Lpc2000

The two MAX8882EUTA5 1.8V/3.3V dual LDO regulator samples I ordered from
Maxim UK yesterday turned up this morning. I've just finished assembling a
little test PCB I made to try one of them out, and it is working OK. With
160 mA max. available from both outputs, it is an ideal regulator for use
with the LPC2100 devices, especially if the system needs to be as small as
possible (size is about 3 mm x 3 mm including the leads). The '8883 might be
better for some low-power applications as the outputs may be shut down
independently by the MCU.

Production quantities (2500 pcs) are on 8 weeks delivery. 1K price is $1.26.

I'll ascertain smaller quantity delivery and pricing information tomorrow.

Leon
--
Leon Heller, G1HSM
Email: aqzf13@...
My low-cost Philips LPC210x ARM development system:
http://www.geocities.com/leon_heller/lpc2104.html

Linear regulators are the simple, but not efficient. When you really 
want to save power, you have to use rather switchmode supply. 
janek



--- In lpc2100@yahoogroups.com, "Leon Heller" <leon_heller@h...> 
wrote:
> The two MAX8882EUTA5 1.8V/3.3V dual LDO regulator samples I ordered 
from
> Maxim UK yesterday turned up this morning. I've just finished 
assembling a
> little test PCB I made to try one of them out, and it is working 
OK. With
> 160 mA max. available from both outputs, it is an ideal regulator 
for use
> with the LPC2100 devices, especially if the system needs to be as 
small as
> possible (size is about 3 mm x 3 mm including the leads). The '8883 
might be
> better for some low-power applications as the outputs may be shut 
down
> independently by the MCU.
> 
> Production quantities (2500 pcs) are on 8 weeks delivery. 1K price 
is $1.26.
> 
> I'll ascertain smaller quantity delivery and pricing information 
tomorrow.

> 
> Leon
> --
> Leon Heller, G1HSM
> Email: aqzf13@d...
> My low-cost Philips LPC210x ARM development system:
> http://www.geocities.com/leon_heller/lpc2104.html