Let’s get started by looking at some function generator signals. 1. Turn on a function generator. The digital ones will take a few seconds to complete internal tests, but the analog ones will be ready right away. 2. Turn on the digitaloscilloscope. After the scope completes its internal tests, press the \Clear
Function Generator Vs. Oscilloscope - FullyInstrumented
The Difference Between Function Generator and Oscilloscope. A function generator functions as a “signal source” that generates an alternating current signal with a sine, triangle, or square waveform with adjustable frequency.
Let’s get started by looking at some function generator signals. 1. Turn on a function generator. The digital ones will take a few seconds to complete internal tests, but the analog ones will be ready right away. 2. Turn on the digitaloscilloscope. After the scope completes its internal tests, press the \Clear
To become familiar with the use of the Agilent 33120A Function Generator and the Tektronix TDS2012C Oscilloscope and to use these instruments to measure the properties of simple waveforms.
Function Generators and Oscilloscopes | SpringerLink
2021年2月18日 · A function generator is an equipment to generate input functions for your circuit. It can generate sinewaves, square waves, triangular waves, modulated signals, and so on. An oscilloscope is an equipment to display the signals in the circuit. It …
Objective: To learn to use two basic lab tools - the Oscilloscope and the Function Generator. Refer to the Equipment Information Document at the course web site for background basic information on the oscilloscope and function generator. These two instruments use BNC type connectors, shown below.
Intro to Oscilloscopes and Function Generators - City University of …
Use the FFT function of the oscilloscope to generate a spectrum of the recorded audio. You might want to investigate the ACQUIRE menu and then use the SINGLE SEQ function to record a average of say, 8 or 16 samples.
The function generator allows one to generate test signals with known frequency, amplitude, and waveshape. Experiment Objectives: • Learn how to use an oscilloscope to see and measure both DC and AC voltages. • Learn how to generate DC, sine, triangle, and square wave signals using a function generator. Bring to Lab:
Reading Signals with Oscilloscope: The oscilloscope can read 2 channels of input simultaneously. If signals are not visible on screen, push the CH1 and CH2 channel buttons shown in Figure 2. Yellow corresponds to channel 1 input, and blue corresponds to channel 2 input.
Read the handout “EXPERIMENT 7: EVALUATION OF THE HP FUNCTION GENERATOR” to learn how to use the Function Generator and analyze the output signal using the oscilloscope.
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