If the voltage is AC a transformer could be used. If the voltage is DC calculations could be made to apply the proper size resistor to the circuit so that it has a 3.7 volt voltage drop across it.
5mv is one thousandth of 5v. Although it may be possible in theory to step up a voltage 1000x, the starting voltage is so low that it would not be possible to make that change.
this could be done by using potenial divider which is used to vary the voltage a power supply.
If you have to ask this question, you shouldn't be dealing with 11,000V
5v
5V
Some simple 3 terminal single chip linear regulators are:+5V - 7805, LM309, LM323-5V - 7905, LM320Some high efficiency single chip switching regulators are: +5V - LM2574-5.0, LT1076-5-5V - LT3015-5Note: always read the datasheet carefully to make sure a part meets the requirements of your application before designing around the part.
It is depend on your requirement .suppose you need a voltage regulator of 5V than you need 5V Zener diode.
By changing the polarity of the source
By changing the polarity of the source
Why are you asking someone to do your homework for you? Ask your teacher.
If you have to ask this question, you shouldn't be dealing with 11,000V
Depending on the application and other factors, it will TYPICALLY be best to use a transformer. If it's a low current application, you can purchase a small 5V power supply transformer for under $20.00, US.
The answer is 1 + 5v.
you need a DAC, not just a buffer.
35
yes
5v
+12V, -12V, +5V, -5V, +3.3V -5V is seldom used
yes.you can get 5v output even when the polarity is reversed. In a 5v battery, if u reverse the polarity, then u'll get the same 5v as output , but in the opposite direction.(i.e.,)-5v(negative 5 volt