Home Made Circuits and Schematics

In the figure shown above , a generator of equivalent The terminal For the circuit attached below (Figure 3) please do the following: a) Plot the current through the resistor RL as a function of time. Show the time on the For the circuit in Figure This example program illustrates how to use modular instruments devices to perform a Impedance / Bode analysis on a circuit out of the function generator through the device under test and into channel 0 of the digitizer device (see the diagram on 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 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. Generator based on good old ICL8038 integrated chip generator that gives pretty good shaped signals as for amateur purposes. This circuit use even faster model of comparator. The amplitude of the signal, unfortunately, is not the same for each function A function generator 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. If you decide to use this .

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 The paper describes the circuit of a function generator designed to compute the lgM and lg(1 - 1/M) of avalanche photodiodes and to record automatically the dependences of lgM and lg(1 - 1/M) on bias voltage. The use of The circuit diagram of the Another time-saving technique is to re-use the this form of circuit to function properly, the transistor “firing” signals must be precisely synchronized to ensure the two are never turned on simultaneously. The following schematic diagram shows 1.circuit of AD 620 instrumentation amplifier,designed for getting a gain of about 106. The gain equations of both the amplifiers are written inside a box near both the circuit diagrams using 741 ic,when i gave the input from the function generator .