Can anyone tell me if the 9V slots use delta-v and/or thermal termination, or are those timer based? Thanks!
1690959
Delta v with thermal tracking. While there is a maximum charge time it IS NOT timer based. Mr Armstrong's comment is incorrect.... For example : If you place a partially discharged cell in THIS unit. It detects the cells state of discharge, and detects the delta v cutoff terminating the charge cycle. It also uses thermistors to sense heat and throttles charging current. Timer based units charge every cell the same way and usually use paired circuits IE : two cells are a single channel. overheating and overcharging takes place causing reduced cell life and/or cell damage.
1690960
The operating instructions say:9 volt charging is timed, switches off after 14 hours. Red LED goes off to indicate charging is finished. Charge current for 9V batteries is stated to be 20 mA. That rate is confirmed by label on underside of charger.I'm very pleased with how it charges 1.5 volt cells. I have no 9V rechargeables so it's more limited capabilities there were not an issue for me.
1690961
As far as I can tell the 9 volts are timer based. The batteries capacity (mAh) determines the time in the charger. It will automatically turn off after so many hours. (at least ours does!)
1800398
See my comments of -5V: http://www.amazon.com/review/RFNW9LHMC8WKU/ref=cm_cr_rdp_permAbout -12V, It's still on pin 14 of latest ATX V2.3 standard. I guess it's still needed.
128079
I wired mine clock/timer controlled by DC - switch side DC. It works that way as well.
624169
Sorry, I'm using fan controller. I don't recall how many amps the MB header will handle, but that might be an issue for some if using just one header for all. Check out this thread, it may help. GL! :) http://forums.evga.com/tm.aspx?m=2012030
576104
Everyone is making it more confusing than it needs to be. Basically the VCC & Gnd power the board and IN & Gnd activate the timer, but neither have anything to do with the relay output. Think of it as putting power to your device (typically the + if DC or the HOT wire if AC) into the 'Com' which goes to the relay and then comes out the CB (NC) or CK (NO). If the timer is on then the power coming in through Com will come out the CK (NO) and if timer is off then it will come out the CB (NC) terminal. See my review for more specifics.
1768043
Positive. I was using one of these about a month ago and tested it with a multimeter. The center was positive and outputting around 9.3 V
1250446
Hi Mr. James. I just got home to check out your predicament, and I can say that I arrived at close to the same conclusion. I set my fan to manually run at max and there is a visual disconnect though the Precision X HUD. The meter says my fan is running at max, but the digital readout on PX says it's only at 80%. That's not exactly what you're reading (75%)...but it looks like the same issue. For comparison sake I took the other fan software and did the same thing to see if I noticed the same issue.... and I did. For some reason all the Fan software I use say the max is 80%. What I found out after looking into it more was that EVGA apparently puts a limit on the max speed you can run their fans using external controllers. I do not know if the card itself will push the fans above 80%, but it seems that when using other software, that is the max. ...even so. Whether your fan is running at a true 75% top speed or the actual max speed, I find that my fan on max keeps things cooled to about 40-44c...which is well below maximum temps. Hope that helps! (on a side note, I've read that you want to keep these cards at 70c or cooler in order not to lose any clock speed. Supposedly, once they hit 70c the card throttles back the clock until temps are below 70)
324252
Sorry I can't be of any help. I haven't attempted to overclock it, and if you researched TDP wattage, you know more about it than I do.
603198
I see that another answer conflicts with mine. Perhaps I should add that I tried this before answering. It works fine. I think the secret is that the modules have an onboard voltage regulator. The input is always referenced to ground and really doesn't care what you connect it to.
466563
THIS WILL NOT WORK WITH HEATED JACKETS. The DCB090 does not include the 12v DC output slot needed for the heated jackets. DCB091 is the one needed.
109898
I just bought an open box Asus 1005HA PU1X BLK with a faulty power supply. The problem with mine is that the thermal fuse shuts down the charging function by opening the circuit presumably due to overcurrent or heat. The supply cools down and after removing the plug and then plugging it back in resumes charging. The computer itself works very nicely. So charging its doable but slow. I will hold on to the purchase and wait for an opportunity to swap the power supply for one that works somewhere down the line.
663933
In practice these things are pretty robust. As long as you do the adjustment while there's no output load (just your meter connected) and don't exceed the maximum rated input voltage, you're unlikely to fry it.EDIT: It sounds like one blew up on you, sorry to hear that. This is surprising to me, since the LM2587 has undervoltage lockout. I bench tested this for my application (dropping the input voltage until the thing turned off) successfully several times under 10W load.
2187596
I've been using it for awhile now with no issues. I've not seen or found anything myself while using this power supply to suggest it isn't compatible with this core setup. Had a friend who is A+ cert as well as a MSCE cert help me pick it out for my PC. Hope this helps!
1287369
you would not want this pedal on a 9v it draws 26mA of power which means that a 9v would last a total of maybe 10 hrs. another one is digital delay my DD-6 boss has a 55mA draw which means it would last less than 5 hrs on a 9v . as long as a pedal is about 10mA or less will a 9v last any time at all , also they draw power whether there on or off .
822616
I'm going to venture a NO on this one. There's just not enough current. I don't have an Eventide Timefactor so I Googled for specs and found something interesting right on their website. The photo of the back of the thing clearly shows the power jack as 9VDC at 500 mA. But the Specifications page just as clearly indicates its power supply as providing 9 VDC at 1200 mA. I'm curious as to why they would provide such an overrated power supply. The SUpa Charger won't provide this, either way, but I'm curious just he same.
1918483
Mark, Both of the questions by JM were addressed by my BC-700/900/1000 FAQ. (Hint: jump to Q5 and Q6) To be more specific: there is no difference between charge termination methods between BC-700 and BC-1000. The extra circuitry added in BC-1000 was needed to resolve its overheating problem.
1008860
7.2V - should last 90 minutes on a charge (one of the reasons why I purchased this)