Any microcontroller can handle numbers wider than the bus width of the micro (16 bits in the case of the msp430). It simply requires use of features such as the Carry bit in the Status register.
A C-language compiler for the MSP430 will produce code to allow for processing of numbers larger than 16 bits. Use data type "Long" for a 32-bit integer.
Internally, computers work in binary, but presenting those in hexadecimal makes for more compact numbers (one hex digit for every four binary digits), and is therefore easier to read.
If a number has more than two factors then it is a composite number
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Microcontroller having limited IO capacity and should not reliable in more changes in process.
The at89c52 are ones that are more advanced. This means that they are programmable compared to the 8051 which is not. So this makes a really big difference.
FPGA Spartan is more efficient than the microcontroller. It is used to perform operations that cannot be properly done by microcontrollers; operations like high parallel or low latency operation.
TTL is preferred in n-mos technology because it produces more heat and thus it's preferable in microcontroller circuit but c-mos does not produce waste heat which is why TTL is not preferred in c-mos.
a microcontroller is just 1 integrated circuita PDA is several integrated circuits, one or more circuit boards, a handheld size housing, a rechargeable battery, a touchscreen I/O device, etc. that is ready for a user to operate
It is the process of writing commands for a robot which will influence its future actions.Additional InformationRobotic devices are typically controlled by one or more microcontrollers. Microcontrollers are basically little computers, with Read Only Memory (ROM) and processor in a single package. The output of the microcontroller operates the servos and other devices of the robotic device.So basically, when you program a robot, you're just telling the microcontroller how to perform the functions that make the robot do its work.
ULN2003 is used where the current rating and voltage rating of a motor or any load which is to handled by microcontroller is more than the current handling and voltage handling capacity of that microcontroller. A pin of ULN2003 can handle 600 mA current. It can withstand voltage upto 50 volt. A pin of any microcontroller can handle current upto 200 mA and controller voltage is around 5 volt. So we use uln2003 in parallel to any microcontroller to drive heavy load devices. Uln2003 accepts TTL from MCU which may be 5v or 0v and depending on this value ULN2003 turns on the heavy load or turn it off respectively. for more inquiry mail me at grv_sh@yahoo.co.in
We don't have to bother much about hardware.Also it will take only less effort to change from one microcontroller to another.Its more easy to....More may be there....
Which building holds more people, the Empire State Building or a skyscraper? The ATmega8535 is a kind of 8-bit Atmel AVR microcontroller. People building Arduino boards prefer the Atmega168, which is very similar to the ATmega8535 but has more RAM and program space (but, alas, fewer I/O pins). If you really want to see controversy, try asking: which is better, AVR or PIC?
That depends on how much you are willing to take the camera apart. If you didn't want to touch it, then you would have to use a solenoid to push the button. That would probably need some drive electronics similar to driving a motor. If you can take the camera apart then you could replace the switch with a relay. Small relays can be driven directly from a microcontroller. The switch may be more complex than just one switch. Maybe a half-press focuses and a full-press takes the picture. So you might need more than one relay, or maybe one relay with more than one pole. You wont know until you look. Almost certainly, the switch drives a voltage input (or more than one) on a microcontroller in the camera. So if you traced the signal back you should be able to drive that voltage input directly from your microcontroller. You may have to get into some very small surface mount components.
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When an element is oxidized, its oxidation number increases. Oxidation involves the loss of electrons, so the oxidation number becomes more positive in the process.