Electronics Engineering

Increase primary voltage but decraease amerage - eg double voltage and half amperage. This will double your secondary voltage. "Transformed" voltage is easy to understand by following this simple math rule.

secondary voltage divided by primary voltage = no of turns on secondary and no of turns on primary.

eg;

240v \ 12v = 20 (factor)

this means the secondary winding is 20x the primary winding. Basically thats all I know Stick to this rule for step up & step down tranforming & you'll be sweet.

RF is short for Right Fielder.

In the context of the category where this question was posted, RF probably refers to "radio frequency". "Radio frequency" usually refers to a rate of oscillation in the range of about 30 kHz (30,000 cycles per second) to 300 GHz (300,000,000,000 cycles per second). This is the range of frequencies of electromagnetic signals we call radio waves. Although RF usually refers to electrical rather than mechanical oscillations, mechanical oscillations in this range can also be referred to as "RF" (that use is a bit obscure though).

state diagram of d flip flop is same as applied input it means.

>if you are going to 0 to 0 than Qn =0

>if you are going to 0 to 1 than Qn= 1

>if you are going to 1 to 0 than Qn = 0

>if you are going to 1 to 1 than Qn= 1

we saw that output is equivalent to applied current input.

ANSWER: There are no diagrams but rather function MAPS where is every input/ output is taken care of its ambiguity to respond.

The following is the closest I can get using character map:

───►├──

Keep in mind that the gaps are not supposed to be there. It's just a formatting error.

the symbol is like this but without the gap:

--------->|-------

the formula for electric current is VI ,where v is voltage then I is the current.

the unit used for current is ampere and volts for voltage. multiply the total I to the Voltage

The formular of electric current is given by I=V/R ,I=P/V

I diode allows current to flow in only one direction. Therefore, if a lamp is "on" in a DC circuit, and the diode in series with the lamp is reversed, the light will be turnned off due to the diode blocking current flow (unless the voltage is above the breakdown voltage of the diode - if this is the case, the diode will fail). If this is an AC circuit, every half cycle the diode will turn on, then the next half cycle it will turn off. To your eye, the bulb will most likely appear slightly dim due to this on then off cycling. If the diode is reversed, there will be no apparent change. The difference is the half cycle the diode would have been off before reversing, it will now be on, etc.

(i) EMF (Electro Motive Force) the source of voltage can increase or decrease voltage.

(ii) Load connected can increase or decrease voltage (In case of overload voltage reduces.)

(iii) Resistance of wire - I R loss ( Voltage drop V = IR)

if you have 2 bulbs and one burns out, the other wont shine,

if you remove 1 bulb, you are breaking the circuit, and the current

cant flow to the second bulb, so no it wouldn't shine.

they are integrated in the calculators

You can use a second gate on the same IC to invert the output (most OR-gate ICs I know of have 4 gates per chip). Do this by tying the output of the first gate to both inputs of the spare gate.

== The most common use of piezoelectric transducers is in sonography. That's sonar. And medical sonography, the so-called ultrasound, represents the broadest application of the technology. The ultrasound is in use in medical imaging right now in a number of places around the world. It is very common for pregnant women to undergo the proceedure. They are also used in speakers and the like, in applications as a "force gauge" and as a method of control for scanning tunneling microscopy. They are also used in basic physics research such as the study of so-called Fermi surfaces where ultrasound is passed through a crystalline sample in a magnetic field. == Piezoelectric transducers are used to measure dynamic events. The events a piezoelectric tranducer can measure is typically relative to a force. Such as vibration (dynamic g forces), force / impact (dynamic in nature), and pressure (once again dynamic). Piezoelectric transducers do not measure true static events. Such as your weight when stepping on a scale. What a piezoelectric will measure is the impact of your body stepping on the scale and any changes in force applied to the scale. Some examples of use would be in manufacturing where a press is being used rapidly. Piezoelectric pressure sensors are used to measure the dynamic events of pressure. Such as the turbulance in a pipe or combustion pressures in an engine. Piezoelectric accelerometers measure g forces dynamically. This is generically considered vibration. This measurement can detect bearing faults in a motor from its 'vibration' or the structural integrity of an aircraft based on its vibration and response to the forces put into the structure. A material that generates an electric charge when mechanically deformed. Conversely, when an external electric field is applied to piezoelectric materials they mechanically deform. This above effect is called Piezoelectric effect Every day use of this phenomena is used in load cells. Load cells are used on large weigh scales for trucks and large bin scales where materials need to be weighed. The signals from the cells are calibrated to compensate for the weight of the scale so that the scale can be zeroed out. The cell signal because it is very small is sent to an amplifier head where is can be read by the operator in units of weight. The head unit can be set to read in metric or imperial weights.

A multimeter is used to measure various properties of electricity. The "multi" refers to it multiple functions which can range from volt meter, current meter, resistance meter. The most common use would depend on the users preference to what is needed and measured most frequently.

Because capacitor not allow to pass dc voltage,but capacitor allow ac voltage and signal.Purpose is to block dc voltage.That is coupling condenser.

we should be take two point from the the graph between collector current and emitter-collector voltage.. along the horizontal line collector current is zero and emitter-collector voltage become Vcc,and along the vertical line emitter-collector voltage is zero and collector current become Vcc/RL then by this line that drow between this two point is called load line that in this line the transistor allowed to operate....

The function of a governor in a generator set is to regulate the speed of the engine. It works by controlling the fuel flow to the engine, adjusting the throttle settings, and maintaining a constant speed regardless of the load demand. The governor ensures that the generator provides a consistent and stable output frequency and voltage.

First it senses the generator speed via a magnetic proxy sensor

It compares the speed with a preset level

Then it gives control signal to the actuator motor that controls the fuel injection pump resulting in change in speed.

This cycle goes in a continuous loop.

By adding more light bulbs

"Which one is better split AC or window AC?""Which one is better split AC or window AC?"

Series, R1 + R2 +R3 etc,,, Parallel 1/R1+R2+ R3,,,,If you have know resistors. If not just use. E/I x R