Sine Wave Generator Circuit Using Transistor

The breadboard schematic of the above circuit is shown below.

Sine wave generator circuit using transistor.

The sine wave generator circuit that we will build with a transistor and resistors and capacitors is shown below. The sine wave generator circuit that we will build is shown below. If you need a sine wave generator that can be set to any frequency in the 0 01 hz to 1 mhz or more take a look at the xr 2206. Previously we have built simple square wave generator circuit today in this tutorial we are going to show you how to generate sine wave using few basic components like transistor resistor and capacitor.

The xr 2206 is an older ic that is still available and a great way to generate sine square and triangle waves over a wide frequency range. I feed the 555 timer stage with 5v beside 8v fed to the ic sg3524. So first for the power requirements of this circuit we use 4 5v to the 555 timer chip. The post explains a very simple 3 phase sine wave generator circuit using only three bipolar transistors and a few passive components for initiating the desired three phase output.

Figure 7 shows the xr 2206 connected as a sine wave generator. Sine wave generator circuit built with a transistor. Sine wave is most commonly known as waveform for alternating current in this circuit we will also build that alternating waveform we can adjust the frequency or reduce the noise of the sine. The resistor is modified to ensure that the single transistor sinewave generator circuit is merely only oscillating then the sinewave is comparatively natural.

The two most widely used types of transistor waveform generator circuits are the oscillator types that produce sine waves and use transistors as linear amplifying elements and the multivibrator types that generate square or rectangular waveforms and use transistors as digital switching elements. First and foremost we use 9vdc of power for this circuit. However the pwm from ic sg3524 is being blocked by the collectors of the bc547 transistors at the bases of the power stage transistors. The tone frequency is defined through capacitor c1 and one of the 10 k wirewound pots r1 to rn.

The circuit again is based on a simple relaxation oscillator concept using a type 2n2646 unijunction transistor to generate the audio note and commute a loudspeaker. The breadboard circuit of the circuit above is shown below.