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| ROB00180 | | micro:bit AD-BW ( black-white display ) micro:bit is not included | | 32 | .85 | |
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| Micro:bit interface The AD - BW model with black and white display supports over 30 functions that you can use in micro: bit programming. The interface micro:bit AD-BW is Arduino UNO compatible and uses an ATMEGA328 microprocessor at 16 Mhz. To allow you to program the interface, we have installed a programming connector. | | The interface can be programmed as an Arduino UNO or via a programmer. For graphic or text display, the interface uses a screen with a resolution of 84x48 pixels. For the audio output, a 0.5W speaker with a volume control is installed and connected to the P0 micro:bit pin. To receive data from different sensors, three | | input connectors are used which are connected to pins P1, P2, P4 and I2C connector. Sensors with a signal up to 9V can be connected to the inputs. To power the sensor, the interface has two outputs with a power supply of 3.3V and 5V. A 9V battery or a 5V USB adapter can be used to power the interface and micro:bit. | |
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| ROB00182 | | SET ( 10x ) micro:bit AD-BW ( black-white display ) micro:bit is not included | | 292 | .00 | |
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| Micro:bit interface The AD - BW model with black and white display supports over 30 functions that you can use in micro: bit programming. The interface micro:bit AD-BW is Arduino UNO compatible and uses an ATMEGA328 microprocessor at 16 Mhz. To allow you to program the interface, we have installed a programming connector. | | The interface can be programmed as an Arduino UNO or via a programmer. For graphic or text display, the interface uses a screen with a resolution of 84x48 pixels. For the audio output, a 0.5W speaker with a volume control is installed and connected to the P0 micro:bit pin. To receive data from different sensors, three | | input connectors are used which are connected to pins P1, P2, P4 and I2C connector. Sensors with a signal up to 9V can be connected to the inputs. To power the sensor, the interface has two outputs with a power supply of 3.3V and 5V. A 9V battery or a 5V USB adapter can be used to power the interface and micro:bit. | |
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| FT548884 | | Starter Set for micro:bit | | 108 | .77 | |
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| The new “Starter Set for micro:bit” by fischertechnik teaches the basic principles of programming with micro:bit single board computers for students grades three and up in an easy to understand way. This complete set includes a fischertechnik part set for building three stationary models and the new fischertechnik | | “micro:bit IO F5 adapter”. The adapter board has 8 outputs and 6 inputs. It can be used to control simple, easy to understand demonstration models (a pedestrian walk sign, hand dryer, barrier) equipped with actuators and sensors using the “micro:bit board”. The additional pedagogical manual offers | | help in starting up the models, a variety of exciting tasks, and is available free of charge as a download from the eLearning portal.Required: micro:bit board, software and power supply. Content: micro:bit iO F5 adapter board, XS motor, 2x light barrier LEDs, phototransistor, 2x buttons | |
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| ROB00135 | | ROBOTIC SET micro:bit ( micr:bit + board IO F5 ) | | 234 | .67 | |
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| 11 functional models. 6 beginer models and 5 mobile ( car ) models. In set we include different senzors like switch, photo, infrared, ultrasonic and color. Except building elements we include power supply 9V, micro:bit IO F5 board, BBC micro:bit and Usb cabel. 180 parts is in this set. | |
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| ROB00137 | | ROBOTIC SET micro:bit ( board IO F5, micro:bit NOT INCLUDED) | | 217 | .35 | |
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| 11 functional models. 6 beginer models and 5 mobile ( car ) models. In set we include different senzors like switch, photo, infrared, ultrasonic and color. Except building elements we include power supply 9V, micro:bit IO F5 board, BBC micro:bit and Usb cabel. 180 parts is in this set. | |
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| ROB00129 | | BBC micro:bit ( V1.0 ) | | 17 | .49 | |
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| ROB00128 | | ULTRASOUND sensor 3.3V - 5V | | 7 | .50 | |
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| Connect red and green wire to 3.3V or 5V power output. Micro:bit connecting: Blue wire (echo) to P3 and black wire (trig) to input P0 . Need to add package "SONAR". For Arduino and Raspberry BLUE wire = ECHO, BLACK wire = TRIG. | |
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| ROB00138 | | micro:bit IO F5 board - POWER CON. 5.2x2.1 mm ( 8x OUT, 6x IN) - IN up to 9V | | 24 | .76 | |
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| Discount for bigger quatity. |
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| Board and micro:bit power supply via universal power adapters (6 - 9V) or batteries (6 - 9V). Outputs for connecting standard 4 x DC motors or 8 x lights. Maximum output power 600 mA per connector. Input power should be aligned with the output power of the consumer. Up to 6 sensors, 5 x analog / digital and 1 x digital. Connection for | | I2C sensor control. Output power 5V and 3.3V. Rubber mounting feet on the model (inserted into the hole element), 60 mm spacing. All standard sensors (photo, mini-switch, magnetic, thermal, etc.) can be used, which outputs up to 5V. POWER SUPLY CONNECTOR 5.2 x 2.1 mm. MICRO:BIT INPUTS ARE PROTECTED FROM TOO HIGH VOLTAGE, UP TO 9V. | |
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| ROB00139 | | micro:bit IO F5 board - POWER CON. 3.5x1.3 mm ( 8x OUT, 6x IN) - IN up to 9V | | 24 | .76 | |
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| Discount for bigger quatity. |
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| Board and micro:bit power supply via universal power adapters (6 - 9V) or batteries (6 - 9V). Outputs for connecting standard 4 x DC motors or 8 x lights. Maximum output power 600 mA per connector. Input power should be aligned with the output power of the consumer. Up to 6 sensors, 5 x analog / digital and 1 x digital. Connection for I2C sensor control. | | Output power 5V and 3.3V. Rubber mounting feet on the model (inserted into the hole element), 60 mm spacing. All standard sensors (photo, mini-switch, magnetic, thermal, etc.) can be used, which outputs up to 5V. POWER SUPLY connector 3.5 x 1.3 mm - FISCHERTEHNIK COMPATIBLE. MICRO:BIT INPUTS ARE PROTECTED FROM TOO HIGH VOLTAGE, UP TO 9V. | |
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| ROB00140 | | micro:bit IO T5 board - POWER CON. 5.2x2.1 mm ( 8x OUT, 6x IN) - IN up to 9V | | 27 | .23 | |
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| Discount for bigger quatity. |
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| Board and micro:bit power supply via universal power adapters (6 - 9V) or batteries (6 - 9V). Outputs for connecting standard 4 x DC motors or 8 x lights. Maximum output power 600 mA per connector. Input power should be aligned with the output power of the consumer. Up to 6 sensors, 5 x analog / digital and 1 x digital. | | Connection for I2C sensor control. Output power 5V and 3.3V. Rubber mounting feet on the model (inserted into the hole element), 60 mm spacing. All standard sensors (photo, mini-switch, magnetic, thermal, etc.) can be used, which outputs up to 5V. MICRO:BIT INPUTS ARE PROTECTED FROM TOO HIGH VOLTAGE, UP TO 9V | |
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