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What are the features of the attiny45 microcontroller?
ATtiny45 microcontroller allows the designer to optimize power vs performance through programming. It is designed by using AVR and RSIC technology which makes it less power consumption controller and usage of its internal oscillator make it save more power.
Which is the RESET pin on the attiny45?
ATTINY45 is an 8 pin iC as shown in the ATtiny45 pin diagram above. All I/O pins of the chip here have more than one function. We will describe functions of each pin in below table. Pin by default is used as RESET pin. The pin active low. PB5 can only be used as I/O pin when RSTDISBL Fuse is programmed.
How does the attiny45 analog to digital converter work?
ATtiny45 has a 10-bit analog to digital converter which takes the input from four analog input channel and then it stores the data within a 10-bit register. The data can be used internally through a program or it can be received at the output pins. Analog to Digital Converting pins on ATtiny45 are:
Can you use Arduino Uno as an ISP for attiny45?
For making arduino UNO as an ISP for ATtiny45 first you need to program the arduino UNO board but don’t worry it’s not that difficult the tutorial mentioned in the below link will provide you all the essential information about it. It can be used to program not only ATtiny85 but also ATtiny45 microcontroller.
Why are there only two power pins in the attiny45?
ATtiny45 has only two power pins due to its limited number of pins. One pin will be used as the power input and the second one will be used as a ground pin. The ground pin will be used to make the common ground with the microcontroller and external devices. Power pins in ATtiny45 are:
What are the different types of pull up resistors?
To understand a pull-up resistor, it helps to first understand how encoder output is generated. Incremental encoders can provide several types of digital output, with the three primary types being open collector, push-pull, and line driver.