a question about hardware
-
And you are aware these are high current FETs, which are used usually to drive high current devices? To do something like logic gates you don't need something like that.
thanks for your input. I selected wrong types of parts then :laugh:
diligent hands rule....
-
it seems like I selected wrong parts for testing. thanks for your input...
diligent hands rule....
Well it depends, a power transistor without sink will still work in low power applications, but if your driver circuit has to low current it might be slow due to high gate capacitance. (they're mos-fets) And in that case you might fry the driver if used at a to high frequency. This is where you need maths. :-)
Wrong is evil and must be defeated. - Jeff Ello
-
for this kind of transistor parts, what else do I have to buy to experiment these transistors?
diligent hands rule....
It depends on what you want to do. Forgive me, but a transistor is such a basic component, it almost seems like a solution in search of a problem? What I mean is, my natural response is to ask, "what do you need it for?" I know that's not that helpful, but it's what I've got. Now, if you want experiment with millions of transistors, in a dual core 240mhz configuration I can point you to a few MCUs. :-\
To err is human. Fortune favors the monsters.
-
It depends on what you want to do. Forgive me, but a transistor is such a basic component, it almost seems like a solution in search of a problem? What I mean is, my natural response is to ask, "what do you need it for?" I know that's not that helpful, but it's what I've got. Now, if you want experiment with millions of transistors, in a dual core 240mhz configuration I can point you to a few MCUs. :-\
To err is human. Fortune favors the monsters.
please point me to those MCUS:rose::rose::rose:
diligent hands rule....
-
for this kind of transistor parts, what else do I have to buy to experiment these transistors?
diligent hands rule....
resistors - you need resistors :) to limit the current when it turns on. less you hear and smell snap, crackle pop :) as for the mcu - I'd immediately suggest a raspberry pi dev kit. I'm a yank, so I've been googling rasberry pi for years.
Charlie Gilley “They who can give up essential liberty to obtain a little temporary safety deserve neither liberty nor safety.” BF, 1759 Has never been more appropriate.
-
for this kind of transistor parts, what else do I have to buy to experiment these transistors?
diligent hands rule....
Various resistor values, when I first renewed my interest in electronics I bought a resistor assortment. Then when I had a little more experience and knew what values where the most popular I got more of just those values. The 2n7000 makes a good level converter, say for instance between a 5V uController and a 3.3V sensor.
PartsBin an Electronics Part Organizer - An updated version available! JaxCoder.com
-
please point me to those MCUS:rose::rose::rose:
diligent hands rule....
Espressif ESP32S3 DevkitC at Amazon[^] I use the MCU on this devkit for all new ESP32 based projects, and I use this devkit to prototype. There are variations that have more RAM but yeah they're basically the same thing.
To err is human. Fortune favors the monsters.
-
for this kind of transistor parts, what else do I have to buy to experiment these transistors?
diligent hands rule....
At an absolute minimum you're going to need some sort of reusable breadboard(s). You'll also want a power supply and some sort of monitoring devices. A DMM is a must, and since you've specified a digital bent (boring), a logic analyzer would be a great investment. If you have any interest in learning how real transistors work, I'd add an oscilloscope to the bench so you can see stuff that can't be expressed in ones and zeroes. On top of the instrumentation, you'll need passive components like resistors, capacitors, and inductors. A few diodes will come in handy, too. For small signal work, I recommend laying in a stock of 1N4148 types; for power use, try 1N4001 family types. I try to keep a few 2N2222A NPN transistors around for general purpose stuff, but FETs and MOSFETs take a slightly different approach for design. Pick a type of solution you want to explore, research the active components used most often in that field, then add passive components as appropriate. Buy some books about semiconductor device physics! You can't build with them if you don't know how they work. Yes, you can build stuff that will work, sometimes, but you can't call yourself competent if you don't understand the physics. Millman & Halkias, Integrated Electronics, is the Bible, in my mind, for understanding electronic device theory. There are better books on specific solid state electronic devices, but that one can't be beat for learning how these things work. Most importantly, though, is to have fun learning and discovering. There is nothing more important in life, especially for techies. We're not going to find girls, anyway, so why try...
Will Rogers never met me.
-
resistors - you need resistors :) to limit the current when it turns on. less you hear and smell snap, crackle pop :) as for the mcu - I'd immediately suggest a raspberry pi dev kit. I'm a yank, so I've been googling rasberry pi for years.
Charlie Gilley “They who can give up essential liberty to obtain a little temporary safety deserve neither liberty nor safety.” BF, 1759 Has never been more appropriate.
-
Resistance is Futile, Charlie! Didn't you know ?
"If we don't change direction, we'll end up where we're going"
-
for this kind of transistor parts, what else do I have to buy to experiment these transistors?
diligent hands rule....
A breadboard is a quick way of arranging and rearranging circuits. A breadboard kit is cheap and comes with LEDs, resistors etc. Edit: And a multimeter to check p.d's and current.
-
A breadboard is a quick way of arranging and rearranging circuits. A breadboard kit is cheap and comes with LEDs, resistors etc. Edit: And a multimeter to check p.d's and current.
thanks for your info. it is very helpful for me:rose::rose::rose:
diligent hands rule....
