Home Made Circuits and Schematics

Unformatted text preview: function generator. 3. Observe the output of your circuit Conclusion The OP-Amp is able to integrate the given time varying signal. Circuit Diagram View Full Document This lab report was uploaded on 04/29/2016 for the The generator circuit shows IC1 operating as a square-wave generator with frequency determined mainly by R1 and C1 (Fig. 1). The signal in point A is approximately triangular with amplitude of about 0.35 V p-p and a supply rail of +9 V. 1. The block That is how the multiplexers are also called as ‘many to one’ combinational circuits. The below figure shows the block diagram implement the ex-OR function of three inputs. A 74151A 8-to-1 multiplexer is used in this logic generator. A function generator the output of entire circuit is a sine wave. The frequency of all the three waves are identical and can be varied by varying the trim pot R. Assemble each component in the breadboard as per the circuit diagram. 1. Connect the circuit shown in Figure 1. Figure 1. Circuit Diagram generated using Multisim 10 © 1. Adjust your function generator to give a sinusoidal waveform of a peak voltage of 800 mVp and 1 kHz frequency. 5. Increase the operating frequency to 10 The circuit diagram of the function generator is presented. .

I'm working on some stuff using an oscilloscope, and I need to figure out how to obtain an eye diagram, or eye pattern on it. Right now I just have a function generator hooked up Try making an RC circuit, and vary the R or C values. Figure 5. The RC circuit diagram. The oscilloscope's Channel 1 monitors the function generator while Channel 2 monitors the voltage drop across the capacitor. The capacitor responds to the square-wave voltage input by going through a process of charging The diagram presented below shows a simple circuit of a bird sound generator. All the parts are very common the 10 resistor and the 0.1 capacitor performs the feedback function for keeping the transistor active with a certain foxed frequency range. (2) Look up table 6-31 to find out the feedback function f(Q). (3) Draw the circuit diagram. (4) Attach an anti-all-zero logic. 3. Design Procedure: 67 Step 1: S=2n-1，therefore n =3. 2. Feedback type maximum-length linear sequence generator (m sequence .