Don’t lose confidence🧐, its common for the,
microprocessor (MPU) and microcontroller (MCU) to be confused!
Insha’Allah, may this nonsense help to clear out whatever confusion it be, inna yuh mind!
It’s ‘ujinga’ to technically refer to a,
microprocessor (MPU) and or microcontroller (MCU),
as an EEPROM😳!
For EEPROM work,
don’t CLICK HERE🤐
Wherever You’re reading this nonsense from,
Try to imagine a train, and trains😜!
Using ZAMBIA, for example👌!
There are different trains (S,O,Z,I) !
We make train (S), to automatically, move while stopping at different stations, Solwezi, Chingola, Kitwe, Ndola, Kabwe, Lusaka, upto Livingstone, automatically😎!
The train is equipped with (R), that can detect (K)at every station!
So, (R & K) helps the train sense a station to stop at!
When (R) detects (K), it’s sends a signal (could be 5V) to that chip (C1)!
For now, We calling (C1) a chip,
because We don’t yet know it as a microCONTROLLER 📴 📚!
This chip (C1) is programmed to always listen to a signal from sensor(R)👌!
Whenever (C1) gets a signal from(R),
meaning a signal of a train Station!
Chip (C1) cuts off power from one electrical motors, so that the train reduces speed🧐!
Remember, we’re imagining😂🤣!
We put coding (software instructions) in this chip!
1)
🏹 When a station detected, train’s speed reduced👌!
2)
🏹 Whatever electronic speaker🔊 with prerecorded message 📣🎶announcement📣🎶 is powered to alert passengers of a train staion, so they be ready!
3)
🏹After the announcement the chip cuts off power from all motors, so the train stops📌!
4)
🏹The chip sends power to doors’ motors, so the train doors open📌!
5)
🏹The chip waits for a few minutes, then powers another speaker 🔊that announces📣🎶 the train’s doors are about to close!
6)
🏹After a few minutes, the chip connects power to the doors’ motor so as to close the train’s doors🤠!
7)
🏹Then the chip connects power to one drive motor so as to start moving the train slowly!
When the chip stops getting a signal from (R), it means the train will have moved away from the train station!
The chip will then switch-ON other motors, so to make the train move at a higher speed, until another (K) train station is detected,
then the same procedure repeats it’s self!
In other words,
We have controlled the train’s moving and stopping, at train stations!
We don’t care whether, there is another training coming, whether there are passengers or whatever emergency could be🤷♀️!
In a sequence, ama logically, the chip (C1) is controlling several functions, at different times, seen🤔?
🏹On the same train (S), there is another chip (C2) controlled system that communicates, detects where other trains (O,Z,I)!
🏹On the train (S), there is another (C3) controlled system that monitors passengers on the train!
🏹And so many other controlled systems (C4, C5, C6) whatever they do, insha’Allah 🤣😂!
📌Chip (P) is coordinating all these (C1, C2, C3, C4)
Chip (P) is programmed to reason, to process the general train’s behavior, depending on what other controlled (C1, C2, C3, C4) systems report!
For example, If (C3) reports that there are no passengers on in the train, and again there are NO passengers who have booked to board!
Chip(P) will tell (chipC1) NOT to stop the train!
Remember, we’re imagining😂🤣😜!
Longer story, shorter, but continue to imagine🤪!
Chip (P) is the microProcessor⚓!
Chip (C1, C2, C3, C4) is (are) the microController🧷!
Microprocessors (MPUs) are designed for general-purpose, managing multiple tasks simultaneously (multitasking).
Microcontrollers (MCUs) are designed for specific, dedicated, sequential control tasks!
Now, with reference to that imagined nonsense above, this rubbish below could make sense insha’Allah🤞!
Microcontroller (MCU) is self-contained with toilet, bathroom, kitchen, all inside it🤪!
Niiiga, what I mean, imagine this microcontroller as a complete “computer on a chip” with CPU, RAM, ROM, and etc, including the I/O integrated, seen🤔?
Microprocessor (MPU) is just a CPU (brain), as in,
it needs external RAM, ROM, I/O, timers, etc👌!
Remember, in our Zambia train, microProcessor depended on others (C1, C2, C3, C4) to make decisions🤷♀️!
By the way,
We compile Electronic Components‘ rubbish HERE🚽!
Click HERE to download nonsense😂🤣!
Blaa bla too much, just know that;
Microprocessor is a powerful CPU core needing external peripherals for general tasks 🥤!
While a microcontroller integrates a CPU, RAM, ROM, and I/O on one chip for specific, embedded control tasks (appliances)!
Hope You now realize why how what makes microcontrollers smaller, cheaper, lower-power, and self-contained👌!
Whereas microprocessors offer high speed, flexibility, and complex computation but consume more power and need external components🧐.
While;
P is a microCONTROLLER,
Q is a microPROCESSOR🥤
See🤔? physically,
a microcontroller and a microprocessor may look similar🤷♀️!
Just because it has ROM (EEPROM),
It’s ‘ujinga’ to technically refer to a microcontroller (MCU) as an EEPROM😳!
For EEPROM work,
don’t CLICK HERE🤐
Wher
May be whatever is causing You believe MUST do some nonsense to the vehicle, is some minor external problem with the sensors or actuators🤷♂️!
So, this ujanja is how to check, verify all the control electronics in the vehicle, are in proper order!
click here
👇
IMMO OFF files 
☝☝
click
These files to disable immobilizer system so the ecu accepts any random key used!
HAPA UJANJAtu, hii ndio jinsi ya kugundua, kupata na kupima componets za ECU, kisha suluhisha shida hiyo. inshaAllah👇
Click Here
bonyeza HAPA
ECU cloning, duplicating or switching memory data’s,
flash memory data, EEPROM memory data, jogolize data,
HAPA UJANJA tu!
click HERE
WinOLS ni programu yenye uchawi wa kuwezesha kubadilisha, kurekebisha data iliyomo kwenye ECU.
Ina maana unaeza kutoa/kuzima hizo mifumo zenye usumbufu kwenye gari, zikiwemo IMMOBILISER (kufanya immo off). kutoa DPF, EGR, ADblue, kubadili TURBO zenye umeme, yaaani inafanya kazi nyingi kama ECU tuning, uamuzi ni wako tu🤷♂️!
Click HERE
Ujanja wa EEPROM work ni muhimu, ukitaka kumbuka niaje,
…bonyeza HAPA UJANJA tu
