开云体育

<david.glaister@v...> wrote: That's correct. Note, however, that you might have to switch the UP and DN connections if the counter doesn't move the direction that you have in mind. Pullup resistors

Well, I wanted to use a circuit of my own design because I wouldn't want to burden a microcontroller with the task. I also wanted to use something I know I made, so getting a specific IC wasn't in the

clock output Hi Don, Thanks again for the help, can I just run this past you to make sure I understand things. I connect pin 3 of the 555 to the pin 15 of the '157 Then on the '157 connect: Pin 8 to

A displacement current appears when an AC voltage is put over a capacitor. The cap ensures a coupling between the two ends of the wire. The displacement current is -- defined -- as /epsilon_0 /partial

You can only just make out Sumi on the flexi connector. We use them here, although, not in that particular number of circuits. The actual manufacturer is Sumitomo, but most people and books reference

Yes, Li-Ions are very different beasts and need special chargers. If you used a nicad charger on a LiIon, at the very least it wouldn't charge and at the worst the cell would rupture and catch fire.

<ghidera2000@y...> wrote: That looks like a zero insertion force (ZIF) flex circuit termination. Here is a page that might have more information: http://www.flexdude.com/connect2.htm

MAYBE! Heh, bought a colour LCD and an S1D13706 controller chip and I'm collecting as much data as I can while waiting for shipping. Found the controller datasheets on the epson site but not much

Now here we differ. Those parts are rated at 1A as an "absolute maximum rating", and I surely wouldn't use them for "up to an amp", maybe use them in stuff that would go to half or three-quarters of

No! The charger in the laptop won't charge it, and it could cause problems with the internal power supply. Get the right battery, or rebuild that one with the correct cells. Alien Steve I saw shows

It's one of Maxwell's things. It is the current resulting from storing energy in a capacitor. We know there will be a current flow when adding or removing charge from a capacitor. Where does it go?

Check out Motorola's Stepper Motor Driver IC Chip. You can get the scope on it from there website. <duncanbojangles@c...> wrote: post to this group. I'm stepper motor. It has a common schematic to

I have never heard the term "displacement" current. Perhaps somebody else in this forum has and can answer your question. ---------------------------------- Hi. I am new to this group and this is my

Hi. I am new to this group and this is my first question? What is "displacement current"? Is it electron current?

please do not put that power battery otherwise we may destroy the laptop better is to give the laptop to any authorised local computer technician. bye Ron Koms <ronkoms@...> wrote: I got this

<duncanbojangles@c...> wrote: This sounds like a 5-lead stepper. There are also 6-lead and 8-lead but the structure is essentially the same. I think I understand what you're trying to do but I don't

Hello, This email message is a notification to let you know that a file has been uploaded to the Files area of the Electronics_101 group. File : /DuncanBojangles/stepper.jpg Uploaded by :

Okay, I finally thought of a question worthy of asking in my first post to this group. I'm looking to control a stepper motor, I belive it is a unipolar stepper motor. It has a common lead, and four

I would appreciate a structured study group. My intertests are broad. To give you an idea of my level of understanding, I'm currently reading "Build your own test equipment." -Dan

I got this used ThinkPad Notebook and of course the battery is dead. I saw a few on e-bay, and the model number is the same, the picture of it shows that it is identical also. Except for 2 things.