The difference is base on the requirement of their0 application.
That depends on the specific microcontroller.
The PIC is a specific architecture of microcontroller.
to determine the state condition of microcontroller's input when microcontroller is reading the input port
No, pic16f877A is powered by a 8 bits pic core. the 877A is an upgrade for the 877 version. same for the sister microcontroller pic16f876A and pic16f876. I ve been fan of this microcontroller for years. It is powerful and you can do a lot of thing with it. You can you can have it from www tmartis com together with many other stuff that you can purchase together. I always do my purchases from there. Have fun
no it's not a microcontroller and lm 324 is quad low power comparator...
The difference is base on the requirement of their0 application.
That depends on the specific microcontroller.
Its never dangrous but it might not work.
A feedback control system can be made involving microcontroller 8051, inverter(gating circuit), power processing unit, induction motor whose speed is measured via digital tachometer. The microcontroller will act as a Frequency Counter, Comparator and PID Controller. The output from tachometer(digital) will be given to microcontroller which will compare this to the reference signal and then pass the control signal to gating circuit.The power unit's output will be given to motor.
x
The PIC is a specific architecture of microcontroller.
The voltage of the 8031 microcontroller is 2.7V to 5.5V.
The 8051 Microcontroller is a microcontroller ("chip") developed by Intel in 1980.
You actually have that reversed. A microcontroller is connected to a relay via a ULN2803 (or other power device driver IC) because the output pins of the microcontroller can't drive relays. The ULN2803 darlington transistors provide the power amplification and the inductive kickback protection needed to drive the relay while only lightly loading the microprocessor output pins.
PIC Microcontroller which means Peripheral Interface Controller. PIC Microcontroller is originally developed by General Instrument's Microelectronics Division.
Segger Microcontroller Systems was created in 1991.