Lpc2000

I was thinking of getting some PCBs made for a little 24 pin module
using the LPC2103. The proposed schematic is module.pdf in the Files
section. Of course, I've had to dispense with some of the I/Os, and
JTAG connection is via the pins. Many applications don't need all the
available I/O that is provided on the 40 pin modules, and small size
and low cost might be more important.

I'm open to suggestions regarding the available signals, my choice
might not be the best one.

The module will fit into a standard 0.6" 24 pin  socket.

Is anyone interested?

Leon
leon dot heller at bulldoghome.com

Hi,
Yes, sounds interesting to me though I will not be using it....  
Like to see 8-bit AVR being replaced by 32-bit LPC2xxx...   :)
So, pls make it 0.3" DIP28 and pin compatible to Atmega8...  :) 
Regards

DigiKey pricing (Smaller 16KB part):
Atmega168-20PI, 8-Bit, 20MHz, 16KB/1KB, 23-I/O    US$2.38@100
LPC2102, 32-bit, 70MHz, 16KB/4KB, 32-I/O   US$2.46@100

DigiKey pricing (Larger 256KB Part):
Atmega2561-16, 8-Bit, 16MHz, 256KB/8KB, 51-I/O    US$9.88@100
LPC2136, 32-bit, 60MHz, 256KB/32KB, 47-I/O   US$7.97@100

--- In lpc2000@yahoogroups.com, "leon_heller" <leon.heller@...> 
wrote:
>
> I was thinking of getting some PCBs made for a little 24 pin module
> using the LPC2103. The proposed schematic is module.pdf in the 
Files
> section. Of course, I've had to dispense with some of the I/Os, and
> JTAG connection is via the pins. Many applications don't need all 
the
> available I/O that is provided on the 40 pin modules, and small 
size

> and low cost might be more important.
> 
> I'm open to suggestions regarding the available signals, my choice
> might not be the best one.
> 
> The module will fit into a standard 0.6" 24 pin  socket.
> 
> Is anyone interested?
> 
> Leon
> leon dot heller at bulldoghome.com
>

> I was thinking of getting some PCBs made for a little 24 pin module
> using the LPC2103. The proposed schematic is module.pdf in the Files
> section. Of course, I've had to dispense with some of the I/Os, and
> JTAG connection is via the pins. Many applications don't need all the
> available I/O that is provided on the 40 pin modules, and small size
> and low cost might be more important.

I too was thing on the same line but with 40 pin header to replace
P89V51RD2.
Both have serial boot loader.

Best Regards,

Mukund Deshmukh.
Beta Computronics Pvt Ltd
10/1, IT Park, Parsodi,
Nagpur-440022
Cell - 9422113746

----- Original Message ----- 

From: "unity0724" <unity0724@...>
To: <lpc2000@yahoogroups.com>
Sent: Wednesday, March 22, 2006 4:59 AM
Subject: [lpc2000] Re: 24 pin LPC2103 module


> Hi,
> Yes, sounds interesting to me though I will not be using it....  
> Like to see 8-bit AVR being replaced by 32-bit LPC2xxx...   :)
> So, pls make it 0.3" DIP28 and pin compatible to Atmega8...  :) 
> Regards

If Philips give me a few dice I'll try it. 8-)

Leon
--
Leon Heller, G1HSM
leon.heller@...
http://www.geocities.com/leon_heller

Hi Leon

I owuld prefere Dip40 or at least Dip28.
If you make some pcbs, I would be
interested in 2, even when it is Dip24.

Cheers
Michael

>From: "Leon Heller" <leon.heller@...>
>Reply-To: lpc2000@yahoogroups.com
>To: <lpc2000@yahoogroups.com>
>Subject: Re: [lpc2000] Re: 24 pin LPC2103 module
>Date: Wed, 22 Mar 2006 08:48:20 -0000
>
>----- Original Message -----
>From: "unity0724" <unity0724@...>
>To: <lpc2000@yahoogroups.com>
>Sent: Wednesday, March 22, 2006 4:59 AM
>Subject: [lpc2000] Re: 24 pin LPC2103 module
>
>
> > Hi,
> > Yes, sounds interesting to me though I will not be using it....
> > Like to see 8-bit AVR being replaced by 32-bit LPC2xxx...   :)
> > So, pls make it 0.3" DIP28 and pin compatible to Atmega8...  :)
> > Regards
>
>If Philips give me a few dice I'll try it. 8-)
>
>Leon
>--
>Leon Heller, G1HSM
>leon.heller@...
>http://www.geocities.com/leon_heller

--- In lpc2000@yahoogroups.com, "Leon Heller" <leon.heller@...> 
wrote:
>
> ----- Original Message ----- 
> From: "unity0724" <unity0724@...>
> To: <lpc2000@yahoogroups.com>
> Sent: Wednesday, March 22, 2006 4:59 AM
> Subject: [lpc2000] Re: 24 pin LPC2103 module
> 
> 
> > Hi,
> > Yes, sounds interesting to me though I will not be using it....  
> > Like to see 8-bit AVR being replaced by 32-bit LPC2xxx...   :)
> > So, pls make it 0.3" DIP28 and pin compatible to Atmega8...  :) 
> > Regards
> 
> If Philips give me a few dice I'll try it. 8-)
> 
> Leon
> --
> Leon Heller, G1HSM
> leon.heller@...
> http://www.geocities.com/leon_heller
>

Umm...  OK, if you must squeeze that LPC2103/LQFP48 in between 
the 2-rows of pins, then:
- 0.6" DIP28 but still pin compatible to Atmega8
- I will use Right-Angle Pins to convert the pin direction 
  making them parallel to the PCB. And make the 2 rows of pins 0.3"
  apart, (One row below PCB and one row above PCB) and plug onto
  the Atmega8 Socket...  Just to make myself happy... :)
Regards

Hi,

I have low pin count module with LPC2106 that
compatible with LPC2103:

http://www.hwml.com

Aryeh

--- In lpc2000@yahoogroups.com, "unity0724" <unity0724@...> wrote:
>
> --- In lpc2000@yahoogroups.com, "Leon Heller" <leon.heller@> 
> wrote:
> >
> > ----- Original Message ----- 
> > From: "unity0724" <unity0724@>
> > To: <lpc2000@yahoogroups.com>
> > Sent: Wednesday, March 22, 2006 4:59 AM
> > Subject: [lpc2000] Re: 24 pin LPC2103 module
> > 
> > 
> > > Hi,
> > > Yes, sounds interesting to me though I will not be using 
it....  

> > > Like to see 8-bit AVR being replaced by 32-bit LPC2xxx...   :)
> > > So, pls make it 0.3" DIP28 and pin compatible to Atmega8...  :) 
> > > Regards
> > 
> > If Philips give me a few dice I'll try it. 8-)
> > 
> > Leon
> > --
> > Leon Heller, G1HSM
> > leon.heller@
> > http://www.geocities.com/leon_heller
> >
> 
> Umm...  OK, if you must squeeze that LPC2103/LQFP48 in between 
> the 2-rows of pins, then:
> - 0.6" DIP28 but still pin compatible to Atmega8
> - I will use Right-Angle Pins to convert the pin direction 
>   making them parallel to the PCB. And make the 2 rows of pins 0.3"
>   apart, (One row below PCB and one row above PCB) and plug onto
>   the Atmega8 Socket...  Just to make myself happy... :)
> Regards
>