Lpc2000

Hi Kris,

it seems that Philips are using the DTR for a reset and RTS for P0.14
in the new Version of LPC2000 Flash Utility (V2.0.3).

Andreas


--- In lpc2100@yahoogroups.com, "microbit" <microbit@c...> wrote:
> Hi John,
> 
> That sounds great, I think we're all on a similar wavelength here.
> I've been wanting to get a gap to investigate whether the Philips ISP
> utility asserts/deasserts DTR or CTS, so that it can be routed to P0.14,
> so the bootloader entry is automatically done when you start the ISP
> utility and reset the board. (it takes 30 seconds with the DRO, and
for some
> reason
> I haven't done it yet :-(
> If it doesn't do that, maybe Philips might consider doing something
to that
> effect.
> 
> What do you think ?
> 
> -- Kris
> 
> ----- Original Message -----
> From: "J.C. Wren" <jcwren@j...>
> To: <lpc2100@yahoogroups.com>
> Sent: Friday, February 06, 2004 3:11 AM
> Subject: [lpc2100] Evaluation/development board features?
> 
> 
> >     I'm thinking of laying out a board for the LPC210x.  I don't need
> > much to get started, but if I'm going to put the effort into it, I may
> > as well attempt to make it useful to other people.  Features I'm
> > thinking of:
> >
> >     MMC slot (SPI)
> >     MCP23016 16 bit port expander (I2C, perhaps two of these)
> >     64K bit FRAM memory (I2C)
> >     PCF8563 RTC (I2C)
> >     A/D converter (I2C) (unspec'ed.  8 channels, 10 bits?)
> >     RESET, INT0, INT1, INT2 pushy buttons
> >     DS18B20 temperature sensor (1-wire)
> >     DS2411 silicon ID (1-wire)
> >     DS2405 addressable switch (1-wire)
> >     JTAG interface (both ports, Wiggler compatible)
> >     UART0 MAX232 (or equivalent) level shifter, DB-9
> >     UART1 MAX232 (or equvalent) level shifter, all control lines, DB-9
> >     7-30V AC/DC input, 2.1mm coaxial (possibly switcher, probably
linear)
> >
> >     1st MCP23016 would include 8 LEDs and 8 switches (rocker or
pushy?)
> >     2nd MCP2306 would be uncommitted, but have standard 14 pin LCD
> > connector.
> >     LCD bias would be 0-5V, settable via a pot (or 1-wire digipot?)
> >     I2C and SPI availabel on headers
> >     5V @ 500ma, 3.3V @ 100ma available for user
> >     All I/O pins brought out to headers
> >     All I/O pins disconnectable from devices on board via jumper
headers
> >     Prototyping area?  (I prefer to use connectors, rather than
munging
> > up cards)
> >
> >     Anything I missed?  Anything any absolutely must have?
> >
> >     --jc
> >
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> >
> >
> >
> >
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