The phase relationship between the input signal and the output signal depends on the specific system or circuit being analyzed. In linear systems, such as filters, the output may lead or lag the input by a certain phase angle, often measured in degrees or radians. For example, in a first-order low-pass filter, the output lags the input by a phase angle that varies with frequency. In contrast, in some systems, such as inverting amplifiers, the output can be 180 degrees out of phase with the input.
A 180-degree phase shift in the output signal compared to the input signal typically occurs in systems where the output is inverted relative to the input. This is commonly seen in inverting amplifiers or certain feedback systems, where the signal undergoes a negative gain. Essentially, when the input signal reaches its peak, the output reaches its minimum, resulting in the phase difference. Consequently, the output signal is a mirror image of the input signal across the horizontal axis.
function
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.
In Simulink, it is generally not possible to generate an output signal from a scope without an input signal, as the scope is designed to visualize input signals. However, you can create a constant or predefined signal using blocks like "Constant" or "Signal Builder" to simulate an input. By connecting this to the scope, you can visualize the output. If you need outputs based on specific conditions or properties, you can manipulate the input signal accordingly.
Christmas's
An amplifier is both an input and output device. An amplifier, as its name suggests, amplifies a signal, meaning that it makes it stronger. An amplifier takes something as input, like maybe a sound signal, and its output is a more powerful (or louder) version of the same signal.
amplifier will strengthen da small input signal n amplifies it
There need not be any relationship.
Answer is GAIN
A mealy state machine output depends on both the current state and the input signal received. The combination of the current state and the input signal dictates what the output of the machine will be for a given transition.
The input or output of a continuously variable signal within a designated range is a sampled data or a feedback system. This accepts limited analog signal and encodes.