This element can be other elements such as a frequency multiplier, or a mixer.

Before amplifiers, frequency multipliers were the way to generate radio frequencies.

A chain of frequency multipliers allowed crystals in the 8 MHz range to be used.

It must produce enough output power to effectively drive subsequent stages such as mixers or frequency multipliers.

"We had to have some kind of frequency multiplier," Dr. Prum said.

To get better resolution, a phase-locked loop frequency multiplier can be used to generate a faster clock.

Frequency multipliers are often used in frequency synthesizers and communications circuits.

A clever design can use the nonlinear Class C amplifier for both gain and as a frequency multiplier.

Frequency multipliers use circuits tuned to a harmonic of the input frequency.

Merely changing the CPU core frequency multiplier will have an effect on scheduling.

The passive frequency multiplier was relied upon to bring the output frequency up to practical transmission frequencies.

FM - frequency multiplier, is used to reflect the effects of lifting frequency on acceptable lift weights.

Sometimes the frequency multiplier circuit will adjust the width of the impulses to improve conversion efficiency for a specific harmonic.

Frequency multipliers upconvert the light to green and blue (UV) just prior to entering the "target chamber".

Usually amplifiers are inserted in a chain of frequency multipliers to ensure adequate signal level at the final frequency.

The frequency multiplier and antenna tuning had to be selective enough to suppress the high harmonic output of the arc converter.

Fuzzboxes also contain frequency multiplier circuitry to achieve an even harsher timbre by adding complex harmonics.

The Gunn oscillator frequency is multiplied by a diode frequency multiplier for submillimeter-wave applications.

This is used to modulate a crystal-controlled oscillator, and the result is passed through a frequency multiplier to give an FM signal.

A fuzzbox (or "fuzz box") alters an audio signal until it is nearly a square wave and adds complex overtones by way of a frequency multiplier.

Design started in the late 1970s, with construction following shortly starting with the testbed Novette laser to validate the basic beamline and frequency multiplier design.

Using frequency dividers, frequency multipliers and phase locked loop circuits, it is practical to derive a wide range of frequencies from one reference frequency.

In these transmitters the oscillator usually operates at a lower frequency, and is multiplied by frequency multipliers to get a signal at the desired frequency.

Optical frequency multipliers are very common in high-power lasers, notably those used for inertial confinement fusion (ICF) experiments.

The station used a new transmitter technology introduced in 1912, a high frequency alternator (similar to an Alexanderson alternator, with magnetic frequency multiplier converter.