The TFP-1 spectrometer is based on a tandem 3+3 pass Fabry-Perot interferometer arrangement. The mirror spacing is selectable in the range 0.1 ÷ 30 mm. Mirrors are scanned by means of piezoelectric transducers up to about 2.5 microns around the rest position. The instrument is intended primarily for the study of Brillouin spectra, particularly of many, or broad, features over an extended spectral range. The flexibility is such that even Raman spectra (out to about 500 inverse centimeters) may be measured.

(19 inch rack dimensions)

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the equipment by the operator.

The confocal Interferometer CFP-1 is a very high resolution spectrometer. The 500mm confocal cavity gives a resolution approaching 5MHz. Optics are included to allow an optic fibre to be optimally coupled to the cavity. A very narrow bandpass interference filter rejects stray light, and a glass plate beam splitter couples…

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the equipment by the operator.

When the confocal microscope is combined with the tandem interferometer a complete lightscattering system is formed.

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the equipment by the operator.

The light analysed by a spectrometer such as the Tandem Interferometer is measured by a suitable light detector. For maximum sensitivity the detector is normally a photomultiplier used in a single photon counting mode. The spectrum thus appears as a histogram in which the number of counts in a channel corresponds to the intensity at that spectral interval. This array of data channels is known as a multichannel analyser.

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the equipment by the operator.

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the equipment by the operator.

This is a microscope designed for viewing the scattered light imaged onto the plane of the entrance pinhole to the Interferometer.

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the equipment by the operator.

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the table top by the operator.

These easy to install isolators protect delicate high resolution measurement instrumentation against disturbing influences such as building vibrations and forces introduced directly into the table top by the operator.

Our earlier pinhole viewer with monocular eyepiece has been upgraded. A camera replaces the eyepiece giving a bigger, safe image of the light passing through the input pinhole. Older pinhole viewers can be easily upgraded without affecting the optical alignment.

The TFP Interferometers require a low reference laser intensity (about 1-2 mW) for stabilization purposes. The Brewster Attenuator (BA-1) is a convenient way to provide this intensity. The BA-1 collimates the sampled light into a fiber optics patch cable, that can be connected to a TFP reference input receptacle.

The TS-140 +40 combines proven technical excellence with elegant and user friendly design This medium-sized dynamic vibration isolation system is ideally suited for all applications which need more space on the top plate than is achievable with the TS-150.

The miniature BLS setup is a compact but complete back-scattering system which can be mounted immediately before the input pinhole of a TFP spectrometer. It enables the execution of back scattering measurements on test samples without having a proper equipment on the workbench, or without disturbing a fully aligned setup already built on the workbench.

This compact state-of-the-art dynamic vibration isolation system achieves better isolation performance than most other comparable vibration damping systems.

The TS-C series are compact dynamic antivibration systems, which offer isolation against all six translational and rotational vibration modes.

The LFS sensor measures horizontal and vertical accelerations in three axes down to frequencies of about 0.2Hz. The sensor is placed directly on the floor and is used in a feed forward loop in combination with standard AVI/LP systems to increase the vibration isolation at very low frequencies. The LFS can be retro-fitted to existing AVI-LP systems.

The vibration analysis system VA-2C is a system with remote measurement head allowing easy measurement of acceleration, velocity or displacement in three orthogonal directions. Each axis may be separately read out, and in addition a multiplexed output allows simultaneous display of all three axes on an oscilloscope. This latter feature is very useful for identifying vibration modes-frequency, direction and amplitude can all be inferred from the display.