Electronics Engineering

intrinsic impedance is ratio of E/H from a uniform plane ve in a materal

the resitance would be used to reduce a voltage amplitude to a level suitable to be used in an application, to limit the amount of current flowing within the circuit , or in some cases the resistor

could be used as a heating - effect.

Yes, fluorescent lamps may be powered by DC but they need a DC lamp controller instead of an AC ballast and starter. The DC lamp controller is more complex.

I have a 12V lantern with fluorescent lamp tubes.

Maximum power rating describes the maximum power at which a device can operate without reaching an excessive temperature. For example, in the case of a resistor, if its maximum power rating is exceeded, then it may burn out.

No. But bear in mind that, in the case of a.c. circuits, 'total', means the phasor (vectorial) sum of the voltage drops, NOT the algebraic sum.

It is because the emitter is the source of charge carriers and we require to move these charge carriers into base which is obtained only by forward baising the base emitter junction.

AND

XL=XC

The numbers are leds instead of a needle

Without a mechanical load the motor accelerates until the back-emf generated by the armature nearly equals the supply voltage. On load, the speed drops and the current rises until the power taken from the supply balances the mechanical power supplied to the load.

If the armature has low resistance, the speed drop under load is not very much, so speed regulation is better if the armature resistance is lower.

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21

Analog signals are transmitted as electrical waves.

Resistors in parallel have a LOWER combined resistance than either alone, not a higher one.

Leaving evidence of your presence supports U.S. Government effort to locate, identify and recover you.

If there’s enough room on the capacitor, most manufacturers of electronics components print the capacitance directly on the capacitor along with other information such as the working voltage and perhaps the tolerance. However, small capacitors don’t have enough room for all that. Many capacitor manufacturers use a shorthand notation to indicate capacitance on small caps.

If you have a capacitor that has nothing other than a three-digit number printed on it, the third digit represents the number of zeros to add to the end of the first two digits. The resulting number is the capacitance in pF. For example, 101 represents 100 pF: the digits 10 followed by one additional zero.

If there are only two digits listed, the number is simply the capacitance in pF. Thus, the digits 22 indicate a 22 pF capacitor.

This shows how some common capacitor values are represented using this notation:

Marking Capacitance (pF) Capacitance (ìF)

101 100 pF 0.0001 ìF

221 220 pF 0.00022 ìF

471 470 pF 0.00047 ìF

102 1,000 pF 0.001 ìF

222 2,200 pF 0.0022 ìF

472 4,700 pF 0.0047 ìF

103 10,000 pF 0.01 ìF

223 22,000 pF 0.022 ìF

473 47,000 pF 0.047 ìF

104 100,000 pF 0.1 ìF

224 220,000 pF 0.22 ìF

474 470,000 pF 0.47 ìF

105 1,000,000 pF 1 ìF

225 2,200,000 pF 2.2 ìF

475 4,700,000 pF 4.7 ìF

You may also see a letter printed on the capacitor to indicate the tolerance. You can interpret the tolerance letter as follows:

Letter Tolerance

A ±0.05 pF

B ±0.1 pF

C ±0.25 pF

D ±0.5 pF

E ±0.5%

F ±1%

G ±2%

H ±3%

J ±5 %

K ±10%

L ±15%

M ±20%

N ±30%

P –0%, + 100%

S –20%, + 50%

W –0%, + 200%

X –20%, + 40%

Z –20%, + 80%

Notice that the tolerances for codes P through Z are a little odd. For codes P and W, the manufacturer promises that the capacitance will be no less than the stated value but may be as much as 100% or 200% over the stated value.

For codes S, X, and Z, the actual capacitance may be as much as 20% below the stated value or as much as 50%, 40%, or 80% over the stated value. For example, if the marking is 101P, the actual capacitance is no less than 100 pF but may be as much as 200 pF. If the marking is 101Z, the capacitance is between 80 pF and 180 pF.

If they are in series, you need to add the resistance values.

The differential voltage is amplified using the instrumentation amplifier.This is the inference we know from instrumentation amplifier...

If rating is correct, terminal connections are correct, if safety devices are in place, if device is a standard with necessary requrement, it should not be problem to connect a transformer first time.

cx

C

A) histogram

B) scatter plot

C) time series plot

D) contingency table

The Answer is "A" it's a Histogram

A bar chart is a graphical representation of data. A frequency table is a table of numbers, which breaks numbers into various groups, based on how often values occurs within ranges.

0.81 V - just answered the other answer to this question (2.8 x 10^2V) and got it wrong

Tempo, key signature, and rhythm (Number of 1/4 notes per measure)

2.7 x 10^-3