A friendly suggestion: Make your video small at corner and the written portion full screen instead of only right half, because its some what difficult to see the letters which are very small in size. I am thankful for you for sharing this knowledge.
I cant not find the video you are referencing when you talking about resistors at emitter. can you link that video in this video via description or a response, thanks
Please correct me if I'm wrong, but Rpi is not equal to 1/gm it is Bo/gm. The only way it could be 50 is if it is 1/gm. I'm using the book called microelectronic circuit design 4th ed, by Richard C. Jaeger and Travis N. Blalock.
Great video! I appreciate your teaching style very much.One problem I had was calculating the capacitance values even with using the videos that you posted. I don't know why I'm having such difficulty. For practical purposes, I assumed the capacitor at the input to be 10uF and every other capacitor to be 100uF. When I simulated the circuit, I only got a gain of about 35, which is much lower than 50. Excuse my limited knowledge about BJT's. I was just hoping for you to tell me what capacitor values should be used for this specific circuit.
Take a look at the videos on the frequency response. I cover how to calculate the capacitor values. There is an entire playlist for this specific topic.
Thank you. I'm glad you are finding the videos useful. How to choose the capacitor values will be covered in the videos related to the frequency response. There will be a separate playlist for this topic. Cristina
hey, great video... I was wondering if you could help me with a doubt... I need to do a 3 stages audio amplifier.. my Vcc is about 5 V... how do the resistor y capacitor´s value will change? thank you
Very good video indeed. But i watched it and had the best sleep that i ever had. Thank you very much
Very easy to understand your lecture Mam thank you for this because of you I can understand this amplifier 🙏
A friendly suggestion:
Make your video small at corner and the written portion full screen instead of only right half, because its some what difficult to see the letters which are very small in size. I am thankful for you for sharing this knowledge.
I cant not find the video you are referencing when you talking about resistors at emitter. can you link that video in this video via description or a response, thanks
Please correct me if I'm wrong, but Rpi is not equal to 1/gm it is Bo/gm. The only way it could be 50 is if it is 1/gm. I'm using the book called microelectronic circuit design 4th ed, by Richard C. Jaeger and Travis N. Blalock.
Great video! I appreciate your teaching style very much.One problem I had was calculating the capacitance values even with using the videos that you posted. I don't know why I'm having such difficulty. For practical purposes, I assumed the capacitor at the input to be 10uF and every other capacitor to be 100uF. When I simulated the circuit, I only got a gain of about 35, which is much lower than 50. Excuse my limited knowledge about BJT's. I was just hoping for you to tell me what capacitor values should be used for this specific circuit.
Take a look at the videos on the frequency response. I cover how to calculate the capacitor values. There is an entire playlist for this specific topic.
somebody knows in which list is this video?
Hi, excellent sequence of videos about bjt. Congratulations on your work.
The acting of the capacitors in the bandwidth will be addressed?
Thank you. I'm glad you are finding the videos useful. How to choose the capacitor values will be covered in the videos related to the frequency response. There will be a separate playlist for this topic. Cristina
hey, great video... I was wondering if you could help me with a doubt...
I need to do a 3 stages audio amplifier.. my Vcc is about 5 V... how do the resistor y capacitor´s value will change? thank you
Please do pnp npn and bjt multistage in one circuit
Will do
pnp npn and bjt multistage, l meant, please!!! Thank u in advance.
When???
Fantastic, thank you.
It's so tiny I cant see the solution very well🥺😥
Why are you not answering the doubts