They're not voltage regulators.
Looks like some sort of mosfets to me. You can tell by the copper pours joining the opposite sides of the ICs.
If I were to bet, I'd say those are fets for a switching power supply.
You didn't say what method of payment he used, so I'm going to assume paypal.
If you shipped to his address on paypal with proof of delivery, you should be covered.
If you did anything else besides that, you're screwed.
Why can't you do something like this:
SELECT a.rowID FROM table1 AS a RIGHT JOIN table2 AS b ON a.rowID=b.rowID WHERE b.rowID IS NULL
That would select all rows in table 2 that exists in table 1 but not in 2.
replacing RIGHT JOIN with LEFT JOIN and WHERE b.rowID IS NULL with WHERE...
You'll have to check the compiler for the proper usage, but you usually append a __packed__ attribute when defining the structure to not pad the structure with extra bytes.
Thanks, that's precisely the info I needed to get going!
The private field that I am trying to access is strictly for read purposes, which the original coders might have forgotten to expose.
I'm not a vb.net programmer but I have a small task to do that's giving me some problems and was wondering if anyone can provide some help.
I have a class that retrieves data from a database. The data gets stored in the class's data fields, but they are not exposed. Adding the class to a...
The government owes this person nothing, and that person deserves nothing from the government.
Now take a person who works as hard as possible and earns an enormous salary. What does that person owe the government?
The other thing you can do (if it is possible) is to put a lock on the iphone by calling apple/att and reporting it stolen, thus rendering the device a brick.
Sorry but that might have caused you $700. Never, ever use USPS to ship goods. They are the WORSE for businesses.
If the payment was under seller protection, there's a good chance you will get your money back.
If it isn't, you have just about zero chance of winning.
Well, in the example above you have three networks in series. You'd have to find the transfer function of each network (the resistor divider, the inductor, and the capacitor) and multiply the three to arrive at the answer. You can do this in the laplace domain or using traditional kvl/kcl...
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