Leybold Products

With automatic rewind; spring band steel. Technical Data Length: 2 m/78 inches Metric scale: cm and mm graduation Imperial scale: 1 /16� graduation

For experiments in which certain components are to be continuously turned and the respective angles determined either with a recorder or via a computer interface (CASSY), e.g. diffraction experiments with ultrasonics, angular distribution of micro-waves. The system is driven by a DC gear motor...

Adding stop-clock with start, stop and reset button. Spring work. This piece of equipment is extremely fine tuned for measuring time in experiments such as Determining the gravitational constant (P1.1.1.3)

Opto-electronic measuring instrument for registering the oscillations of gravitation torsion balances. Measuring principle: four IR-diodes successively emit infrared light, which is reflected onto a row of phototransistors by the concave mirror mounted on the gravitation torsion balance. A...

Single-line CCD camera for high-resolution registration of motions and relative measurement of intensities. For connection to the USB port of a computer. Including software for recording and evaluating measurements. Technical Data •2048 pixels When registering positions, the positions...

For use in demonstration experiments and in the laboratory, meeting the highest requirements. Including base, levelling screw for 3-point support. The front ends have bore holes for inserting connecting elements for further rails.

For precision optical bench with standardized V-shaped cross-section (460 32, 460 33).

For demonstrations and lab experiments with high precision. Black anodized aluminium profile machined with highest mechanical accuracy. For optical elements mounted on rods of 10 � 13.7 mm dia.

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For precision optical bench with standardized V-shaped cross-section.

For demonstrations and lab experiments with high precision. Black anodized aluminium profile machined with highest mechanical accuracy. For optical elements mounted on rods of 10 � 13.7 mm dia.

Technical Data...

Ideal light source for all experimental setups in which an intensive and parallel light bundle is required (e.g. diffraction, interference or holography). As a result of the linear polarization, this laser is also suitable for experiments on the rotation of the plane of polarization and on light...

Experiment cable with measuring plug for voltages which are non-hazardous. Technical Data •Length: 1 m

Universal power supply, as constant voltage operation with current limiting and as constant current operation with voltage limiting, parallel working and series operation of several devices are possible. Technical Data •Output voltage : 0...16 V, continuously adjustable •Output...

Cascadable interface for measured-value recording. •for connection to the USB port of a computer, another CASSY module or the CASSY display •Sensor-CASSY and Sensor-CASSY USB can be used mixed •fourfold electrically isolated (inputs A and B, relay R, voltage source S). •cascading...

Designed to fit the goniometer of the x-ray apparatus(554 801). For experiments in Braggs configuration, e.g. diffraction(up to the 5th order), x-ray spectra, wavelength determination, Duane and Hunts displacement law, determining Planks constant, dependence of absorbtion on wavelength,...

Designed to fit the goniometer of the x-ray apparatus(554 801). For experiments in Braggs configuration, e.g. diffraction(up to the 5th order), x-ray spectra, wavelength determination, Duane and Hunts displacement law, determining Planks constant, dependence of absorbtion on wavelength,...

With two independently controllable stepping motors which move the sensor and target arm. The motion is defined using the key in the control panel of the X-ray apparatus. (554 800 and 554 801) and initiated manually or automatically. Included in the scope of supply of the X-ray apparatus (554 801).

For X-Ray Apparatus 554 800/801. Foils mounted in frame for attaching to silt diaphram collimator or counter-tube holder.

For x-ray apparatus (554801) Two absorbers for quantitative investigation of the attenuation of x-rays as a function of the thickness and the atomic number of the absorber.

For x-ray apparatus (554 801) for investigation the Compton effect by means of wavelenth dependant transmission as a function of the placement of the Cu filter in front of or behind the aluminum scattering body; with aluminum scattering body and copper filter in frame.

For investigating the Compton-effect on X-ray radiation in combination with the X-ray energy detector (559 938) and the X-ray apparatus (554 801). Consists of a circular collimator and a Plexiglas radiation body.

Technical Data

Dimensions: 25 mm x 25 mm x 6 mm

For x-ray apparatus 554 800/801, with printed scale for defined positioning of films for transillumination, Laue diagrams and Debye-Scherrer photographs; includes experiment rail with millimeter scale and pinhole diaphram D=1 mm for attaching to silt-diaphragm collimator.

Suitable x-ray...