10V, it's better to use a step-up (boost) converter or a dedicated 10V regulator.
ummmmm... put it in series.
noyou can not
The current in a circuit, expressed in milliamperes, is1,000 x (battery or power supply voltage)/(resistance connected between the power supply terminals)If you increase the voltage of the battery or power supply, the current in the circuitincreases proportionally, at least until something in the circuit gets hot, melts, fuses,and opens the circuit.
when you put your ac directly on your dick then it is proportional. not a ac voltage
On the whole AC electrical conversions are done with transformers. In your question both step up and step down transformers will be utilized. Step up transformers will be utilized to get the generated voltage up to transmission voltage. At the voltage transmission destination the voltage will use step down transformers to decrease the voltage to the consumers load requirement. Or you could connect 111111 resistors in series and take the voltage off each one of them .. but ull have to put in consideration the load resistance ..
A zener diode is designed to be operated in reverse bias, and have a specified breakdown voltage. For example, if you wanted a part that is supposed to get 10V applied to it, and you only have a 12V rail, you can put a resistor and a 10V zener diode in series, and the zener diode will make sure that only 10V get dropped across it. Any more and it will begin conducting. It will draw enough current to drop the excess voltage across the series resistor. If the load on the output terminals increases, tending to reduce the output voltage, the Zener just takes less current. The idea is that the total current through the series resistor is enough to stabilise the output at 10V. ANSWER: A zener is a diode that has the property that when reversed bias is applied to exibit a breakdown of a voltage with a sharp knee. This property can be used as a regulator since the voltage will not change it the current trough the zener changes.
It depends on the load and desired voltage. The voltage adds as you put batteries in series. Positive to negative, etc.
ummmmm... put it in series.
Internal to the alternator. From about the yr 1995 to present they internalized the regulators inside the alternators. So just get and alt and put it on!!
The only reason anyone will put a voltmeter in series is to measure current flow as a function of voltage drop.
biased series clipper has more than one bettries and voltage out put is across resistance
Putting batteries in series will up the voltage of the entire circuit. Certain things need higher voltage, so you put your batteries in series. Putting batteries in parallel will not up the voltage, but will let the current last longer. Watches would be more of an example for that. You want watch batteries to last long.
Solar cells in parallel series configuration are used to increase the current output, while solar cells in series configuration are used to increase the voltage output. By combining these configurations, you can optimize both current and voltage levels for a specific application, such as maximizing power output in a solar panel.
The quickest way I know is to put it in series with a truly high voltage. A car battery will do.
Capacitors in connected in series result in a higher voltage rating, but lower capacitance. Two 470uF 50V capacitors connected in series will give you a total of 235uF, but you can put up to 100V across the series combination. Two 470uF 50V capacitors connected in parallel will give you a total of 940uF, across which you can put 50V (the voltage rating does not change for capacitors in parallel).
A: If put in series current will decrease if put in parallel current will increase assuming the input voltage remains the same
Wire minus - to positive +. Know that this will increase the voltage but the amps will stay the same. Wire two 12 volt batteries together in series and you have 24 volts. Click the link.