The document provides an outline for a presentation on microcontrollers. It discusses that microcontrollers act as the brain of a circuit, having input/output, memory, a processor, and other components. Historically, early microprocessors were developed by Intel and other companies in the 1970s and 1980s. Microcontrollers are currently used in devices for temperature sensing, process control, meters, and more. In the future, microcontrollers could help reduce the burden on humans by automating control and tasks, but data security would need to be ensured to prevent privacy issues.

3. MICROCONTROLLER
•PRESENTED BY:
• AYESHA ZAKA
•

4. OUTLINE:
➢ MOTIVATION (self)
➢ INTRODUCTION (SlideShare)
➢ HISTORY (google)
➢ DESCRIPTION (self)
➢ CURRENT USAGE (google)
➢ FUTURE USAGE (google & self)
➢ INTERESTING FACTS (self)

5. MOTIVATION:
• Work as a BRAIN in circuit
• We need to programmed it
• But we do not modify it after we programmed
• it
• We are SOFTWARE engineering students

6. INTRODUCTION:
"A Microcontroller (MCU) is an small circuit
including all parts of complete computer."
➢ Input/Output
➢ Memory
➢ Processor
➢ Timers
➢ Analog to digital converters.
➢ Digital analog converters

7. HISTORY:
• Developed by a small company called Intel in
1970s
• Intel developed a 4 bit microprocessor
(4004)
• In 1974 the more powerful
microprocessor (8008)

8. HISTORY:
• In 1984 Atmel developed 8 bit microprocessor
• In 1985 Motorola released its first
microprocessor, the 6800, 8 bit
processor,powerful as intel 8080.

9. DESCRIPTION:
• Compiler supports your
microcontroller and compile your
code into machine-code for your chip
• Perform one task and execute one
specific application
•Used for controlling other devices
or machines

10. CURRENT USAGE:
• Microcontroller in Day to Day Life Devices
• Temperature sensing
• Fire detection & safety devices
• Process control devices
• Microcontroller in Industrial Control Devices
• Industrial instrumentation devices
• Process control devices
• Microcontroller in Metering & Measurement Devices:
• Volt Meter
• Measuring revolving objects
• Current meter

11. FUTURE USAGE:
• GOOD FUTURE:
• Microcontrollers is not more ram, pin
outs, or more sample code
• Reduce the burden of man
• Control the motor automatically
• Do work in less time

12. FUTURE USAGE:
BAD FUTURE:
Data is not secure
• Irresponsible generation
• Privacy in a phone call, convert any phone call to
text and then store it in a database.

14. INTERESTING FACTS:
• Working like a brain
• We can design it according to our need
• It's like a small computer
• Not take burden Execute one program