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Standard plastic filter, yellow: POM052024Filter in 5x5cm slide form | |
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Standard plastic filter, green: POM052025Filter in 5x5cm slide form. |
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Standard plastic filter, magenta: POM052026Filter in 5x5cm slide form. |
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Standard plastic filter, turquoise: POM052027Filter in 5x5cm slide form. |
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Standard plastic filter, crimson: POM052028Filter in 5x5cm slide form. |
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Standard plastic filter, intense green: POM052029Filters in 5x5cm slide form. |
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Standard plastic filter, ruby: POM052030Filter in 5x5cm slide form. |
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Standard plastic filter, frosted: POM052031Filters in 5x5cm slide form. |
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Standard plastic filter, polaroid: POM052032Filter in 5x5cm slide form. |
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Standard plastic filter, colour synthesis: POM052033Filters in 5x5cm slide form. |
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Set of 3 holes slides : POM052034Set of 3 slides with holes of Ø 1, 2 and 4 mm |
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5-slots slide: POM052035Slide with one set of 5 single slots, different thickness |
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Hand spectroscope: POM052310Full metal, this spectroscope enables the observation of different spectrum |
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Laser slide, transparent background: POM0526533 slides, with black lines on transparent background. |
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Laser slides, black background: POM0526543 slides, with slots on black backgroung. |
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Dual slit slide: POM052820The dual slit generates one phenomenon of interference between the diffraction figures of each slit. |
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Didalab catalogue Physics, ed 2017Didalab catalogue in Physics |
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Millikan Apparatus : PSD022040Determination of the electron load. |
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Generator for Millikan Experiment : PSD022060 replaced by PSD022065Compulsory accessory for the Millikan experiment |
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Generator for Millikan Experiment : PSD022065PSD022065 Module which includes the power supply for the capacitor, the digital chronometer and the power supply for the laser diode. |
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Thermic conduction apparatus : PTD009915measurement of the thermic propagation coefficient, as well as a very good approach of all phenomena inherent in propagation (thermic wave damping, limits condition Changing…). |
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Dewar vase calorimeter : PTD039505Dewar vase calorimeter |
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4 sticks metallic star : PTM039015heat propation in different metals. |
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RhéostatsRheostats: 160 W, 320 W, 640 W, 960 W, 3x320 W see details for the resistance values |
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3-energy power plant : SER130000PL7Contextualization: Energy Independence : « Sun, water and wind serving El Hierro island ». Learning objectives: • Producing electricity - Hydropower (waterfall) - Fluid energy (wind power) - Solar energy (photovoltaic) • Storing electricity - Potential energy (water retention) - Chemical (battery) • Material & Structures : Turbine Study - Choice of material within the constraints - prototyping (3D printing) • Information… - Acquiring : Pressure sensors, Flowmeter - Addressing : Siemens PLC - Communicating information : Ethernet Network |
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Heat Pump, ref SER330000Pedagogical bench, homothetic to home heating applications, renewable energy (aerothermal) with domestic hot water and heating functions (reversibility option) |
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Light control through CAN network - Training unit (ref: CAN01A)Training unit of industrial local networks applied to the car industry. Linked to one EID110 / EID210 target board or a PC computer with a CAN interface board, the CAN module is a complete development project of car signals system control. Programming is carried out either in assembler, C, or C++ language with one real-time kernel available. |
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68332 microprocessor/microcontroller - Practical works manual (ref: EID210041)Practical works manual, discovery of the 68332 µcontroller EID210: TPU functions, writing in a memory zone, use of an "echo" mode through the terminal, discovery of "assembler" & "C" languages. |
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DC machine load bench, 120 W (Ref - ELD037480)DC motor load unit: 120 W, parted excitation load generator: 120 W. |
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Active load, electrotechnical measurement & load generation unit for DC & AC motors (1.5 kW) - Training bench (ref: ELD151000)Load generation unit to carry out experiments & characteristics statements on DC & AC motors. ▪ Several loads are available: function of the speed, square of the speed, constant, inertial... ▪ Acquisition of the characteristic values of DC & AC motors (speed, torque, current, voltage). ▪ Plotting of typical curves: torque, function of the speed, efficiency... |
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Electrical Engineering PHYSICS Energy & Systems |