The specifications for a microcontroller will tell you how many cycles each instruction takes. When programming a real-time application, you can use that information, along with the operating frequency to calculate exact timings that may be critical to the application, such as the input sampling rate or the maximum response time of the system. Particularly if the system is interrupt-driven, it can be difficult to determine, simply by testing, whether timing requirements will be met; cycle-counts can give you absolute maximums.
That depends on the specific microcontroller.
The PIC is a specific architecture of microcontroller.
A: the gain will be maximum at the open loop configuration and decrease as frequency increases
to determine the state condition of microcontroller's input when microcontroller is reading the input port
The difference is base on the requirement of their0 application.
The AT89S52 microcontroller operates at a frequency of 12 MHz.
The LPC2148 microcontroller operates at a frequency of up to 60MHz.
You can use a C200 Microcontroller to improve system efficiency, reliability, and flexibility. The C200 Microcontroller like other microcontrollers, is extremely helpful in aiding larger systems in operating.
that depends on the microcontroller. check the datasheet.
low frequency gain will be 20log(Vo/Vin)
The ATmega8 microcontroller can operate at a maximum frequency of 16 MHz when powered with 5V. The minimum frequency at which it can reliably function is usually around 1 MHz.
It has several but one of the main ones is that it has built in frequency compensation, which its predecessor the 709 operational amplifier did not.
Oscillators are connected externally with the microcontroller to provide high frequency signal to the oscillator circuit in the microcontroller. The oscillator circuit provides the clock signal to the micro controller. Usually "PIEZO CRYSTAL OSCILLATORS" are used in micro controllers.
That depends on the specific microcontroller.
Atmel posts the datasheet for their AT89C51 and other microcontrollers on their website (see link below). That datasheet specifies that the Atmel AT89C51 is operational for an oscillators in the range 24 MHz to 0 Hz (fully static paused). However, during initial flash programming and verification, it requires an oscillator frequency in the range 24 MHz to 3 MHz. That datasheet also answers many other questions you might have about this microcontroller.
x
The PIC is a specific architecture of microcontroller.