Function Generator And Oscilloscope Experiment

What is the default frequency and output voltage when the function generator is powered up.

Function generator and oscilloscope experiment.

What is the agilent 33220 function generator capable of producing. To use the oscilloscope and. To learn how to use a function generator. Function generators are signal sources which.

The function generator the analog oscilloscope and the digital. Generator to calculate obtain and. The purpose of this lab is to introduce students to the basic tools used by engineers and technicians in analyzing electronic equipment. Supplies 1 1 5 v d cell and.

To learn how to use an oscilloscope. Dual channel function waveform signal generator for the speaker headphone audio output. The student will also verify the concept of voltage division through measurements. And durations periods of uarious uoltage signals.

Some introductory exercises for students in the advanced labs introduction so many of the experiments in the advanced labs make use of oscilloscopes and function generators that it is useful to learn their general operation. Display the output on ch 1 of the oscilloscope by making a direct connection between the oscilloscope and function generator. Ee 442 laboratory experiment 1 introduction to the function generator and the oscilloscope prelab questions. Based on figure 1 what is the frequency range of the agilent 33220.

Introduction to oscilloscopes lab experiment overview of an oscilloscope introduction an oscilloscope is an electronic test instrument that displays electrical signals graphically usually as a voltage vertical or y axis versus time horizontal or x axis as shown in figure 1. Output is 16 bit for each left and right channels and at 44 1khz. No ads no permissions no in app purchasing no limited features. Experiment 3 function generators and oscilloscopes objectives 1.

Set the function generator to output a 1 khz 4 v pp sine wave. Output will depend on your device hardware. Some device hardware may may filter out the dc bias and low frequency signals.