Skip to main content

How to Select Microcontroller using MAPS

Image
By


 


MICROCHIP ADVANCED PART SELECTOR

Hi, Welcome to PIC microcontroller tutorial, today I will be taking you through Microchip advance part selector MAPS to learn how to find your required microcontroller for your project.

Why we need microchip Maps?

if you want to search your Microchip's product with electrical characteristics like which microcontroller that tolerate a 5V  or 3.3 V supply ,check availability of product and much more.

Introduction to MAPS

Lets introduce the interface and navigation structure of MAPS and see how does MAPS help you as a customer to select microcontroller. However ,it gives an image of modern software with common action available for all microchip products. 

When you land MAPS home page, you can see that MAPS is divided in to sections and it is very easy to identify and understand where are the common parameter that is required to select device. 

Microchip Advance part Selector


On the left hand side there are commonly used parameter in parameter and voltage section like family , part family , required voltage to operate controller, desire CPU speed  for your specific application in MHz and MIPS(Million instruction per seconds) and temperature range defines your environment where your device would installed.

Suppose, you need 8 bit controller and even  you do not know family and part family just check on 8 bit and current options.

 

On the right side you will get  a list of families of microchip.

Microchip Advance Part Selector 


  Here , you can add two different families by ADD button (highlighted with green box) and   compare them characteristics  using Go to side-by-side button.

 

MPAS side-by-side display

Hope you enjoy reading the post, friends if you need basic knowledge about  selection, you can checkout 








  

Labels:

Comments

Post a Comment

Popular posts from this blog

How to use SPI Debugger

By
  SPI Debugger Hi Friends, in this post, we will discuss how to use SPI Debugger available in proteus for serial peripheral interface (SPI) which is a built-in feature of PIC microcontroller to communicate and data exchange between PIC and other devices. SPI Debugger Introduction to SPI Guys, SPI can be considered as a programmable shift  register, The SPI module is a synchronous serial I/O port that shifts a serial bit stream of variable length and data rate between the PIC and other peripheral devices. Here “synchronous” means that the data transmission is synchronized to a clock signal. To avoid further delay, let's see some important connections and different configurations to effectively use SPI Debugger. How to use SPI Debugger in MASTER & SLAVE configuration Select the virtual instrument and from the instrument, list selects "SPI Debugger". SPI Debugger Insert two SPI Debugger on the working area, select any one of ...
5 comments
Read more

PIC18f4580 Timer0 calculation using miKroC , CSS and proteus

By
PIC18f4580 TIMER PROGRAMMING The PIC18f4580 has four timers. they're named as Timers zero, one, two, and three. they will be used either as timers to come up with a time delay or as counters to count events happening outside the microcontroller. First, we see however Timers zero is employed to come up with time delays. Every timer wants a clock pulse to tick. The clock supply will be internal or external. If we have a tendency to use the inner clock supply, then 1/ fourth of the frequency of the crystal oscillator on the OSC1 and OSC2 pins (Fosc/4) is fed into the timer. Therefore, it's used for time delay generation and for that reason is termed a timer. By selecting the external clock choice, we have a tendency to feed pulses through one among the PIC18's pins: this is often known as a counter. GIF  taken from  https://exploreembedded.com Basic registers of the timer Majority of t timers in 18F are 16 bits wide. Because the PIC 18 has an 8- bit ...
2 comments
Read more

Frequency Counter using Interrupts PIC18f4580 Project

By
Frequency Counter  using PIC18f458 0 Proje ct This POST describes the construction of small frequency counter with a cheap PIC18f4580 microcontroller with 16 x 2 LCD.   Prerequisites: PIC18F4580 TIMER Programming. PIC18F4580 COUNTER Programming. PIC18F4580 Interfacing with 16x2 LCD. PIC18F4580 Interrupts Programming  ( we will cover in this POST) Concept: Frequency  is the number of occurrences of a repeating event per unit time. in our case we will measure a number of clocks generated by clock source per unit time. In this project, LCD is used to display the frequency and PIC timer 1 to measure the input signal and Timer0 to generate an indication that one second has gone. System software utilizes Timer-1 in the 16-bit counter mode to count the input signal and overflows of the counter are added to provide the aggregate count in multiples of 65536. Totaling the existing value of the counter at the conclusion provides...
2 comments
Read more