Great help. Thank you all for the guidance
Regards,
Santosh
Michael Schippling wrote:
Just for reference, I recently discovered the ULN2803 8 channel driver
chip
that can do about .25A per pin, is cheaper than 8 equivalent transistors,
and has diode protection built in. Plus it's basically one
Just for reference, I recently discovered the ULN2803 8 channel driver chip
that can do about .25A per pin, is cheaper than 8 equivalent transistors,
and has diode protection built in. Plus it's basically one input and one
output per channel, so only a bit more soldering on a breadboard...
Might
On Feb 19, 2007, at 2:51 PM, Joe Polastre wrote:
As per the f1611 datasheet (rtfm),
at 2.2V, the max is 1.5mA per pin and 12mA max over all ports
at 3.0V, the max is 6.0mA per pin and 48mA max over all ports
Thus, pal is using the devices outside of specified operating
conditions. It is recom
As per the f1611 datasheet (rtfm),
at 2.2V, the max is 1.5mA per pin and 12mA max over all ports
at 3.0V, the max is 6.0mA per pin and 48mA max over all ports
Thus, pal is using the devices outside of specified operating
conditions. It is recommended that you use a transistor to switch
larger c
On Feb 17, 2007, at 9:13 AM, Santosh Godbole wrote:
Hi All,
Does anyone know how much current a GPIO pin on tmote can supply if
used to power an external device?
I can't recall what the datasheet says, but I recall being able to
drive 40mA. I was trying to drive some EL-wire, which requ
Hi All,
Does anyone know how much current a GPIO pin on tmote can supply if used to
power an external device?
Regards,
Santosh
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