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A set of five Alluminum surfaces, 10x10 cm2 (the size of a 1U CubeSat), painted with the following colors: black, white, red, blue, pure Aluminum They are mainly intended for thermographic measurements and for teaching and measuring the effects of color on thermal heating, thermal absorption and thermal radiation.
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An accurate temperature sensor capable of measuring temperatures in the range of -55°C to +150°C, compatible with all WiFi-enabled SpaceMotionery modules, for testing small satellites (e.g. CubeSats) and for performing various physics and STEM experiments, but also to automate electronic measurements, under the real-time control of a Smartphone or PC.
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Sale!An accurate electrical sensor capable of measuring positive voltages up to 85V, positive and negative currents up to 4A, and positive and negative load powers up to 340W, compatible with all WiFi-enabled SpaceMotionery modules, for testing small satellites (such as example CubeSats) and for carrying out various physics and STEM experiments, but also for automating electronic measurements, under the real-time control of a Smartphone or PC.
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Sale!SME02F21B-Bonding-Adhesives is a set of five commonly used adhesives, which can be associated with the SME02F21A-Bonding-Surface-6+3mm to teach bonding techniques and to test the performance of adhesives in several environmental conditions and with different materials.
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Sale!SME02F21A-Bonding-Surface-6+3mm is an easy-to-use tool to teach bonding techniques and to test the performance of adhesives in several environmental conditions and with different materials.
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Sale!A set of three orthogonal axes (X-red, Y-green, Z-blue) which can be assembled either as a right-handed or a left-handed orthogonal frame. It is a very simple yet fundamental tool for teaching and understanding rotations in 3D space, spacecraft attitude and manoeuvres, spin and the relevant mathematical concepts, like rotation matrices, quaternions and Euler angles.
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A fully didactical board which can be developed, simulated, assembled and tested by students to learn principles of magnetic field measurement and magnetorquers and electronic assembly technologies. Price on request
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A pre-assembled and more performant version of the SME02B01 Magnetometer Magnetorquer Study. A fully didactical board which can be developed, simulated and tested by students to learn principles of magnetic field measurement and magnetorquers and electronic assembly technologies. Price on request
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A fully didactical board which can be used by students to learn principles of satellite communication, telemetrya and telecommand. Price on request
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A pre-assembled and more performant version of the SME02A01 Solar Panel Converter Study. A fully didactical board which can be developed, simulated and tested by students to learn principles of photovoltaic conversion, switching regulators, electronic assembly technologies Price on request
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Teaching material for a set of didactical experiments to be performed on Solar Panel Converters. Material is based on the schematic entry tool KiCAD (freely available from Iternet) Price on request
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A fully didactical board which can be developed, simulated, assembled and tested by students to learn principles of photovoltaic conversion, switching regulators and electronic assembly technologies. The package contains Printed Circuit Board, stencil for solar cell adhesive, solar cells, electronic components for primary converter, battery. Price on request