Examples of 'tuneable' in a sentence
Meaning of "tuneable"
Tuneable is an adjective used to describe something that can be adjusted, altered, or modified to change its performance, characteristics, or behavior. It is commonly applied to devices, instruments, or systems that can be tuned, calibrated, or fine-tuned to achieve desired outcomes or meet specific requirements
Show more definitions
- Alternative spelling of tunable
How to use "tuneable" in a sentence
Basic
Advanced
tuneable
Tuneable antenna for electromagnetic compatibility tests.
Such parameters are often called tuneable parameters.
A variety of tuneable filters are well known in the art.
Ct may however be any other tuneable capacitor.
The tuneable element selects one of the etalon peaks.
Examples of optofluidic devices are tuneable microlens arrays andoptofluidic microscopes.
The primary pump laser can operate in tuneable regime.
Wavelength tuneable laser source.
A tuneable smart light bulb you can control from anywhere.
This apparatus is based on the tuneable filter approach discussed earlier.
Radiation at all other wavelengths passes through the tuneable mirror.
The hope is to have a tuneable magnetism through doping or functionalisation of graphene.
The present invention relates to a continuously tuneable free space laser.
The source may be tuneable so that the frequency can be varied in a controlled manner.
Particularly an arrangement is needed which is tuneable within a large frequency range.
See also
The wavelength of the laser emission from the device may be tuneable.
Tuneable semiconductor lasers can also be utilized for absorption spectroscopy of molecular gases.
He is currently investigating third and fourth generation communications systems tuneable filters.
The component has particular utility for tuneable optical filtering and optical telecommunications.
Optical injection is the technique that allows the generation of tuneable signals.
The tuneable feedback control parameters determine the characteristics of the region of double negativity.
The invention finds its application notably for producing filters tuneable electrically.
The frequency of the light from the tuneable laser is swept through a range of frequencies.
The invention applies to the monitoring of the wavelength of discreet lasers or tuneable lasers.
This is achieved by placing the tuneable filter between the image and the camera.
The tuneable nanopore technology based on multicomponent metallic nanorods enables biomolecular separation and analysis.
They used the findings to synthesise active sites of catalysts with tuneable catalytic characteristics.
The invention relates to a tuneable active microcavity and a process for manufacturing a tuneable active microcavity.
They lack some features but are to a degree tuneable and have plenty of volume.
FSI uses a tuneable laser as a light source.
The electrical signal provided for the functioning of the tuneable mirror is an alternating voltage.
The tuneable mirror can be placed on the TEC with the FP etalon.
The component of the invention thus provides the function of the selective tuneable integrated filter.
NMR magnetometer probe with a tuneable cavity in its center and a double central cylindrical member.
The parallel tuned circuit may comprise a first inductor and a tuneable capacitor arranged in parallel.
However, tuneable microcavities are known elsewhere.
This invention provides a method for preparing zeolite crystals with a tuneable pore system of zeolite crystals.
It has 6 tuneable strings with an electric motor for each one.
AOTFs are particularly powerful tuneable filters.
In one aspect, the pH tuneable group may comprise a pyridine.
Moreover, none of these components according to prior art is tuneable.
In one aspect, the pH tuneable group is a secondary amine.
The tuneable laser source outputs light, frequencies of which vary linearly.
In the preferred embodiments, the tuneable element is a tuneable mirror.
Alternatively, tuneable local oscillators may be provided to achieve a similar effect.
In this way, the antenna arrangement is tuneable to four discreet frequencies.
Tuneable laser emits a useful wave in one direction or a “ lost ” wave in the opposite direction.
Therefore, it is also impossible to make tuneable microcavities according to this second embodiment.
The invention applies notably to the wavelength 15 monitoring of a tuneable optical source.
Furthermore, the solubility is tuneable by simple means such as temperature and pressure.
