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I've had my Maverick hybrid for about a year now. Probably 6 months ago I noticed the fuel door would open on it's own. It was occasional at first, but at this point it will usually do it within the first mile of driving.

I know I'm not hitting the release button just based off of where it is relative to my knees when driving. I also occasionally have issues when I try to refuel that it clicks off the pump immediately. I have to feather the pump handle and fuel very slowly to fill the tank.

I know the hybrid has a pressurized tank, but it seems like a pretty high pressure just based on the "whoosh" when I put in the fuel nozzle.

I've been using pocketcasts for years and i just opened the app and everything is gone (subscriptions, listened episodes, it's like the first time I've opened the app). I'm showed as signed in and it has my listen stats. Any ideas what might have happened? I'm on Android.

Hello all,

I have an 09 370 with about 50k miles, haven't had any issues up until now. I was coming back to work from lunch and had just exited the highway (about 5 miles of normal driving) when I suddenly lost all power. I was at a light so I restarted the car and it almost immediately died again. I was able to start it and keep it running very roughly by revving the engine to get around the corner to a gas station. Open the hood and there is a small amount of smoke coming from the front of the block with an electrical burning smell. I have the car towed to a mechanic, and they hold it over night. Sure enough, the next day they're able to start the car and drive it about 20 miles with no i

I've reached a problem and my limited knowledge of DSP has made it so that I can't figure out the answer. Hopefully you all can help.

Say I have a switching converter, we'll just use a buck, and I am randomly changing my switching frequency on a cycle to cycle basis. So for instance, one switching period might be 4kHz, then 9kHz, then 7kHz, etc. If I look at the sampled current frequency spectrum, I would expect to see contributions within this limited frequency band. Instead, I see a hump centered around the frequency band. I can somewhat understand seeing frequency contributions from the switching frequency and above, but I don't understand why the hump i

I'm looking at methods of system identification using an injected Psuedo Random Binary Sequence. There are a few sources and I think this one is available. [ http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.72.2303&rep=rep1&type=pdf ] My problem comes in how the minimum injected frequency is calculated. The PRBS number of bits is given as N. The PRBS length is given as 2^n-1. There is an injection frequency of f.

It makes sense that the maximum frequency would be equal to your injection frequency when you have a sequence something like 010. Intuitively, I would think the minimum frequency would occur when the sequence was at maximum length N. Fmin = F/N But all of the liter

I recently got my Nexus 7 and so far love it. I already owned a Kindle touch so I will be using it a lot for e-reading. So far I'm unimpressed with google books. The price and availability of titles seems to be the same, but features like the dictionary, highlighting, and note taking are only available for Kindle Books and the Kindle reader. I ask, is there any advantage of Play books over Kindle books?

So I finally received my N7 today and was very excited. I was sad to find out the battery was completely dead, so I let it charge for a while. I noticed that while the battery level was increasing, the phone thought it was unplugged. Here is what it looks like while it is charging. I tried different cables and no difference. Has anyone else had this problem, or know of a fix?

I'm currently working on a project and I would like to use the Capture module to measure the speed from a tachometer. I'm using the microchip C32 compiler and the PIC32MX460F512L.

I would like to use capture pin 5 and Timer2 in 16bit mode. My understand after reading the documentation is that by setting the Capture mode to rising edge, it will throw an interrupt on each rising edge of the pin. Simultaneously it will copy the Timer2 register to the IC5BUF.

I used the following settings

OpenTimer2(T2_ON | T2_SOURCE_INT | T2_PS_1_256, 0x0000);

	IC5CONbits.ON = 0;			//Module off, will turn on at end
IC5CONbits.FEDGE = 1; 		//Capture on rising edge
IC5CONbits.C32 = 0;		//16 bit