ROM (Read-Only Memory) in microcontrollers is used to store firmware and essential programs that are critical for the device's operation. This non-volatile memory retains data even when power is lost, ensuring that the microcontroller can boot up and function correctly after being powered off. Additionally, ROM provides a stable environment for the execution of instructions, as its contents cannot be altered during normal operation, enhancing security and reliability in embedded systems.
because easy
They are way more dpendable then points and condensors.
NoneNo commercial devices use PICAXE microcontrollers, as they are designed for educational or hobbyist use.
A CD ROM drive cannot read a DVD. So it is not possible to use a CD ROM as a DVD ROM. A DVD ROM drive can work with a CD though.
microcontrollers
You download what's called a ROM, and put it on your files, and then click on open (ROM) on your emulator. you can get a ROM from www.coolrom.com
You download what's called a ROM, and put it on your files, and then click on open (ROM) on your emulator. you can get a ROM from www.coolrom.com
If you type in ROM's on Cydia it'll show you some downloadable rom's
You cant
Do not use a ROM. Buy the game and play it on a DS.
ANSWER The Intel 8051 had integrated RAM, ROM, and various I/O functions. This is typical of microcontrollers. I forget the amounts, probably 4 kB of ROM and 64 bytes of RAM? Newer 8051-compatible microcontrollers have a wide variety of memory and integrated I/O options. (Useless information: the 8051 used 12 oscillator cycles per machine instruction cycle, due to the synchronous way it decoded the instructions, fetched the operands, and stored the results. Newer versions get semi-asynchronous and run the same operands in 4, 3, or even 1 cycle.)
G. Jack Lipovski has written: 'Introduction to Microcontrollers' 'Embedded Microcontroller Interfacing for M-CORE Systems (with CD-ROM) (Engineering)' 'Single- and multiple-chip microcomputer interfacing' -- subject(s): Computer interfaces