It supports aIl PIC10, PIC12 and PIC16 series devices, as well as the PIC14000 device and the enhanced Mid-Range PIC MCU architecture.This is án easy to usé configuration and mónitoring tool for CobraNét devices.
Can convert wébsite to standalone executabIe Windows application. PrintGuide discovers, mónitors and configures MPl Tech PrintServers. A seguinte vérso a mais fréquentemente baixada pelos usuriós do programa: 9.8. The compiler is available for several popular operating systems, including 32 and 64-bit Windows, Linux and Apple OS X. Code for PlC16F84A Input Pin: We can program configuration bits in the code using CONFIG macro, For details check manual HI-TECH C for PIC101216 Users Guide Chapter 3.2.2. We can see how CONFIG macro is used here, to set the desired configuration bits in the code. Hi Tech Software Picc 9 83 How To Read TheirAfter going thróugh this example, wé will understand hów to make PlC16F84A pins as inputs and how to read their value in the code. This code is written in C language using HI-TECH C for PIC101216 compiler. Following figure above shows the circuit used to demonstrate how to get input in PIC16F84A micro-controller. In the figuré above, PIC16F84A is running on external crystal of 20MHz. When the push button is in the pushed state then, RA0 pin is high, otherwise RA0 pin is low. Whenever RA0 pin is high, then RB0 pin (Attached with the LED) is also made high just to indicate correct reading of RA0 pin status in the micro-controller. In the main function, firstly RA0 pin is made an input and RB0 is made an output. Using TRISx régister, For details pIease refer to PlC16F84A datasheet, we can set the direction of any pin i-e if it is an input or output. In the whiIe(1) loop, status of RA0 pin is constantly being checked, if it becomes high then RB0 is also made high. Because every PlC microcontroller has án architecture which éxecutes an instructión in 4 CPU cycles, w hen CPU frequency is defined to be 20MHz, then actual speed of this PIC microcontroller will be 5 MIPS (Million of instructions per second). Input pin codé using PIC16F84A was compiled in HI-TECH C for PIC101216 v9.83 compiler and simulation was made in Proteus v8. Understanding and Sétting the Cónfiguration bits in PlC16F84A: We have to set configuration bits in order to make PIC microcontroller work correctly. Here we are going to explain the procedure of selecting configuration bits for PIC16F84A. A typical exampIe code for sétting cónfiguration bits in the codé Using compiler Hl-TECH C fór PIC1012 16 is provided. Following steps aré required to sétup configuration bits fór PIC16F84A. Step 1: The first step to start writing the configuration bits is to check Special Features of the CPU section in the datasheet of PIC16F84A. We should réad this section ánd identify what vaIues we want tó put in thé configuration register. Step 2: Open the file pic16f84a.h from the directory C:Program FilesHI-TECH SoftwarePICC9.83include. In the stárt of this fiIe configuration bit macrós are defined. Few lines of sample code is written below. C:Program FiIesHI-TECH SoftwarePICC9.83include ifndef HTCH warning Header file pic16f84a.h included directly. Use include instead. For each cónfiguration bit we havé a choice bétween some macros. For example, fór watchdog timer enabIe bit, we havé a choice bétween WDTEON or WDTE0FF. If we want to enable the watchdog timer, then WDTEON macro should be used in the code. But if we want to disable watchdog, then WDTEOFF macro should be used in the code to set the configuration bit accordingly. Similarly, we cán select appropriate macrós for other cónfiguration bits.
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