All the types of Sensor and modules compatible with Arduino and Raspberry Pi
Sensor boards and Modules
Showing 1–15 of 73 results
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Sensor boards and Modules
12-60V Lead Acid Battery Indicator Module
12-60V Lead Acid Battery Indicator Module – Monitor Battery Health!The 12-60v lead acid battery indicator module measures the voltage of lead-acid batteries from 12V to 60V and features an LED display with 8 colorful bars to indicate battery level. It includes auto voltage detection and reverse polarity protection. Ideal for vehicles, solar systems, and battery monitoring.SKU: n/a -
Sensor boards and Modules
2000W SCR Module
The 2000W SCR Module is a high-power thyristor voltage regulator designed for controlling appliances up to 2000W. It operates on AC 220V and allows adjustable voltage from 0-220V. Ideal for light dimming, fan speed control, and temperature regulation.
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Sensor boards and Modules
300W 20A Step Down Module
The 300W 20A Step Down module is a DC-DC Buck Converter Module with a high-power step-down (buck) converter. 300W 20A step down module is designed to efficiently reduce a higher input voltage to a lower output voltage while providing a high current output of up to 20A. It’s commonly used in applications such as LED drivers, battery charging, and vehicle power supplies
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Sensor boards and Modules
4000W SCR Module
4000W SCR Module – High-Power Control!
The 4000W SCR module is a high-power thyristor voltage regulator, perfect for controlling appliances up to 4000W. It operates on AC 220V and allows adjustable voltage from 0-220V. Ideal for light dimming, fan speed control, and temperature regulation.SKU: n/a -
Sensor boards and Modules
400KV Boost Module
The 400KV Boost Module is a high-voltage step-up power supply module designed to generate up to 400,000 volts from an input voltage of 3.6V to 6V. It’s commonly used in electronics experiments, demonstrations, and projects requiring high voltage. The module uses the principle of the Tesla coil to achieve high voltage output
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Sensor boards and Modules
4×3 Matrix Keypad Module
4×3 Matrix Keypad – Convenient Multi-Key Input!
The 4×3 matrix keypad features 12 keys arranged in a 4×3 grid. It operates at 3.3V to 5V and requires 7 GPIO pins for interfacing with microcontrollers. Ideal for user input, security systems, and robotics.SKU: n/a -
Sensor boards and Modules
4×4 Matrix Keypad Module
4×4 Matrix Keypad – Multiple Key Inputs!
The 4×4 Matrix keypad has 16 keys arranged in a 4×4 grid. It operates at 3.3V to 5V and requires 8 GPIO pins for interfacing with microcontrollers. Ideal for user input, security systems, and robotics.SKU: n/a -
Sensor boards and Modules
5v Step Up Power Module for DIY chargers
The 5V Step Up Power Module Lithium Battery Charging Protection Board with USB (model 134N3P) is a module designed for DIY projects or building custom chargers with lithium-ion batteries. It provides the functionality of a step-up converter, battery charging, and protection features.
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Sensor boards and Modules
Accelerometer ADXL345
The ADXL345 is a popular and widely used digital accelerometer. It is a small, low-power, three-axis accelerometer that measures acceleration forces in three dimensions (X, Y, and Z).
The ADXL345 sensor is commonly used in various applications such as robotics, gaming, motion detection, and tilt sensing. It provides high-resolution measurement capabilities and can measure accelerations in the range of ±2 g to ±16 g.
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Sensor boards and Modules
AD8232 ECG Module
AD8232 ECG Module – Monitor Heart Activity!
The AD8232 ECG module uses the AD8232 chip to measure electrical activity of the heart. It provides a single-lead ECG reading, amplifies and filters signals, and outputs an analog signal. Ideal for heart rate monitors, health monitoring, and medical devices.SKU: n/a -
Sensor boards and Modules
ADXL335 Module
ADXL335 Module – Compact 3-Axis Accelerometer!
ADXL335 module measures acceleration in X, Y, and Z directions with a range of ±3g. It features analog voltage outputs, low power consumption, and is easy to interface with microcontrollers. Ideal for motion sensing, gaming devices, and tilt detection.SKU: n/a -
Sensor boards and Modules
ADXL345 Module
The ADXL345 module is a compact, low-power 3-axis accelerometer with high resolution (13-bit) measurement, capable of detecting tilt, motion, and shock. It supports both SPI and I2C interfaces, making it easy to integrate with microcontrollers. Ideal for applications in mobile devices, gaming, and health monitoring
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Sensor boards and Modules
Arduino TFT Shield 2.4 inch with capacitive touch
Arduino TFT Shield 2.4 Inch Touch Screen – Interactive Display Module!
The Arduino TFT 2.4 Inch Shield Touch Screen features a 240×320 resolution, integrated touch panel, and a microSD card slot. Ideal for creating interactive projects, data visualizations, and smart home dashboards.
Perfect for adding a touch interface to your Arduino projects!
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Sensor boards and Modules
Current Sensor ACS712 30A
The ACS712-30A current sensor is a commonly used current sensor with a 30A nominal current rating. It is not a module itself but rather the maximum current rating of the ACS712 series that can be used to measure currents up to 30A.
To measure currents up to 30A, you can use the ACS712-30A IC in your circuit. It operates similarly to other ACS712 modules, employing the Hall effect to sense the magnetic field generated by the current flowing through a conductor and converting it into a voltage output. The output voltage will have a sensitivity of 66mV per ampere of current.
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Sensor boards and Modules
Current Sensor ACS712-20A
The ACS712-20A is another variant of the ACS712 current sensor series. Similar to the ACS712-5A, the ACS712-20A is an integrated circuit (IC) module designed for measuring current in electronic circuits using the Hall effect principle. However, the ACS712-20A has a higher nominal current rating of 20A, making it suitable for measuring higher current levels.
This module provides an analog voltage output that is proportional to the current passing through it. The output voltage has a sensitivity of 100mV per ampere of current, meaning that for every ampere of current flowing through the module, the output voltage will increase by 100mV.
SKU: n/a
