Pic Development Board

[jetpr]

just make one board and leer some electronics at the same time

good lock

[camolas]

Hi,

Tacke all j14 jumpers and use the jumper wires to conect the port and lcd

Conections:

J14 - PIC PORT

PIN2 - PortB.2
PIN3 - GND
PIN4 - PortB.3
PIN11 - PortB.4
PIN12 - PortB.5
Pin13 - PortB.6
PIN14 - PortB.7

*************************************************
@ Device HS_OSC ' High Speed Crystal
define OSC 20

Include "modedefs.bas" ' Include serial modes

' Define LCD registers and bits this time not use it for later apps..
Define LCD_DREG PORTB 'Lcd D 4-bit parallel register starts at PortB.4 to PortB.7
Define LCD_DBIT 4
Define LCD_RSREG PORTB
Define LCD_RSBIT 2
Define LCD_EREG PORTB
Define LCD_EBIT 3
Define LCD_COMMANDUS 2000 ' Command Delay (uS)
Define LCD_DATAUS 50 ' Data Delay (uS)
DefineLCD_LINES 2 'Number lines on LCD

DEFINE HSER_RCSTA 90h ' Enable serial port & continuous receive
DEFINE HSER_TXSTA 24h ' Enable transmit, BRGH = 1
DEFINE HSER_SPBRG 129 ' 9600 Baud @ 20MHz, 0.16%
DEFINE HSER_CLROERR 1 ' Clear overflow automatically


LCDOut $FE, 1 ' Clear screen
Pause 500 ' Wait .5 second

LCDOut "Ola Paulo Filipe Santos" ' Display "Ola Paulo Filipe Santos"

End
************************************************** ******

Have fun.

[ARQuattr]

Hi,
Sorry for bringing back this old topic, but there seems to be a lot of knowledgeable users of these products. I've been looking at both the EasyPIC6 and QL200, and I have to say I'm leaning to the EasyPIC, mainly for support and documentation reasons. But I've had a hard time trying to determining a couple of things about it.

Firstly, is the MCU shown in the photos included, and what type is it? It doesn't seem to explicitly show this information on their site or in the documentation.

From what I've read, I can use MPLAB (and Hi-Tech C or Microchip C18, etc.). I usually use Pickit2 or 3 to program my PICs, but I assume the board will come with drivers for the mikroICD interface for MPLAB? I'm wrong on these points?

Also, will it only drive the MCU and peripherals at 5V, or can other voltages (eg. 3.3V) be used/selected?

Thanks in advance,
Angelo

[gadelhas]

Hi,

I've got an EasyPIC6 Board. The board comes with 1 PIC16F887. I think you have ane option on MikroEkektronic site, that you can purchase the board with 1 - 2X16 LDC and 1 GLCD with touchpanel. Mine, was purchased with this items.

[malc-c]

I have an EasyPIC5 and it came with a 16F877 (or 877A - can't remember). I comes with it's own software for loading the compiled HEX which can be generated through MSC and MPASM (the latter being part of Microchips MPLAB]

Personally I would recommend the any of the EasyPIC boards for most of the reasons you mentioned plus there are loads of additional boards that simply plug onto the headers, and example is shown below



I've been happy with my EP5 board and feel it's been well worth the investment. Yes the downside is that it runs at 5v and there is no 3.3v regulation - but then maybe the EasyPIC7 is just around the corner ????

Interestingly having revisited the LQ site they have a board that features support for a range of 16bit chips http://www.pic16.com/en/wzcapi/dsPIC3.htm



It also has some nice features like serial over Ethernet on board

[ScaleRobotics]

From what I've read, I can use MPLAB (and Hi-Tech C or Microchip C18, etc.). I usually use Pickit2 or 3 to program my PICs, but I assume the board will come with drivers for the mikroICD interface for MPLAB? I'm wrong on these points?

Also, will it only drive the MCU and peripherals at 5V, or can other voltages (eg. 3.3V) be used/selected?

Yes, the board allows you to program with Mikroe's PicFlash programming utility using the USB port on the board. This is a pretty nice utility. I too use the Pickit2 and like that very much, but the PicFlash was not hard to get used to. It can also be adjusted to work with MicroCode Studio for one button compiling & programming.

I think the bummer part of the board, is that it does not allow you to use it with both 5 and 3.3 volt devices. I started messing with the power supply to hack it a bit, but selected the wrong resistor, so I have a little more work to do to see if I can make my own selector switch. Of course, I doubt if I can get any of the LCD's to work with that hack.

They now offer another board that only does 3.3 volt devices. http://www.mikroe.com/eng/products/v...opment-system/ I currently use a breadboard for 3.3v devices.

[ARQuattr]

Thanks everyone for your helpful replies.