While the operational differences between chorus and flanging are similar, the outputted effects of flanging can sound very ...

A sine wave is an S-shaped waveform defined by the mathematical function y = sin x. It is depicted graphically as two semi-circular curves that alternate above and below a center line.

Below is a classic example of such a circuit for generating a sine wave. As you can see, it is based on the venerable 555 timer IC runs from a regulated 5VDC power source. In this minimalistic square ...

If you do any electronics work–especially digital signal processing–you probably know that any signal can be decomposed into a bunch of sine waves. Conversely, you can generate any sign… ...

According to textbooks, a sine wave is a wave whose form resembles a sine curve. Often in power electronics, we need a sine wave generator for some applications; a dc/ac power inverter, for example.

For those nice sine waves, you took the peak voltage and divided by the square root of two, 1.414 or so. ... So a 5 V square wave, for example, is always at either 5 V or -5 V and, ...

Ryobi inverters offer both modified and pure sine wave power output, ... For example, the Ryobi ONE+ 18V 150-Watt Push Start Power Source at Home Depot is only $80.

The AUSampler software instrument (included with Garage Band) has a built-in A-440 tone. I'm not at a computer that I can test it on right but if you select that and nothing else (no other sample ...

For a sine wave source, a non-power factor-corrected PC will typically exhibit a crest factor of 2 to 3. For a source waveform that is a stepped approximation to a sine wave — as used in most ...

2. The 1-MHz sine and –cosine outputs of the generator (channels 3 and 4) result from the 100-MHz square-wave input (channel 1). Resistor-divider circuits reduce the amplitude from rail-to rail ...