Yep, thanks!
I used a fixed value of 0.47µF for the capacitance. Got \approx 1K and 100 for the resistances :smile:
It's just a matter of trial and error i guess.
Homework Statement
I have to design a bandpass filter (300Hz to 3000Hz). I have been given a variety of resistors and capacitors to work with.
Oh yes, another thing is that i need an output voltage that's <8V. I'm cascading it with another IC.
Capacitors - 10nF, 0.1µF, 0.33µF, 0.47µF, 1µF...
Thanks! I get it now. (For the MOSFET part)
I still don't understand the output side. In Fig. 8 the output seems to be different from each other, the Pins 12,13 and Pins 11,14. They are connected differently. I do see that they are connected in parallel. But if i recalled my teacher said...
Hi guys, i need help on my assignment. The problem i have is reading the output of this IC chip (UC3524). Apparently you can't just connect an oscilloscope to the output and get a reading. My teacher said something about using transistor?
Here is the IC chip's schematic...
Thank you Mr. Ranger! Greatly appreciated =) I guess it should be o.k. So i can remove the 4 caps at the back right? The values of the caps are 1uF 35V Electrolytic Capacitor, is it o.k?
Thank You lots Mr. Ranger! =)
Zener diode... ermm i did a search on wiki, so i did understand a little so its basically it works like a voltage stabilizer for low-current application right? ermm this is the schematic i drew... might be REALLY off... so learning from my mistakes =). *do correct me*
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erm ok.. here's the list that i have researched and found out so far... but i kinda have 0% knowledge.
I found this quote "It acts as a reservoir, supplying current to the output when the varying DC voltage from the rectifier is falling.".. i pretty still much don't understand it.. but i know...