Sine Wave Generator Ic

This is accomplished through an inverter circuit using electronic components.

Sine wave generator ic.

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. The output frequency and phase are software programmable allowing easy tuning. In this circuit not only is the amplitude stabilized by servo control but voltage gain is included within the servo loop. The max038 is a high frequency precision function generator producing accurate high frequency triangle sawtooth sine square and pulse waveforms with a minimum of external components.

One old but still good function generator ic is the xr 2206. This ic is generally used in inverter circuit and we have previously made a square wave generator using this ic by adding few resistors and capacitors in previous circuit we can obtain sine wave with ic 4047 as shown in the circuit diagram below. The ad9833 is a low power programmable waveform generator capable of producing sine triangular and square wave outputs. No external components ar.

A modified sine wave inverter and a pure sine wave inverter. How it works the presented design actually produces a modified sine wave output but the waveform is highly processed and constitutes an exact equivalent of a sinusoidal waveform. The output frequency can be controlled over a frequency range of 0 1hz to 20mhz by an internal 2 5v bandgap voltage reference and an external resistor and capacitor. Figure 7 shows the xr 2206 connected as a sine wave generator.

The breadboard schematic of the above circuit is shown below. The two pole low pass filter using a2 filters the square wave output. Waveform generation is required in various types of sensing actuation and time domain reflectometry tdr applications. Two types of inverters currently exist on the market.

Another dimension in sine wave oscillator design is stable control of amplitude. We can also use ic 4047 to generate sine wave. Figure 1 this circuit generates a sine wave by first generating a square wave at the required frequency with amplifier a1 that is configured as an astable oscillator with the frequency determined by r1 and c1. This 4 5v goes to pin 8 and pin 4.

Figure 1 shows the schematic for the quick sine wave generator. These ics all used the same basic approach an astable with tracking square and triangle outputs followed by feeding that triangle wave into a circuit known as a sine shaper. There are several sine shaper approaches covered well here overdriven pairs can be used to good effect in an ic design although a more sophisticated approach uses a fully translinear sine shaper circuit a la the. Pin 1 is grounded.

It was first made by exar in the 1970s but is still around. Sine wave generator using 4047 ic. A 100 vrms output stabilized to 0 025 is achieved by the circuit of figure 2. So first for the power requirements of this circuit we use 4 5v to the 555 timer chip.

Although complex in appearance this circuit requires just 3 ic.