Search results for: 'bit h'

4-bit Button Touch Proximity Sensor Features This module has 4 fingerprint touch inputs and 4 digital output pins. It also has 5 LEDs. One for power supply and 4 LEDs indicate fingerprint sensors. If you touch each sensor, the output becomes HIGH and the LED turns on. If you don’t touch, the output will be LOW and the LED turns off.This module can be used on glass, ceramic, plastic and other surfaces. 4-bit Button Touch Proximity Sensor Pinout This module has 6 pi...

PCA9685 16 Channel 12-bit PWM Driver Features PCA9685 16-Channel module is very useful and can help a lot when there are insufficient PWM output pins. The most important application is to control servo motors. This module can control a large number of servo motors at the same time.As mentioned, the PCA9685 driver can be used to control 16 servo motors. In fact, this module only uses the I2C pins of the microcontroller. You can even connect 62 of these modules together to get up to 992 PWM outputs usi...

ADS1015 12-Bit ADC Module Features Almost all microcontrollers come with ADC pins, but they lack high precision. In a lot of projects, analog values need to be measured with high accuracy, or the voltage level of the measured signal is not within the microcontroller measurement range, or even the microcontroller used doesn’t have an ADC pin. In such cases, analog to digital converter modules are used.ADS1015 module is an analog to digital converter module with 12-bit precision and can measure a maximu...

ADS1118 16-Bit ADC Module Features Almost all microcontrollers come with ADC pins, but they lack high precision. In a lot of projects, analog values need to be measured with high accuracy, or the voltage level of the measured signal is not within the microcontroller measurement range, or even the microcontroller used doesn’t have an ADC pin. In such cases, analog to digital converter modules are used.ADS1118 module is an analog to digital converter module that has 16-bit precision and can measure a ma...

ADS1115 16-Bit ADC Module Features Almost all microcontrollers come with ADC pins, but they lack high precision. In a lot of projects, analog values need to be measured with high accuracy, or the voltage level of the measured signal is not within the microcontroller measurement range, or even the microcontroller used doesn’t have an ADC pin. In such cases, analog to digital converter modules are used. ADS1115 module is an analog to digital converter module that has 16-bit precision and can measure a maxi...

ADS1232 24-Bit ADC Module Features Almost all microcontrollers come with ADC pins, but they lack high precision. In a lot of projects, analog values need to be measured with high accuracy, or the voltage level of the measured signal is not within the microcontroller measurement range, or even the microcontroller used doesn’t have an ADC pin. In such cases, analog to digital converter modules are used.ADS1232 module is an analog to digital converter module that has 24-bit precision. This module can be ...

Overview LEDs can uniquely control the amount of three primary colors (red, green, and blue) to create a desired color. Thanks to this feature, they are now an attractive and practical component in Electronics and Lighting industry. An RGB LED has one common pin as well as three pins for red, green, and blue colors. We can combine these primary colors to create countless colors by controlling these pins with a PWM pulse signal. (The number of colors depends on the resolution of the generated PWM signal)...

Introduction In the world of microcontrollers, the Micro:bit and Arduino stand out as two popular choices for hobbyists, educators, and professionals alike. Many individuals are seeking insights into the Micro:bit vs. Arduino debate. Both platforms offer unique features and capabilities, but deciding which one is better suited for a particular project can be a daunting task. In this article, we will compare the Micro:bit and Arduino, exploring their strengths, weaknesses, and ideal use c...

Introduction Welcome to the world of micro:bit! In this tutorial, you will learn how to code and program micro:bit using either MakeCode or Python. These two programming platforms offer different approaches to programming the micro:bit, catering to a wide range of learners and developers. Whether you prefer a block-based visual programming environment like MakeCode or the flexibility of text-based coding with Python, you will gain the skills to bring your ideas to life and create exciting projects with the ...