N76E003
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SPI Communication with Nuvoton N76E003 MCU to Communicate with Arduino SPI is a crucial communication protocol that is widely used to communicate among microcontrollers, SD cards, and various other sensors. SPI stands for Serial Peripheral Interface, it's a synchronous data transfer protocol where the master device could communicate with multiple slave devices as well as get data from them. It is synchronous because the master generates a… |
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I2C Communication on Nuvoton Microcontroller - Interfacing AT24C02 EEPROM with Nuvoton N76E003 In the vast system of embedded applications, no microcontroller can perform all the activities by itself. At some stage of time, it has to communicate to other devices to share information, there are many different types of communication protocols to share these informations, but the most used ones are USART, IIC, SPI, and CAN. Each communication protocol has… |
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PWM Signal on Nuvoton N76E003 Microcontroller - LED Dimming using Duty Cycle Control Pulse Width Modulation (PWM) is a commonly used technique in microcontrollers to produce a continuous pulse signal with a defined frequency and duty cycle. In short, PWM is about changing the width of a pulse while the frequency is constant. A PWM signal is mostly used in controlling a servo motor or brightness of an LED. Also, since… |
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UART Communication with Nuvoton N76E003 Microcontroller – Serial Communication UART stands for Universal Asynchronous Receiver/Transmitter and it is a useful hardware feature in any microcontroller unit. A microcontroller needs to receive data, process it, and send it to the other devices. There are different types of communication protocols available in the microcontroller, however, UART is the most used one among the other communication protocols… |
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Timers on Nuvoton N76E003 Microcontroller - Blink LED using Timer ISR and Timer Delay In our previous Nuvoton Microcontroller tutorials, we used a basic LED blinking program as a getting started guide and also interfaced GPIO as an input to connect a tactile switch. With that tutorial, we are fully aware of how to configure the Keil project and set up the environment for programming N76E003 Nuvoton microcontroller. It is time to use an internal peripheral of… |
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How to Use Nuvoton N76E003 Microcontroller ADC to Read Analog Voltage Analog to Digital converter (ADC) is the most used hardware feature on a microcontroller. It takes in analog voltage and converts it to a digital value. Since microcontrollers are digital devices and work with the binary digit 1 and 0, it could not process the analog data directly. Thus, an ADC is used to take in analog voltage and convert it into its equivalent digital… |
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Simple GPIO Functions on Nuvoton N76E003 - LED Blinking and Controlling LED using a Push Button In our previous tutorial, we used a basic LED blinking program as a getting started with N76E003 guide, we already learned how to configure the Keil IDE and set up the environment for programming the nuvoton microcontroller unit N76E003. It is the time to move a little bit further and use the basic GPIO interface for controlling additional hardware. If you are interested you… |
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Getting Started With Nuvoton N76E003 using Keil – Blinking an LED There are lots of microcontrollers available from reputed companies such as PIC, Texas Instruments, ST and the list goes on. But when we differentiate those microcontrollers with form factor vs features vs price, it gets hectic to choose one. However, nuvoton is a Taiwan based semiconductor company that was spun-off as a Winbond affiliate in 2008. The company offers very… |
