To avoid distortion, modulation depth must not exceed 100 percent.

Reductions in the modulation depth are associated with loss of intelligibility.

Similarly, you can control pitch modulation depth and speed.

The difference between the two modulation depths produce an error current signal in the airborne receiver.

Increasing the modulation depth, the two attractors become strange.

Master tuning and modulation depth are not altered by the emulation.

Modulation depth is dependent on stimulus frequency and intensity.

This change in modulation depth was part of a series of experiments to increase coverage without increasing transmitter power.

Modulation depth was regulated by a low-impedance potentiometer placed on the front panel.

Added to this was a modulation depth parameter so the user could create chorus and flanging effects as well as delay.

The modulation depth m is a convenient experimental parameter when assessing the total harmonic distortion in the demodulated signal.

Control over these presets is limited to octave balance, envelope attack, and LFO modulation depth and rate.

Aircraft guidance is provided by the ILS receivers in the aircraft by performing a modulation depth comparison.

As with other modulation indices, in AM this quantity (also called "modulation depth") indicates how much the modulation varies around its "original" level.

Modulation Depth Range (Vibrato Depth Range)

The modulation index (or modulation depth) of a modulation scheme describes by how much the modulated variable of the carrier signal varies around its unmodulated level.

The modulation depth of each 90 Hz and 150 Hz signal changes according to the deviation of the aircraft from the correct position for the aircraft to touchdown on the threshold.

A modulation depth comparison navigational aid (MDCNA), also known as an instrument landing system uses the concept of space modulation to provide guidance to aircraft when on final approach.

This freedom of design has further extended the application of SESAMs into modelocking of fiber lasers where a relatively high modulation depth is needed to ensure self-starting and operation stability.

Figure 2(a) shows the I-V characteristic of a SQUID where V is the modulation depth of the SQUID due to external magnetic fields.

While clipping limiters are often used as a form of last-ditch protection against overmodulation, a properly designed vogad circuit actively controls the amount of gain to optimise the modulation depth in real time.

A filter network is required so that the audio components of the signal don't appreciably influence gain; this prevents "modulation rise" which increases the effective modulation depth of the signal, distorting the sound.

For example, saturation fluence can be controlled by varying the reflectivity of the top reflector while modulation depth and recovery time can be tailored by changing the low temperature growing conditions for the absorber layers .