Function Generator Circuit and Working. Fig. 2 shows the circuit diagram of the function generator using the ICL8038, which produces sine, square, and triangular waveforms simultaneously with minimal ...

Amplitude control is achieved (pin 5) through the multiplier function, as i Y. The (pin 6) output is a bipolar current that is integrated by IC2. The first-generation scheme is illustrated in detail ...

Sine shapers in earlier FGs were resistor-diode piecewise-linear circuits that have been supplanted by translinear function generation. Also, multiple function-enhancing circuits are added to FG ...

The complete circuit diagram for the AD9833 and Arduino Based Function Generator is shown below. We are going to use the AD9833 with Arduino to generate our desired frequency. And in this section, we ...

On the basis of simulation results it is obsereved that the function generator can generate signal with in the frequency range of 3kHz to 16 KHz. Hence the bandwith of function generator is 13 kHz.

This project designs a Function Generator using the UA741CP operational amplifier to produce square, triangle, and sine waves at adjustable frequencies. It demonstrates waveform generation, frequency ...

I would rather have a ramp output vs a triangle wave. The ramp circuit will let me play around with different single & dual slope ADC concepts later on. Below is a block diagram of my proposed design: ...

A low-power and low-voltage simple CMOS exponential function generator circuit is proposed. It is based on simple current mirrors able to operate at low supply voltage. The design of the circuit is ...

For wind farms, nuclear power plants and other large power plants outlet installed Generator Circuit Breaker (GCB) cannot meet the 150kA or higher breaking situation. In order to improve the circuit ...

The actual circuit of the generator is built with three LM386 ICs. It produces two frequencies, selectable via double-pole double-throw (DPDT) switch S1 ( Fig. 2 ) . When the switch is in position ...