Your question doesn't give enough detail. AM typically stands for amplitude modulation. It is how AM radio works. A constant frequency is transmitted and the amplitude is varied to modulate the carrier wave with an information signal such as a song. Hence if you were examining how an AM signal changed you would see changes in the peak-to-peak voltage of the carrier frequency waveform.
Distortion.
The output voltage swing will not reach its maximum. This would then give clipping of one side of the signal which means the signal output is not a amplified representation of the original signal.
3Db
Christmas's
An operational amplifier can sum an arbitrary number of signals and produce a single output signal.
A: The signal output will not change it is just that the efficiency of power transfer is effected to less
It does not have a cable. The speed signal comes from the trasnmission output speed sensor.
Injector #1 output driver does not respond properly to the control signal. or Injector #2 output driver does not respond properly to the control signal. or Injector #3 output driver does not respond properly to the control signal. or Injector #4 output driver does not respond properly to the control signal. or Injector #5 output driver does not respond properly to the control signal. or Injector #6 output driver does not respond properly to the control signal.
The rf output voltage should be proportional to the signal voltage in AM. A change in the DC supply voltage should also cause a proportional change to the rf output voltage.
Distortion.
slew rate is the ability of an amplifier to reproduce amplified version of the input signal in terms of frequency and phase. The input signal amplitude change is fast. But the amplifier will take some time to give response to the changes in input signal. i.e. how fast the amplifier tracks the input signal is the slew rate. For an amplifier the slew rate should be high in order to avoid signal distortion. The rate of change of the output voltage of an amplifier for the given input signal change is called the slew rate.
The name is your clue: a transistor and a resistor (the load) are put in series. The output signal is taken from the load resistor. A small input signal (to the third lead of the transistor) will cause the transistor to change resistance ... thus you can get a large output from a small input Amplification.
a signal coming out of a computer
LSA means that your amplifier will follow its specs also if you ask it to perform a large signal transition (ie fast output voltage change from rail to rail). In fact, bandwidth performances are given for small signal variation (a transition where output voltage variation is much smaller than rail to rail ).
The output shaft sensor signal is used to determine the speed and rotation of the shaft. The allows for monitoring of performance and efficiency.
Input to output shorted, check active devices, transistors,fet,tubes ect....
A: If the input is zero the desire output is zero no matter what class it is.