In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
47 Projects to Do With a 555!: These are a whole bunch of things to make with the 555 timer IC with a note for each picture. I do not take credit for these schematics, they were made by Collin Mitchel. As you would probably think it took me a very long time to make this but it w…
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
Pre-amp to Electret Mic!: This circuit is very easy to do! and all parts of it are easy to find! It is nice to put together with design of Rtty21https://www.instructables.com/id/Easy-AM-Transmitter/ "The easy transmitter am" so you can talk on the radio or put somewhere hear…
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
This is a general purpose relay board accepting 8 inputs to drive 8 relays providing control...
Мультивибратор. Первая схема - простейший мультивибратор. Не смотря не его простоту, область применения его очень широка. Ни одно электронное устройство не обходится без него. На первом рисунке изображена его принципиальная схема. В качестве нагрузки используются Рисунки специально сделаны в
On this occasion, I will share a mini power amplifier with a power output that is not big enough, and this power amplifier can be supplie...
Practical oscillator and white noise waveform generator circuits.
In this post I have explained the making of simple delay timers using very ordinary components like transistors, capacitors and diodes. All these circuits will produce delay ON or delay […]
простейштй усилитель НЧ на микросхеме LM317 - MBS Electronics
Ways of using bipolars to make practical multivibrator types of waveform generator circuits.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
Practical oscillator and white noise waveform generator circuits.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
This mini audio compressor circuit use only one active component T1. The audio signal goes thru C1, R1, D1, C2, R3. Still a part of audio signal charge
Practical oscillator and white noise waveform generator circuits.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
See 3 transistors audio amplifier circuits.Why many benefits, it is easy and best for learn electronics and it is low noise and cheap.
Se describe aquí un amplificador (mono) a transistores de 260W RMS, con un parlante de 8 ohms de impedancia. El circuito es : ...
This time, we have a variety of practical common-collector amplifier circuits.
In this post I will explain many assorted transistor based circuit diagrams using bipolar transistors or BJTs. Learn more.
Portable Ruby Guitar Amp : I have wanted to build a small, portable amp for some time and recently come across the “Ruby Amp”. The Ruby Amp is a LM386 IC based amp and can be built to fit inside a small tin. It’s surprising powerful and rich in sound, especially seeing as th…
See 3 transistors audio amplifier circuits.Why many benefits, it is easy and best for learn electronics and it is low noise and cheap.
TL084: low noise OP-AMP in cheap. Use JFET input. Why popular in audio & a lot of circuits: wide bandwidths and fast slew rates. Example:
