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Showing results for tags 'sleep'.
Found 7 results
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Hi All, I'm new to the forum, and fairly new to developing for TI chips, that being said I've played about in TI-RTOS for the SensorTag. I am trying to build a low power sub-GHz network, and as such I've got hold of some CC1310 LaunchPads, and I'd love to use Energia for my project. Can someone please explain how to put this board into any or each of the different low power modes it has? I've tried using the Sleep() command, but the compiler tells me it's not defined, and when I measure the power of the LaunchPad board during a Delay() command I'm seeing several mA. If I can get th
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Today i download Energia 1.8 witch is released in 2018. But i found that the sleep() function don't highlight in the editor. And it can't be compilered successfully. (It's same to sleepSeconds() and suspend().) Then i tried Energia 1.6/Enegia-0101E0017 and they also don't support sleep(). It reminds me "error: 'sleep' was not declared in this scope". But i find there are many examples with it on the internet. So, how can i deal with it? please.
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Hello everyone, i was exporting a library from arduino when i realized i needed a sleepMicroseconds alternative for delayMicroseconds. is there one? Thank you.
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First, I'd like to say thanks for the implementation of EasyLink for the cc1310/cc1350 in Energia 18. Last year the community was invaluable in helping me develop some MSP430FR5949/BME280 dataloggers for my dissertation research. I'm working on a new version based off the cc1310, because well, transmitting my data wirelessly sure beats having to recover the dataloggers. I have a couple questions that I have been unable to answer - 1. The EMT documentation suggests that if you use delay, during compiling this is converted to a low power mode. Is this only for the MSP430/432 variants?
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Is there a way to wake the CC3200 via WiFi? I read this post but can someone let me know if this is operational in the latest version of Energia?
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I am taking an intro to electronics course. In lab we are implementing "power blocking" to reduce the total amount of power used by our sensor front end. Bellow is the sketch we are using. I do not understand how it works. The way another student described the code to me is: assume the entire loops runs in 1 + 19 ms. power would be on for a total of 1/20 ms == 5% of the time my confusion is with the call delayMicroseconds(1000) in the loop. (I did not find the documentation helpful) thanks in advance Andy //****************************************************************
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Hello all, I am struggling to set up a timer to implement a "wait" function. Basically, I have a piece of code that lights up a few LED's, then I want to wait a couple seconds and turn them off. The way I have it implemented at the moment: Timer configuration (in main function) // DCO configuration DCOCTL = CALDCO_1MHZ; //Set DCO to 1 MHz BCSCTL1 = CALBC1_1MHZ; // Calibrate internal clock for 1 MHz // Timer_A configuration TACTL = TASSEL_2 + TACLR + ID_3 + MC_0; CCTL0 |= CCIE; TACCR0 = 125; // 1 ms period ISR routine #pragma vector = PORT1_VECTOR __interrupt void
