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Digital-to-Analog Converters (DAC) - Training module (ref: EDD038060)Training module for the study of 8-bit Digital-to-Analog circuits: ▪ Conversion with weighted resistors. ▪ Conversion with R/2R resistors network. ▪ Conversion by counting. ▪ Conversion by DAC0800 integrated circuit. |
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Digital-to-Analog Converters - User manual (ref: EDD038061)Digital-to-Analog Converter Module User Manual: ▪ Hardware description. ▪ Practical works. ▪ Theoretical reminder. |
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Analog-to-Digital Converters (ADC) - Training module (ref: EDD038100)Training module for the study of Analog-to-Digital Converters: ▪ Sample & Hold circuit. ▪ Single or dual slope converter. ▪ Counting converters. ▪ Built-in converters. |
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Analog-to-Digital Converters - User Manual (ref: EDD038101)Analog-to-Digital Converter Module User Manual: ▪ Hardware description. ▪ Practical works. ▪ Theoretical reminder. |
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Logic circuits tester & simulator - Training module (ref: EDD050000)The EDD050000 is designed to enable basic training on logic functions. It is equipped with 4 Zero Insertion Force (ZIF) sockets. The student plugs the components to be studied into the socket, all connections are achieved by 2-mm patch leads & banana plugs. |
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Basic logic - Training module (ref: EDD100000)The EDD 100 000 logic training board enables the study of basic combinatorial or sequential logic (AND, OR, NOT, XOR, RS & JK flip-flops,...). Different technologies are available from discrete components: RD (Resistors, Diodes), DTL (Diode-Transistor Logic) & TTL (Transistor-Transistor Logic) integrated circuits. Mimic layouts displayed are similar to the industrial datasheet diagrams. |
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Digital logic - Training module (ref: EDD120000)The EDD120000 digital logic simulator module is an extension module of the EDD100000 combinatory logic simulator. It enables the study of combinatory circuits (amplifiers, open collectors & 3-state logic) and digital functions (comparators, shift registers, up/down counter, ALU). Complete practical works (questions & solutions) are provided with the equipment. |
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Programmable logic - Training module (ref: EDD200000)The EDD200000 board is delivered with accessories, enabling the study of EPLD programmable logic, as well as the operations & skills for VHDL language (developed by Lattice Semiconductor®). For an easier maintenance, all components are plugged on sockets. |
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Study of a fiber-optic link - Training module (ref: EFO100000)Study of the implementation of a single-mode optical fiber. Whole set, with affordable price, enabling the put the student into real development situation. ▪ Learning of the fundamental knowledge in cleanliness, indispensable for the fiber manipulation. ▪ Calibration of measuring instruments. ▪ Optical measurement as a function of the wavelength used by the system. ▪ Telecommissioning of an emitter/receiver optical couple and an IP camera. |
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Optical fusion splicer - Training kit (ref: EFO200000)Skills acquisition for the fiber preparation and fusion splicing connection. Essential and widely used tools by the connection technicians. → Automatic fiber alignment. |
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"OTDR" reflectometer - Training kit (ref: EFO300000)▪ Characterization of an optical fiber, measurement of the signal reflection. ▪ Analysis of all events on the fiber (connections, welding, stresses, etc.). |
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Mechanical splicing - Training kit (ref: EFO400000)→ Mechanical splicing is very widely used on building site to settle or maintain optical transmission lines. The process used (transparent splicing) enables to check on-site the accuracy of the junctions without any expensive control device. Therefore, it is compulsory to train the future installation and maintenance technicians in specific professional skills they will have to master for their future activity. |
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Inputs/Outputs simulator - Operative part (ref: EID001000)→ Inputs/Outputs simulator, enabling the implementation of programs using ON/OFF analog inputs/outputs & interrupts. → To plug with EID110 or EID210 board(s). |
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Traffic lights simulator - Operative part (ref: EID002000)Operative part for the simulation of traffic lights. It can be controlled by the EID 110/210 series training boards. It represents a road crossing between 1 high traffic road and 1 side road with pedestrian calls & car presence detections. |
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Embedded Web server - Expansion board (ref: EID003000)Embedded Web server expansion board, enabling the implementation (through PC/104 standard connection) of a modern system equipped with one embedded Web server, that can be remotely consulted via Internet. |
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CAN network interface - Expansion board (ref: EID004000)CAN network interface industrial board on PC/104 bus, developed by ATON Systèmes. It ensures the CAN network control from one embedded system, equipped with one PC/104 bus. |
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MMI (graphic display device & 16-pad keypad) - Expansion board (ref: EID005000)Display device & keypad board. It has been developped for the implementation of the Man Machine Interface (MMI). The board can be connected to the PC/104 expansion bus of our main boards (EID110 & EID210). |
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8 ON/OFF CAN LIN inputs - Expansion board (ref: EID050000)→ 8 ON/OFF inputs expansion board, using CAN Local Industrial Network bus. |
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4 ON/OFF CAN LIN outputs - Expansion board (ref: EID051000)→ 4 ON/OFF power outputs (12V, 12 Amps) expansion board, using the CAN Local Industrial Network bus. |
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CAN LIN motor speed control - Expansion board (ref: EID052000)→ Motor speed control CAN module, PWM control & speed feedback by encoder. |
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68HC12 microprocessor/microcontroller - Training board (ref: EID110000)EID110 → 68HC12, µprocessor/µcontroller study board, including: ▪ CodeWarrior IDE. ▪ Analog & digital inputs/outputs. ▪ Parallel port. ▪ Serial ports: USB, RS232, CAN, SPI. ▪ Analog-to-Digital Converters (ADC) & Digital-to-Analog Converters (DAC). ▪ 16-character LCD display. |
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68332 microprocessor/microcontroller - Training board (ref: EID210000)EID210 → 68332 µprocessor/µcontroller study board, including: ▪ Serial ports: RS232, USB, SPI, I2C. ▪ Parallel port. ▪ Digital-to-Analog Converters (DAC). ▪ Analog-to-Digital Converters (ADC). ▪ "DIDALAB IDE". |
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Real-time kernel for the EID210 board - Expansion board (ref: EID210200)Dynamic real-time kernel for the 68332 (EID210) µcontroller-based target board, enabling the implementation of the real-time kernel on the embedded system. |
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End Node IoT based on ESP32EID430000 developpement board based on a ESP 32, in order to study sensors and program in C/C++ with the LoRA modem |
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300-W / 170 Vdc motor with permanent excitation, ref EL302000DC motor, Low Voltage, with permanent excitation -> Power: 300 W -> Nominal voltage: 170 Vdc -> Nominal current: 2 A, |
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300-W, squirrel cage asynchronous motor, LV, ref EL303000LV 3-phase asynchronous motor, squirrel cage, star or delta -> Nominal power: 370 W -> Nominal voltages: 240/400V -> Nominal currents: 2.1A / 1.2 A, |
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300-W Brushless motor, LV, ref EL306000Low voltage Brushless motor 300 W |
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BICMAC-300 Instrumented load bench for AC or DC machines - Motor/Load benchEL310000 The load bench BICMAC- 300 is specially designed for: ▪ Electrotechnics. ▪ Power electronics. ▪ Automatic control. It works, in accordance with the standard LV (170 Vdc / 240 Vac) |
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BICSIN-300 Instrumented load bench for AC or DC machines - Motor/Load benchEL320000 The load bench BICSIN- 300 is specially designed for: ▪ Electrotechnics. ▪ Power electronics. ▪ Automatic control. It works, in accordance with the standard LV (170 Vdc / 240 Vac) |
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ELD037480 load bench user's manual (Ref - ELD037481)120 W parted excitation load bench user's manual. |
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Spécialiste en Ingénierie Pédagogique en Sciences Physiques, Génie Electrique &Télécoms . Nous sommes concepteurs et fabricants. |
DIDALAB Z.A. de la clé Saint Pierre 5, rue du Groupe Manoukian 78990 ELANCOURT (France) Phone : +33.1.30.66.08.88 Mail:didalab@didalab.fr |
Electrical Engineering PHYSICS Energy & Systems |