PIC Microcontroller Tutorial

  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 them,

  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 ther