BF350-3AA Strain Gauge Sensor
A resistive strain gauge sensor with a 350 ohm nominal resistance which varies when a force is...
Our phone lines are currently down due to issues causing during the recent flooding. If you need to contact us please email sales@hobbycomponents.com
The mLink NTC temperature sensor is a serial (I2C/IIC) module that interfaces to a wired remote NTC temperature sensor probe (supplied with module). The module continuously takes measurements from the sensor probe and provides the results as a temperature in degrees centigrade via its serial I2C interface. It is compatible with other mLink or standard I2C modules allowing you to daisy-chain several different types of modules together using only the two I2C pins of your microcontroller. Its default I2C address can be changed via software so that multiple NTC modules can be connected to one microcontroller.
The mLink NTC temperature sensor is a serial (I2C/IIC) module that interfaces to a wired remote NTC temperature sensor probe (supplied with module). The module continuously takes measurement from the sensor probe and provides the results as a temperature in degrees centigrade via its serial I2C interface. It is compatible with other mLink or standard I2C modules allowing you to daisy-chain several different types of modules together using only the two I2C pins of your microcontroller. Its default I2C address can be changed via software so that multiple NTC modules can be connected to one microcontroller.
For Arduino users you can use the mLink library (see below) to control any type of mLink module. Only one single instance of the library is needed to control multiple types of mLink modules resulting in very little resources overhead and therefore making it great for Arduinos with small amounts of memory and pin counts.
For Raspberry Pi users we have a Python module which can be installed via pip or downloaded and installed directly from our forum. Please see the mLink Python forum thread for requirements and download link here
Module specifications:
Module code: HCMODU0186
Supply Voltage (VDD): 3.3V to 5.5V
Operating range (recommended): -5 to 105oC
Temperature resolution: ±0.7oC @ 0oC / ±0.1oC @ 25oC / ±1.5oC @ 100oC
Current consumption (idle): 5.6mA
Current consumption (sleep): 0.5mA
Interfaces: I2C, NTC (10K 3950) sensor
I2C Interface speed: 400kbits/s (fast mode)
I2C default address (HEX): 0h54
Maximum number of modules: 5 with pullups fitted, 112 with pullups removed*
Module dimensions (inc headers): 40mm x 10.6mm x 10mm (sensor not fitted)
*Note the maximum number of connected modules will depend on cable lengths and power requirements of each module. Do not exceed 5 mLink modules connected in series with all pullups fitted.
NTC sensor specifications:
Operating range: -20 to 105oC *
Type: NTC 10K 3950
Accuracy: +-1% (10K) **
Probe insulation: >100MOhm
Sensor material: Stainless steel waterproof
Cable length: 2 metres
* See module specifications for recommended operating range
**Sensor accuracy is limited by the module's resolution. See module specification or module resolution table in this document.
Arduino Connection Example:
A resistive strain gauge sensor with a 350 ohm nominal resistance which varies when a force is...
Compatible with DS18B20. Please note that this sensor does not support parasitic mode.
...This infra-red reflecting sensor module (HCSENS0016) is ideal for application were reflective...
This module (HCMODU0099) is a breakout board for the Texas Instruments ADS1015 ADC. This...
Infrared receiver module uses a 1838 infrared receiver. This is a universal type, with steel,...
Our Ultimate Sensor Kit has been revamped, and, unlike most in the market, is mercury free! It...
The W1209 is an incredibly low cost yet highly functional thermostat controller. With this...
This sensor accepts a GND and +5V supply, and has a single digital output which goes low (GND)...
A breakout board / module for the MPU9250 9-axis (9DOF) accelerator, gyroscope, and digital...
This is a simple photosensitive resistance sensor module. The sensor has a digital output that...