Hello
I'm trying to measure the radio module power (in send/receive state). My
platform is telosb (tinyos2.x and radio module is cc2420). I use low
power listening interface.
I have two nodes: The first one is just a sender; it should only send
packet and doesn't need to receive any thing.
I've
You can find all information you need in this file.
http://moss.csc.ncsu.edu/~mueller/rt/rt11/readings/projects/g4/datasheet.pdf
And yes, 0dbm is the maximum output power.
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the
packets. Is it the reason of this signal's behavior? If yes, can we
reduce the time interval of listening to channel before transmission?
https://www.dropbox.com/s/9bwa4quu68z7561/wave2.bmp
Thanks again
Farzad
On 04.02.2013 15:41, Christian Haas wrote:
> On 02/04/2013 03:05 PM, Farz
this short period before sending packet is the time
interval when the radio listens to career to find out whether it is free
or not. IOW, it's for avoiding conflict.
Right? How can I reduce its length?
Farzad
On 04.02.2013 17:37, Christian Haas wrote:
> On 02/04/2013 04:15 PM, Farz
On 03.02.2013 21:13, Swetha wrote:
> e range of transmission power in dbm???
You can find all information you need in this file.
http://moss.csc.ncsu.edu/~mueller/rt/rt11/readings/projects/g4/datasheet.pdf
And yes, 0dbm is the maximum output power.
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Ti
Hello
I'm trying to measure the radio module power (in send/receive state). My
platform is telosb (tinyos2.x and radio module is cc2420). I use low
power listening interface.
I have two nodes: The first one is just a sender; it should only send
packet and doesn't need to receive any thing.
I'
Hi,
I'm using tinyos-2.1.0 and telosb (with cc2420 radio). I wand to just
send one packet periodically (don't use receiver). I use Low Power
Listening to reduce the power consumption as much as possible. I've also
disabled CCA check.
After measuring the current drawn for sending packet, I saw t
