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10 KΩ Potentiometer PCB
1 × 12,70 €
10 KΩ Potentiometer PCB Subtotal: 12,70 €
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Showing 31–45 of 335 results
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Kits
Battery + Radio NRF52840 Kit
This kit allows you to build a radio link for your steering wheel. The embedded board and the dongle are based on the NRF52840 microcontroler.
Kit contents :
– NRF52840 Feather Express board with its printed plate and an external led with connector
– NRF52Dongle (option)
– µUSB extension , so you'll be able to recharge the battery or reprogram the NRF52840 board without having to open your wheel.
– 1 power switch to switch the wheel off and save battery life.
– 10 20cm dupont cables and 10 10cm dupont cables so you can connect your buttons, rotary encoders, etc.
SKU: 254 -
Node Blue, Node Blue
BoardServer
BoardServer is the software you need to install in order to use NodeBlue. It will detect boards connected to your PC and upload programs compiled with NodeBlue.
It is also usefull to display the charge level of your steering wheel if you have one using a battery.
Installation instructions : http://www.nodeblue.org/wiki_fr/index.php/Installation
NodeBlue Wiki : www.nodeblue.org/wiki_fr
SKU: 263 -
Resistors
Bodac Pack
The Bodac is a system that allows to implement several buttons on a single analog input, with the possibility to have several buttons pressed at the same time. The "usual" systems (resistors ladders or matrix without diodes), do not allow to press several buttons at a time.
The benefit of the Bodac compared to a button matrix with diodes is a simpler wiring: a resistance between each button pin, and a single wire between each button. The optional cable incorporates the common resistance at the connector level, allowing only 2 wires to come out of the board.
This pack of 1% precision resistors allows to create a Bodac with 5 buttons or less.
WARNING : We don't provide any source code to use this product, we recommend to use NodeBlue which proposes a dedicated module.
To start easily, you can refer to this NodeBlue example : https://www.electroseed.fr/shop/gui/index.php?file=examples/02-Digital/BodacHID.txt
SKU: 66 -
Accessories
Brace for TBB_01 board
Brace designed for the TBB_01 board, 3D printed with PLA.
Height : 19 à 25 mm
If you want to print it by yourself, you can download the files here :
http://www.electroseed.fr/downloads/EntretoiseQR_TBB01_19mm.STL
http://www.electroseed.fr/downloads/EntretoiseQR_TBB01_25mm.STL
SKU: 153 -
Pedals
Carte QTPY_HX
Pedals board QT_PY SamD21 + Hx711
This board enables connecting up to 3 load cells, buttons/encoders and various sensors, to easily build your own pedal set.
Several connectors give access to various peripherals.
Most Load Cell dedicated boards on the market use a potentiometer for sensitivity adjustment, which has many drawbacks: the potentiometer is usually located at the pedals level and is therefore difficult to adjust, moreover, they may tend to get disrupted regularly, especially on a dynamic simulator. On this PB_01 board, the measurment IC for the load cell is the Hx711, which proposes 3 different digital gains. Its 24-bit ADC makes it possible to have a high accuracy while exploiting the entire range of your sensor without needing this additional sensitivity adjustment potentiometer.
Node Blue Example for 1 Load Cell and 2 potentiometers : Hx711_2A_HID
Along with the load cell, you will have access to 7 digital or analog inputs (12 bits), to connect for example additionnal potentiometers or angular hall effect sensors. The inputs are 3.3 V and are not 5 V tolerant.
SKU: 611 -
Quick Release
Charge station
Charge station for the Quick Releases with USB-C connector
2 connexion options are proposed :
– A 2-pin connector allows you to transmit power coming from the USB connector (no data connexion).
– A min-din 6 pins allows you to transmit power and data coming from the USB connector.
Base bolt centers: 6×70 mm
Through-hole, diameter 5 mm
Pinout of the Mini-Din connector:
Vcc : RedGnd : BlackMiso : WhiteSS : GreenSKU: 624 -
